From 9b7c1401da95c2ab205fd810842bdb6f4fde62b6 Mon Sep 17 00:00:00 2001 From: Wendi Ruef Date: Thu, 12 Sep 2024 15:48:35 -0700 Subject: [PATCH] adding RCA gross range fail ranges --- .../adcp_qartod_gross_range_test_values.csv | 27 + .../botpt_qartod_gross_range_test_values.csv | 77 + .../ctdpf_qartod_gross_range_test_values.csv | 550 +++---- .../d1000_qartod_gross_range_test_values.csv | 4 + .../dofst_qartod_gross_range_test_values.csv | 1 + .../hpies_qartod_gross_range_test_values.csv | 17 + .../optaa_qartod_gross_range_test_values.csv | 18 + .../prest_qartod_gross_range_test_values.csv | 7 + .../spkir_qartod_gross_range_test_values.csv | 3 + .../thsph_qartod_gross_range_test_values.csv | 13 + .../tmpsf_qartod_gross_range_test_values.csv | 25 + .../trhph_qartod_gross_range_test_values.csv | 5 + .../vel3d_qartod_gross_range_test_values.csv | 42 +- .../velpt_qartod_gross_range_test_values.csv | 1369 +++++++++-------- qartod/verification/qartod_fileValidator.py | 2 +- 15 files changed, 1207 insertions(+), 953 deletions(-) create mode 100644 qartod/botpt/botpt_qartod_gross_range_test_values.csv create mode 100644 qartod/d1000/d1000_qartod_gross_range_test_values.csv create mode 100644 qartod/hpies/hpies_qartod_gross_range_test_values.csv create mode 100644 qartod/prest/prest_qartod_gross_range_test_values.csv create mode 100644 qartod/thsph/thsph_qartod_gross_range_test_values.csv create mode 100644 qartod/tmpsf/tmpsf_qartod_gross_range_test_values.csv create mode 100644 qartod/trhph/trhph_qartod_gross_range_test_values.csv diff --git a/qartod/adcp/adcp_qartod_gross_range_test_values.csv b/qartod/adcp/adcp_qartod_gross_range_test_values.csv index 80260281..2aacee18 100644 --- a/qartod/adcp/adcp_qartod_gross_range_test_values.csv +++ b/qartod/adcp/adcp_qartod_gross_range_test_values.csv @@ -659,3 +659,30 @@ CP01CNPM,RII01,02-ADCPTG010,adcps_jln_stc_instrument,{'inp': 'adcps_jln_northwar CP01CNPM,RII01,02-ADCPTG010,adcps_jln_stc_instrument,{'inp': 'adcps_jln_roll'},"{'qartod': {'gross_range_test': {'suspect_span': [-1500, 1500], 'fail_span': [-2000, 2000]}}}",Derived from vendor documentation,Valid range is listed as +/- 20 degrees in the manual with tilts greater than +/- 15 degrees as suspect CP01CNPM,RII01,02-ADCPTG010,adcps_jln_stc_instrument,{'inp': 'adcps_jln_pitch'},"{'qartod': {'gross_range_test': {'suspect_span': [-1500, 1500], 'fail_span': [-2000, 2000]}}}",Derived from vendor documentation,Valid range is listed as +/- 20 degrees in the manual with tilts greater than +/- 15 degrees as suspect CP01CNPM,RII01,02-ADCPTG010,adcps_jln_stc_instrument,{'inp': 'adcps_jln_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-500, 4500]}}}",Derived from vendor documentation,"Standard temperature sensor range is listed as -5 to 45C in the specifications. Not a standard IOOS QARTOD parameter, using a proxy for speed of sound. Measured in centidegrees." +CE04OSBP,LJ01C,05-ADCPSI103,adcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +CE04OSBP,LJ01C,05-ADCPSI103,adcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +CE04OSBP,LJ01C,05-ADCPSI103,adcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SUM2,MJ01B,12-ADCPSK101,adcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SUM2,MJ01B,12-ADCPSK101,adcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SUM2,MJ01B,12-ADCPSK101,adcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +CE02SHBP,LJ01D,05-ADCPTB104,adcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +CE02SHBP,LJ01D,05-ADCPTB104,adcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +CE02SHBP,LJ01D,05-ADCPTB104,adcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SBPS,PC01A,05-ADCPTD102,adcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SBPS,PC01A,05-ADCPTD102,adcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SBPS,PC01A,05-ADCPTD102,adcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXPS,PC03A,05-ADCPTD302,adcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXPS,PC03A,05-ADCPTD302,adcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXPS,PC03A,05-ADCPTD302,adcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SLBS,LJ01A,10-ADCPTE101,adcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SLBS,LJ01A,10-ADCPTE101,adcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SLBS,LJ01A,10-ADCPTE101,adcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXBS,LJ03A,10-ADCPTE303,adcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXBS,LJ03A,10-ADCPTE303,adcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXBS,LJ03A,10-ADCPTE303,adcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SBPS,PC01A,06-VADCPA101,vadcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SBPS,PC01A,06-VADCPA101,vadcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS01SBPS,PC01A,06-VADCPA101,vadcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXPS,PC03A,06-VADCPA301,vadcp_velocity_beam,{'inp': 'eastward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXPS,PC03A,06-VADCPA301,vadcp_velocity_beam,{'inp': 'northward_beam_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, +RS03AXPS,PC03A,06-VADCPA301,vadcp_velocity_beam,{'inp': 'upward_seawater_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 5.0]}}}",Sensor min/max derived from vendor documentation, diff --git a/qartod/botpt/botpt_qartod_gross_range_test_values.csv b/qartod/botpt/botpt_qartod_gross_range_test_values.csv new file mode 100644 index 00000000..014e0e69 --- /dev/null +++ b/qartod/botpt/botpt_qartod_gross_range_test_values.csv @@ -0,0 +1,77 @@ +subsite,node,sensor,stream,parameters,qcConfig,source,notes +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample,{'inp': 'bottom_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_15s,{'inp': 'botsflu_meanpres'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_15s,{'inp': 'botsflu_mean_depth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_15s,{'inp': 'botsflu_5minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-100, 100]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_15s,{'inp': 'botsflu_10minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_15s,{'inp': 'botsflu_predtide'},"{'qartod': {'gross_range_test': {'fail_span': [-10, 10]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_24hr,{'inp': 'botsflu_daydepth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_24hr,{'inp': 'botsflu_4wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_nano_sample_24hr,{'inp': 'botsflu_8wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_lily_sample,{'inp': 'corrected_compass_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_lily_sample,{'inp': 'seafloor_tilt_magnitude'},"{'qartod': {'gross_range_test': {'fail_span': [-329.999, 329.999]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_lily_sample,{'inp': 'seafloor_tilt_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_lily_sample,{'inp': 'lily_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-25, 80]}}}",Sensor min/max derived from vendor documentation, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_heat_sample,{'inp': 'heat_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_heat_sample,{'inp': 'heat_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_heat_sample,{'inp': 'heat_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_iris_sample,{'inp': 'irix_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_iris_sample,{'inp': 'iris_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ASHS,MJ03B,09-BOTPTA304,botpt_iris_sample,{'inp': 'iris_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample,{'inp': 'bottom_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_15s,{'inp': 'botsflu_meanpres'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_15s,{'inp': 'botsflu_mean_depth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_15s,{'inp': 'botsflu_5minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-100, 100]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_15s,{'inp': 'botsflu_10minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_15s,{'inp': 'botsflu_predtide'},"{'qartod': {'gross_range_test': {'fail_span': [-10, 10]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_24hr,{'inp': 'botsflu_daydepth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_24hr,{'inp': 'botsflu_4wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_nano_sample_24hr,{'inp': 'botsflu_8wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_lily_sample,{'inp': 'corrected_compass_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_lily_sample,{'inp': 'seafloor_tilt_magnitude'},"{'qartod': {'gross_range_test': {'fail_span': [-329.999, 329.999]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_lily_sample,{'inp': 'seafloor_tilt_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_lily_sample,{'inp': 'lily_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-25, 80]}}}",Sensor min/max derived from vendor documentation, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_heat_sample,{'inp': 'heat_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_heat_sample,{'inp': 'heat_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_heat_sample,{'inp': 'heat_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_iris_sample,{'inp': 'irix_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_iris_sample,{'inp': 'iris_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03CCAL,MJ03F,05-BOTPTA301,botpt_iris_sample,{'inp': 'iris_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample,{'inp': 'bottom_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_15s,{'inp': 'botsflu_meanpres'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_15s,{'inp': 'botsflu_mean_depth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_15s,{'inp': 'botsflu_5minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-100, 100]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_15s,{'inp': 'botsflu_10minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_15s,{'inp': 'botsflu_predtide'},"{'qartod': {'gross_range_test': {'fail_span': [-10, 10]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_24hr,{'inp': 'botsflu_daydepth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_24hr,{'inp': 'botsflu_4wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_nano_sample_24hr,{'inp': 'botsflu_8wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_lily_sample,{'inp': 'corrected_compass_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_lily_sample,{'inp': 'seafloor_tilt_magnitude'},"{'qartod': {'gross_range_test': {'fail_span': [-329.999, 329.999]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_lily_sample,{'inp': 'seafloor_tilt_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_lily_sample,{'inp': 'lily_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-25, 80]}}}",Sensor min/max derived from vendor documentation, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_heat_sample,{'inp': 'heat_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_heat_sample,{'inp': 'heat_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_heat_sample,{'inp': 'heat_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_iris_sample,{'inp': 'irix_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_iris_sample,{'inp': 'iris_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03ECAL,MJ03E,06-BOTPTA302,botpt_iris_sample,{'inp': 'iris_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample,{'inp': 'bottom_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_15s,{'inp': 'botsflu_meanpres'},"{'qartod': {'gross_range_test': {'fail_span': [1500, 3200]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_15s,{'inp': 'botsflu_mean_depth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_15s,{'inp': 'botsflu_5minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-100, 100]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_15s,{'inp': 'botsflu_10minrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_15s,{'inp': 'botsflu_predtide'},"{'qartod': {'gross_range_test': {'fail_span': [-10, 10]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_24hr,{'inp': 'botsflu_daydepth'},"{'qartod': {'gross_range_test': {'fail_span': [1000, 2000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_24hr,{'inp': 'botsflu_4wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_nano_sample_24hr,{'inp': 'botsflu_8wkrate'},"{'qartod': {'gross_range_test': {'fail_span': [-1000, 1000]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_lily_sample,{'inp': 'corrected_compass_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_lily_sample,{'inp': 'seafloor_tilt_magnitude'},"{'qartod': {'gross_range_test': {'fail_span': [-329.999, 329.999]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_lily_sample,{'inp': 'seafloor_tilt_direction'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_lily_sample,{'inp': 'lily_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-25, 80]}}}",Sensor min/max derived from vendor documentation, +RS03INT2,MJ03D,06-BOTPTA303,botpt_heat_sample,{'inp': 'heat_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_heat_sample,{'inp': 'heat_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_heat_sample,{'inp': 'heat_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, +RS03INT2,MJ03D,06-BOTPTA303,botpt_iris_sample,{'inp': 'irix_x_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_iris_sample,{'inp': 'iris_y_tilt'},"{'qartod': {'gross_range_test': {'fail_span': [0, 360]}}}",Sensor min/max derived from communications with SME B. Chadwick, +RS03INT2,MJ03D,06-BOTPTA303,botpt_iris_sample,{'inp': 'iris_temp'},"{'qartod': {'gross_range_test': {'fail_span': [-40, 85]}}}",Sensor min/max derived from vendor documentation, diff --git a/qartod/ctdpf/ctdpf_qartod_gross_range_test_values.csv b/qartod/ctdpf/ctdpf_qartod_gross_range_test_values.csv index 983a43db..c8cc6417 100644 --- a/qartod/ctdpf/ctdpf_qartod_gross_range_test_values.csv +++ b/qartod/ctdpf/ctdpf_qartod_gross_range_test_values.csv @@ -1,271 +1,279 @@ -subsite,node,sensor,stream,parameters,qcConfig,source,notes -CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.25, 35.01], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 318.61], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.28, 3.82], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [4.62, 12.45], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.53, 34.27], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [188.16, 203.95], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.38, 3.64], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [6.26, 9.41], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.83, 34.37], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [150.0, 579.92], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is based on deployment depths due to high stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.17, 3.52], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [3.39, 7.75], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.86, 34.22], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [169.65, 579.65], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.23, 3.54], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [4.16, 8.1], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.06, 35.46], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 314.46], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.27, 3.75], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [4.84, 11.84], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.67, 34.02], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [188.32, 192.95], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.41, 3.52], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [6.82, 7.99], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.0, 37.0], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2642.94], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is limited to sensor range due to high stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.0, 3.31], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 5.92], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.45, 35.24], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2628.89], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is limited to sensor range due to high stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.95, 3.45], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, -RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 7.81], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, -RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.57, 34.67], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [2641.74, 2648.9], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.14, 3.15], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.76, 1.83], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.31, 34.63], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [1556.41, 1561.01], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.12, 3.16], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [2.24, 2.63], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.5, 34.54], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, -RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [1534.01, 1538.31], 'fail_span': [0, 6000]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, -RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.13, 3.15], 'fail_span': [0, 9]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, -RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [2.28, 2.46], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, -RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.63, 34.67], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [2944.37, 2950.01], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.11, 3.18], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.7, 1.73], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.0, 35.08], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 239.14], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max was limited to sensor range due to high stddev, -RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.34, 3.72], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.29, 11.54], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.76, 34.06], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [192.32, 197.98], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.43, 3.59], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [6.91, 8.58], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.02, 35.0], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2947.42], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max was limited to sensor range due to high stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.96, 3.4], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 6.54], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.15, 34.91], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2935.73], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is limited to sensor range due to high stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.03, 3.3], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 5.25], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 25.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 25.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 80.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 80.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 29.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 29.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 87.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 87.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [3.27, 18.49], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.75, 4.37], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [30.0, 542.0], 'fail_span': [0.0, 600.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max spans the depth of the buoyancy sphere to the deployment depth., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [25.15, 38.2], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [3.27, 18.49], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.75, 4.37], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [30.0, 542.0], 'fail_span': [0.0, 600.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max spans the depth of the buoyancy sphere to the deployment depth., -CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [25.15, 38.2], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., -CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 82.0], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.42, 36.7], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [0.95, 32.51], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.43, 36.23], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.43, 36.23], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.23, 35.66], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.23, 35.66], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.68, 35.03], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.68, 35.03], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.15, 36.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.15, 36.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.56, 35.48], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.56, 35.48], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.45, 34.91], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.45, 34.91], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.53, 37.5], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.53, 37.5], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.03, 37.22], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.03, 37.22], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.36, 37.34], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.36, 37.34], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.76, 37.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.76, 37.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.53, 34.86], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.53, 34.86], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.97, 37.8], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.97, 37.8], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.55, 34.73], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.55, 34.73], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.81, 34.98], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.81, 34.98], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.47, 36.96], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.47, 36.96], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4212.5], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.79, 10.14], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.81, 3.64], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4212.5], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.79, 10.14], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.81, 3.64], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 133.96], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.25], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 5.97], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 133.96], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.25], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 5.97], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4103.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.89, 6.54], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.03, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4103.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.89, 6.54], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.03, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 135.54], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 32.27], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 135.54], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 32.27], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4831.13], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.74, 7.92], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.86, 3.53], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4831.13], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.74, 7.92], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.86, 3.53], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.99, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 149.53], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 35], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [256.01, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.6, 3.49], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [256.01, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.6, 3.49], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 261.58], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.91, 30.28], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.26, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 261.58], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.91, 30.28], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.26, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 231.76], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.24, 29.44], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.05, 5.99], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 231.76], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.24, 29.44], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.05, 5.99], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 794.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.61, 29.77], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.34, 5.87], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 794.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.61, 29.77], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.34, 5.87], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 210.71], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.06], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.93, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 210.71], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.06], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.93, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [517.37, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89, 3.81], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.96, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [517.37, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89, 3.81], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.96, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.23, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 174.74], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 35], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.23, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 174.74], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 35], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [277.39, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.04, 2.19], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [277.39, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.04, 2.19], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4872.95], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [0.89, 5.87], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.12, 3.38], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4872.95], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [0.89, 5.87], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.12, 3.38], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 884.21], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 29.5], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.16, 5.89], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 884.21], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 29.5], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.16, 5.89], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8509, 36.3518]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 80.0], 'suspect_span': [23, 74]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-1.0153, 21.2925]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8509, 36.3518]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 80.0], 'suspect_span': [23, 74]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-1.0153, 21.2925]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 282.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 282.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 285.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 285.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. -CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +subsite,node,sensor,stream,parameters,qcConfig,source,notes +CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.25, 35.01], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 318.61], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.28, 3.82], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPS,SF01B,2A-CTDPFA107,ctdpf_sbe43_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [4.62, 12.45], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.53, 34.27], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [188.16, 203.95], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.38, 3.64], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPS,PC01B,4A-CTDPFA109,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [6.26, 9.41], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.83, 34.37], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [150.0, 579.92], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is based on deployment depths due to high stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.17, 3.52], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [3.39, 7.75], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.86, 34.22], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [169.65, 579.65], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.23, 3.54], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE04OSPD,DP01B,01-CTDPFL105,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [4.16, 8.1], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.06, 35.46], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 314.46], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.27, 3.75], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,SF03A,2A-CTDPFA302,ctdpf_sbe43_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [4.84, 11.84], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.67, 34.02], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [188.32, 192.95], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.41, 3.52], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPS,PC03A,4A-CTDPFA303,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [6.82, 7.99], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.0, 37.0], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2642.94], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is limited to sensor range due to high stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.0, 3.31], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 5.92], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.45, 35.24], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2628.89], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is limited to sensor range due to high stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.95, 3.45], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, +RS03AXPD,DP03A,01-CTDPFL304,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 7.81], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 04/22/21 +/- 3 stddev, +RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.57, 34.67], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [2641.74, 2648.9], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.14, 3.15], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03AXBS,LJ03A,12-CTDPFB301,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.76, 1.83], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.31, 34.63], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [1556.41, 1561.01], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.12, 3.16], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03ASHS,MJ03B,10-CTDPFB304,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [2.24, 2.63], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.5, 34.54], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, +RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [1534.01, 1538.31], 'fail_span': [0, 6000]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, +RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.13, 3.15], 'fail_span': [0, 9]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, +RS03ECAL,MJ03E,12-CTDPFB306,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [2.28, 2.46], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 5/07/21 +/- 3 stddev, +RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.63, 34.67], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [2944.37, 2950.01], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.11, 3.18], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SLBS,LJ01A,12-CTDPFB101,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.7, 1.73], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.0, 35.08], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 239.14], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max was limited to sensor range due to high stddev, +RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.34, 3.72], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPS,SF01A,2A-CTDPFA102,ctdpf_sbe43_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.29, 11.54], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.76, 34.06], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [192.32, 197.98], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.43, 3.59], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPS,PC01A,4A-CTDPFA103,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [6.91, 8.58], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.02, 35.0], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2947.42], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max was limited to sensor range due to high stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.96, 3.4], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 6.54], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.15, 34.91], 'fail_span': [0.0, 42.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [100.0, 2935.73], 'fail_span': [0.0, 6000.0]}}}",Sensor min/max derived from vendor documentation; user min/max is limited to sensor range due to high stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'dpc_ctd_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.03, 3.3], 'fail_span': [0.0, 9.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +RS01SBPD,DP01A,01-CTDPFL104,dpc_ctd_instrument_recovered,{'inp': 'temp'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 5.25], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/6/19 +/- 3 stddev, +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 25.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 25.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE01ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 80.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 80.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE02SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 29.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 29.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE06ISSP,SP001,09-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 87.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [5.51, 16.62], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.72, 4.36], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0.0, 87.0], 'fail_span': [0.0, 350.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CE07SHSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [24.22, 38.36], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all inshore and shelf CTDs +- 3 standard deviations., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [3.27, 18.49], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.75, 4.37], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [30.0, 542.0], 'fail_span': [0.0, 600.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max spans the depth of the buoyancy sphere to the deployment depth., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [25.15, 38.2], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [3.27, 18.49], 'fail_span': [-5.0, 35.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.75, 4.37], 'fail_span': [0.0, 9.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [30.0, 542.0], 'fail_span': [0.0, 600.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max spans the depth of the buoyancy sphere to the deployment depth., +CE09OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [25.15, 38.2], 'fail_span': [0.0, 42.0]}}}",Sensor min/max is derived from the vendor documentation; user min/max is based on a regional historical mean (4+ years) of all CTDs +- 3 standard deviations., +CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 82.0], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.42, 36.7], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [0.95, 32.51], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.43, 36.23], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.43, 36.23], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.23, 35.66], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.23, 35.66], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.68, 35.03], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.68, 35.03], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.15, 36.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.15, 36.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.56, 35.48], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.56, 35.48], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.45, 34.91], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.45, 34.91], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.53, 37.5], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.53, 37.5], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.03, 37.22], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.03, 37.22], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.36, 37.34], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.36, 37.34], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.76, 37.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [31.76, 37.29], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.53, 34.86], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.53, 34.86], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.97, 37.8], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [32.97, 37.8], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.55, 34.73], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.55, 34.73], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.81, 34.98], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [34.81, 34.98], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.47, 36.96], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'suspect_span': [33.47, 36.96], 'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4212.5], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.79, 10.14], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.81, 3.64], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4212.5], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.79, 10.14], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.81, 3.64], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 133.96], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.25], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 5.97], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 133.96], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.25], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 5.97], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4103.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.89, 6.54], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.03, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4103.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.89, 6.54], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.03, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 135.54], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 32.27], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 135.54], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 32.27], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.45, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4831.13], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.74, 7.92], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.86, 3.53], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4831.13], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.74, 7.92], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.86, 3.53], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.99, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 149.53], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP03ISSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 35], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [256.01, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.6, 3.49], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [256.01, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.6, 3.49], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GS02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 261.58], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.91, 30.28], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.26, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 261.58], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-2.91, 30.28], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.26, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 231.76], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.24, 29.44], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.05, 5.99], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 231.76], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.24, 29.44], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.05, 5.99], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 794.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.61, 29.77], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.34, 5.87], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 794.24], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-4.61, 29.77], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP04OSPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.34, 5.87], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 210.71], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.06], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.93, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 210.71], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 31.06], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMCI,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [1.93, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [517.37, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89, 3.81], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.96, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [517.37, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89, 3.81], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GA02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.96, 3.27], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.23, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 174.74], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument_recovered,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 35], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.23, 6], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 174.74], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP01CNSP,SP001,08-CTDPFJ000,ctdpf_j_cspp_instrument,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 35], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [277.39, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.04, 2.19], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [277.39, 5000], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [1.04, 2.19], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GP02HYPM,WFP03,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.07, 3.21], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4872.95], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [0.89, 5.87], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.12, 3.38], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 4872.95], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [0.89, 5.87], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +GI02HYPM,WFP02,04-CTDPFL000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [3.12, 3.38], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 884.21], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 29.5], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.16, 5.89], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'suspect_span': [0, 884.21], 'fail_span': [0, 5000]}}}",Sensor min/max is derived from the vendor documentation; user min/max is from the surface to the deployment depth., +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'suspect_span': [-5, 29.5], 'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP02PMUO,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'suspect_span': [2.16, 5.89], 'fail_span': [0, 6]}}}",Sensor min/max derived from vendor documentation; user min/max is historical mean as of 12/31/20 +/- 3 stddev, +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13EAPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8522, 36.3715]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 82.0], 'suspect_span': [23, 78]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-0.9781, 21.2265]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13NOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8509, 36.3518]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 80.0], 'suspect_span': [23, 74]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-1.0153, 21.2925]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [30.8509, 36.3518]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 80.0], 'suspect_span': [23, 74]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [-1.0153, 21.2925]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP13SOPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 282.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 282.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14NEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 285.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42], 'suspect_span': [32.3645, 37.4329]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 285.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,User range to be determined. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35], 'suspect_span': [2.4625, 22.4625]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CP14SEPM,WFP01,03-CTDPFK000,ctdpf_ckl_wfp_instrument_recovered,{'inp': 'ctdpf_ckl_seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}","Sensor min/max derived from vendor documentation or site depth, whichever is greater.",User range to be determined. +RS03CCAL,MJ03F,12-CTDPFB305,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation, +RS03CCAL,MJ03F,12-CTDPFB305,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 6000]}}}",Sensor min/max derived from vendor documentation, +RS03CCAL,MJ03F,12-CTDPFB305,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}",Sensor min/max derived from vendor documentation, +RS03CCAL,MJ03F,12-CTDPFB305,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation, +RS03INT2,MJ03D,11-CTDPFB307,ctdpf_optode_sample,{'inp': 'practical_salinity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 42]}}}",Sensor min/max derived from vendor documentation, +RS03INT2,MJ03D,11-CTDPFB307,ctdpf_optode_sample,{'inp': 'seawater_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 6000]}}}",Sensor min/max derived from vendor documentation, +RS03INT2,MJ03D,11-CTDPFB307,ctdpf_optode_sample,{'inp': 'seawater_conductivity'},"{'qartod': {'gross_range_test': {'fail_span': [0, 9]}}}",Sensor min/max derived from vendor documentation, +RS03INT2,MJ03D,11-CTDPFB307,ctdpf_optode_sample,{'inp': 'seawater_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 35]}}}",Sensor min/max derived from vendor documentation, diff --git a/qartod/d1000/d1000_qartod_gross_range_test_values.csv b/qartod/d1000/d1000_qartod_gross_range_test_values.csv new file mode 100644 index 00000000..ad62fac9 --- /dev/null +++ b/qartod/d1000/d1000_qartod_gross_range_test_values.csv @@ -0,0 +1,4 @@ +subsite,node,sensor,stream,parameters,qcConfig,source,notes +RS03INT1,MJ03C,07-D1000A301,d1000_sample,{'inp': 'temperature1'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max derived from prior global range values, +RS03INT1,MJ03C,07-D1000A301,d1000_sample,{'inp': 'temperature2'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max derived from prior global range values, +RS03INT1,MJ03C,07-D1000A301,d1000_sample,{'inp': 'temperature3'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max derived from prior global range values, diff --git a/qartod/dofst/dofst_qartod_gross_range_test_values.csv b/qartod/dofst/dofst_qartod_gross_range_test_values.csv index 6dadf3ab..c1065e68 100644 --- a/qartod/dofst/dofst_qartod_gross_range_test_values.csv +++ b/qartod/dofst/dofst_qartod_gross_range_test_values.csv @@ -27,3 +27,4 @@ CP14NEPM,WFP01,02-DOFSTK000,dofst_k_wfp_instrument,{'inp': 'dofst_k_oxygen_l2'}, CP14NEPM,WFP01,02-DOFSTK000,dofst_k_wfp_instrument_recovered,{'inp': 'dofst_k_oxygen_l2'},"{'qartod': {'gross_range_test': {'fail_span': [0, 500], 'suspect_span': [87.2126, 351.1872]}}}",Sensor min/max derived from vendor documentation.,The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. CP14SEPM,WFP01,02-DOFSTK000,dofst_k_wfp_instrument,{'inp': 'dofst_k_oxygen_l2'},"{'qartod': {'gross_range_test': {'fail_span': [0, 500], 'suspect_span': [87.2126, 351.1872]}}}",Sensor min/max derived from vendor documentation.,The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. CP14SEPM,WFP01,02-DOFSTK000,dofst_k_wfp_instrument_recovered,{'inp': 'dofst_k_oxygen_l2'},"{'qartod': {'gross_range_test': {'fail_span': [0, 500], 'suspect_span': [87.2126, 351.1872]}}}",Sensor min/max derived from vendor documentation.,The user range was determined from a characteristic profile for the location of the buoy based on World Ocean Database data. User range will be updated when 1 year of location specific data has been collected. +CE04OSPS,SF01B,2A-DOFSTA107,ctdpf_sbe43_sample,{'inp': 'corrected_dissolved_oxygen'},"{'qartod': {'gross_range_test': {'fail_span': [0, 500]}}}",Sensor min/max derived from vendor documentation, diff --git a/qartod/hpies/hpies_qartod_gross_range_test_values.csv b/qartod/hpies/hpies_qartod_gross_range_test_values.csv new file mode 100644 index 00000000..fa9800e3 --- /dev/null +++ b/qartod/hpies/hpies_qartod_gross_range_test_values.csv @@ -0,0 +1,17 @@ +subsite,node,sensor,stream,parameters,qcConfig,source,notes +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hpies_bliley_frequency'},"{'qartod': {'gross_range_test': {'fail_span': [4, 200]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hpies_travel_time1_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hpies_travel_time2_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hpies_travel_time3_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hpies_travel_time4_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hpies_bliley_temperature_L1'},"{'qartod': {'gross_range_test': {'fail_span': [-2, 40]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hpies_pressure_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0, 2950]}}}",Sensor min/max derived from locally plausible values, +RS01SLBS,LJ01A,05-HPIESA101,echo_sounding,{'inp': 'hipes_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-2, 40]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hpies_bliley_frequency'},"{'qartod': {'gross_range_test': {'fail_span': [4, 200]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hpies_travel_time1_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hpies_travel_time2_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hpies_travel_time3_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hpies_travel_time4_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0.65, 8.7]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hpies_bliley_temperature_L1'},"{'qartod': {'gross_range_test': {'fail_span': [-2, 40]}}}",Sensor min/max derived from communications with SME John Dunlap, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hpies_pressure_L1'},"{'qartod': {'gross_range_test': {'fail_span': [0, 2650]}}}",Sensor min/max derived from locally plausible values, +RS03AXBS,LJ03A,05-HPIESA301,echo_sounding,{'inp': 'hipes_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-2, 40]}}}",Sensor min/max derived from communications with SME John Dunlap, diff --git a/qartod/optaa/optaa_qartod_gross_range_test_values.csv b/qartod/optaa/optaa_qartod_gross_range_test_values.csv index 7c2f5467..496f51ae 100644 --- a/qartod/optaa/optaa_qartod_gross_range_test_values.csv +++ b/qartod/optaa/optaa_qartod_gross_range_test_values.csv @@ -109,3 +109,21 @@ CP01CNSM,MFD37,01-OPTAAD000,optaa_dj_dcl_instrument_recovered,{'inp': 'beam_atte CP01CNSM,MFD37,01-OPTAAD000,optaa_dj_dcl_instrument_recovered,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}",Sensor min/max derived from vendor documentation.,"Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two to yield the fail range." CP01CNSM,MFD37,01-OPTAAD000,optaa_dj_dcl_instrument,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}",Sensor min/max derived from vendor documentation.,"Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two to yield the fail range." CP01CNSM,MFD37,01-OPTAAD000,optaa_dj_dcl_instrument,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}",Sensor min/max derived from vendor documentation.,"Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two to yield the fail range." +CE04OSBP,LJ01C,08-OPTAAC104,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +CE04OSBP,LJ01C,08-OPTAAC104,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS01SLBS,LJ01A,11-OPTAAC103,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS01SLBS,LJ01A,11-OPTAAC103,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS03AXBS,LJ03A,11-OPTAAC303,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS03AXBS,LJ03A,11-OPTAAC303,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +CE02SHBP,LJ01D,08-OPTAAD106,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +CE02SHBP,LJ01D,08-OPTAAD106,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +CE04OSPS,SF01B,3B-OPTAAD105,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +CE04OSPS,SF01B,3B-OPTAAD105,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS01SBPS,SF01A,3B-OPTAAD101,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS01SBPS,SF01A,3B-OPTAAD101,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS03AXPS,SF03A,3B-OPTAAD301,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS03AXPS,SF03A,3B-OPTAAD301,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS01SBPD,DP01A,05-OPTAAC102,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS01SBPD,DP01A,05-OPTAAC102,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS03AXPD,DP03A,05-OPTAAC302,optaa_sample,{'inp': 'optical_absorption'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", +RS03AXPD,DP03A,05-OPTAAC302,optaa_sample,{'inp': 'beam_attenuation'},"{'qartod': {'gross_range_test': {'fail_span': [-0.005, 10]}}}","Dynamic range of the instrument is 0.001 to 10 m^-1, while the instrument accuracy is +-0.005. Combining the two yields the fail range.", diff --git a/qartod/prest/prest_qartod_gross_range_test_values.csv b/qartod/prest/prest_qartod_gross_range_test_values.csv new file mode 100644 index 00000000..e0422423 --- /dev/null +++ b/qartod/prest/prest_qartod_gross_range_test_values.csv @@ -0,0 +1,7 @@ +subsite,node,sensor,stream,parameters,qcConfig,source,notes +RS01SLBS,MJ01A,06-PRESTA101,prest_real_time,{'inp': 'seafloor_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 4137]}}}",Sensor min/max derived from vendor documentation, +RS01SLBS,MJ01A,06-PRESTA101,prest_real_time,{'inp': 'absolute_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 6000]}}}",Sensor min/max derived from vendor documentation, +RS03AXBS,MJ03A,06-PRESTA301,prest_real_time,{'inp': 'seafloor_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 4137]}}}",Sensor min/max derived from vendor documentation, +RS03AXBS,MJ03A,06-PRESTA301,prest_real_time,{'inp': 'absolute_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 6000]}}}",Sensor min/max derived from vendor documentation, +RS01SUM1,LJ01B,09-PRESTB102,prest_real_time,{'inp': 'seafloor_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 4137]}}}",Sensor min/max derived from vendor documentation, +RS01SUM1,LJ01B,09-PRESTB102,prest_real_time,{'inp': 'absolute_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 6000]}}}",Sensor min/max derived from vendor documentation, diff --git a/qartod/spkir/spkir_qartod_gross_range_test_values.csv b/qartod/spkir/spkir_qartod_gross_range_test_values.csv index 5f11ff19..ddae090b 100644 --- a/qartod/spkir/spkir_qartod_gross_range_test_values.csv +++ b/qartod/spkir/spkir_qartod_gross_range_test_values.csv @@ -45,3 +45,6 @@ CP11NOSM,RID26,08-SPKIRB000,spkir_abj_dcl_instrument_recovered,{'inp': 'spkir_ab CP11NOSM,RID26,08-SPKIRB000,spkir_abj_dcl_instrument,{'inp': 'spkir_abj_cspp_downwelling_vector'},"{'qartod': {'gross_range_test': {'fail_span': [[0, 300], [0, 300], [0, 300], [0, 300], [0, 300], [0, 300], [0, 300]]}}}",Sensor min/max based on the vendor sensor specifications. ,User range to be determined. #CP11SOSM,SBD11,05-SPKIRB000,spkir_abj_dcl_instrument_recovered,{'inp': 'spkir_abj_cspp_downwelling_vector'},"{'qartod': {'gross_range_test': {'fail_span': [[0, 300], [0, 300], [0, 300], [0, 300], [0, 300], [0, 300], [0, 300]]}}}",Sensor min/max based on the vendor sensor specifications. ,User range to be determined. #CP11SOSM,SBD11,05-SPKIRB000,spkir_abj_dcl_instrument,{'inp': 'spkir_abj_cspp_downwelling_vector'},"{'qartod': {'gross_range_test': {'fail_span': [[0, 300], [0, 300], [0, 300], [0, 300], [0, 300], [0, 300], [0, 300]]}}}",Sensor min/max based on the vendor sensor specifications. ,User range to be determined. +CE04OSPS,SF01B,3D-SPKIRA102,spkir_data_record,{'inp': 'spkir_downwelling_vector'},"{'qartod': {'gross_range_test': {'fail_span': [[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300]]}}}",Sensor min/max derived from vendor documentation (Satlantic OCR-507 spec sheet),,,,spkir_downwelling_vector,,"[0.0025, 300]" +RS01SBPS,SF01A,3D-SPKIRA101,spkir_data_record,{'inp': 'spkir_downwelling_vector'},"{'qartod': {'gross_range_test': {'fail_span': [[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300]]}}}",Sensor min/max derived from vendor documentation (Satlantic OCR-507 spec sheet),,,,spkir_downwelling_vector,,"[0.0025, 300]" +RS03AXPS,SF03A,3D-SPKIRA301,spkir_data_record,{'inp': 'spkir_downwelling_vector'},"{'qartod': {'gross_range_test': {'fail_span': [[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300],[0.0025, 300]]}}}",Sensor min/max derived from vendor documentation (Satlantic OCR-507 spec sheet),,,,spkir_downwelling_vector,,"[0.0025, 300]" diff --git a/qartod/thsph/thsph_qartod_gross_range_test_values.csv b/qartod/thsph/thsph_qartod_gross_range_test_values.csv new file mode 100644 index 00000000..7edfb1f7 --- /dev/null +++ b/qartod/thsph/thsph_qartod_gross_range_test_values.csv @@ -0,0 +1,13 @@ +subsite,node,sensor,stream,parameters,qcConfig,source,notes +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_temp_th'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_temp_tl'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_temp_tch'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_temp_tcl'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_temp_int'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_temp_ref'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_ph'},"{'qartod': {'gross_range_test': {'fail_span': [7.3, 8.5]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_ph_acl'},"{'qartod': {'gross_range_test': {'fail_span': [7.3, 8.5]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_ph_noref'},"{'qartod': {'gross_range_test': {'fail_span': [7.3, 8.5]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_ph_noref_acl'},"{'qartod': {'gross_range_test': {'fail_span': [7.3, 8.5]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_sulfide'},"{'qartod': {'gross_range_test': {'fail_span': [0, 600]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,09-THSPHA301,thsph_sample,{'inp': 'thsph_hydrogen'},"{'qartod': {'gross_range_test': {'fail_span': [0, 600]}}}",Sensor min/max based on OOI 1.0 global range specifications, diff --git a/qartod/tmpsf/tmpsf_qartod_gross_range_test_values.csv b/qartod/tmpsf/tmpsf_qartod_gross_range_test_values.csv new file mode 100644 index 00000000..cc590f49 --- /dev/null +++ b/qartod/tmpsf/tmpsf_qartod_gross_range_test_values.csv @@ -0,0 +1,25 @@ +subsite,node,sensor,stream,parameters,qcConfig,source,notes +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature01'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature02'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature03'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature04'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature05'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature06'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature07'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature08'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature09'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature10'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature11'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature12'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature13'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature14'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature15'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature16'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature17'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature18'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature19'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature20'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature21'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature22'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature23'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, +RS03ASHS,MJ03B,07-TMPSFA301,tmpsf_sample,{'inp': 'temperature24'},"{'qartod': {'gross_range_test': {'fail_span': [-5.0, 50.0]}}}",Sensor min/max derived from vendor calibration documentation, diff --git a/qartod/trhph/trhph_qartod_gross_range_test_values.csv b/qartod/trhph/trhph_qartod_gross_range_test_values.csv new file mode 100644 index 00000000..cf526e9c --- /dev/null +++ b/qartod/trhph/trhph_qartod_gross_range_test_values.csv @@ -0,0 +1,5 @@ +subsite,node,sensor,stream,parameters,qcConfig,source,notes +RS03INT1,MJ03C,10-TRHPHA301,trhph_sample,{'inp': 'vent_fluid_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,10-TRHPHA301,trhph_sample,{'inp': 'vent_fluid_chloride_conc'},"{'qartod': {'gross_range_test': {'fail_span': [0, 600]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,10-TRHPHA302,trhph_sample,{'inp': 'vent_fluid_temperature'},"{'qartod': {'gross_range_test': {'fail_span': [0, 400]}}}",Sensor min/max based on OOI 1.0 global range specifications, +RS03INT1,MJ03C,10-TRHPHA302,trhph_sample,{'inp': 'vent_fluid_chloride_conc'},"{'qartod': {'gross_range_test': {'fail_span': [0, 600]}}}",Sensor min/max based on OOI 1.0 global range specifications, diff --git a/qartod/vel3d/vel3d_qartod_gross_range_test_values.csv b/qartod/vel3d/vel3d_qartod_gross_range_test_values.csv index e9a5d948..db983aaa 100644 --- a/qartod/vel3d/vel3d_qartod_gross_range_test_values.csv +++ b/qartod/vel3d/vel3d_qartod_gross_range_test_values.csv @@ -356,4 +356,44 @@ CP14SEPM,WFP01,01-VEL3DK000,vel3d_k_wfp_stc_instrument,{'inp': 'vel3d_k_upward_v CP14SEPM,WFP01,01-VEL3DK000,vel3d_k_wfp_stc_instrument,{'inp': 'vel3d_k_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 285000.0], 'suspect_span': [23000.0, 280000.0]}}}",Derived from mooring design and limits on MMP travel.,Mooring design includes physical stops attached to the riser cable that limit how far up and down the MMP can travel. CP14SEPM,WFP01,01-VEL3DK000,vel3d_k_wfp_stc_instrument,{'inp': 'int_ctd_pressure'},"{'qartod': {'gross_range_test': {'fail_span': [0, 285.0], 'suspect_span': [23, 280]}}}",Derived from mooring design and limits on MMP travel.,Mooring design includes physical stops attached to the riser cable that limit how far up and down the MMP can travel. CP14SEPM,WFP01,01-VEL3DK000,vel3d_k_wfp_stc_instrument,{'inp': 'vel3d_k_roll'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP14SEPM,WFP01,01-VEL3DK000,vel3d_k_wfp_stc_instrument,{'inp': 'vel3d_k_speed_sound'},"{'qartod': {'gross_range_test': {'fail_span': [14329.0, 15671.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. \ No newline at end of file +CP14SEPM,WFP01,01-VEL3DK000,vel3d_k_wfp_stc_instrument,{'inp': 'vel3d_k_speed_sound'},"{'qartod': {'gross_range_test': {'fail_span': [14329.0, 15671.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +RS01SLBS,MJ01A,12-VEL3DB101,vel3d_b_sample,{'inp': 'eastward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SLBS,MJ01A,12-VEL3DB101,vel3d_b_sample,{'inp': 'northward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SLBS,MJ01A,12-VEL3DB101,vel3d_b_sample,{'inp': 'upward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-1, 1]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SLBS,MJ01A,12-VEL3DB101,vel3d_b_sample,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SLBS,MJ01A,12-VEL3DB101,vel3d_b_sample,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SLBS,MJ01A,12-VEL3DB101,vel3d_b_sample,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 45]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SUM1,LJ01B,12-VEL3DB104,vel3d_b_sample,{'inp': 'eastward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SUM1,LJ01B,12-VEL3DB104,vel3d_b_sample,{'inp': 'northward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SUM1,LJ01B,12-VEL3DB104,vel3d_b_sample,{'inp': 'upward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-1, 1]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SUM1,LJ01B,12-VEL3DB104,vel3d_b_sample,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SUM1,LJ01B,12-VEL3DB104,vel3d_b_sample,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS01SUM1,LJ01B,12-VEL3DB104,vel3d_b_sample,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 45]}}}",Sensor min/max based on the vendor sensor specifications, +RS03AXBS,MJ03A,12-VEL3DB301,vel3d_b_sample,{'inp': 'eastward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS03AXBS,MJ03A,12-VEL3DB301,vel3d_b_sample,{'inp': 'northward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS03AXBS,MJ03A,12-VEL3DB301,vel3d_b_sample,{'inp': 'upward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-1, 1]}}}",Sensor min/max based on the vendor sensor specifications, +RS03AXBS,MJ03A,12-VEL3DB301,vel3d_b_sample,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS03AXBS,MJ03A,12-VEL3DB301,vel3d_b_sample,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS03AXBS,MJ03A,12-VEL3DB301,vel3d_b_sample,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 45]}}}",Sensor min/max based on the vendor sensor specifications, +RS03INT2,MJ03D,12-VEL3DB304,vel3d_b_sample,{'inp': 'eastward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS03INT2,MJ03D,12-VEL3DB304,vel3d_b_sample,{'inp': 'northward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +RS03INT2,MJ03D,12-VEL3DB304,vel3d_b_sample,{'inp': 'upward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-1, 1]}}}",Sensor min/max based on the vendor sensor specifications, +RS03INT2,MJ03D,12-VEL3DB304,vel3d_b_sample,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS03INT2,MJ03D,12-VEL3DB304,vel3d_b_sample,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-70, 70]}}}",Sensor min/max based on the vendor sensor specifications, +RS03INT2,MJ03D,12-VEL3DB304,vel3d_b_sample,{'inp': 'temperature'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 45]}}}",Sensor min/max based on the vendor sensor specifications, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'vel3d_c_eastward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'vel3d_c_northward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'vel3d_c_upward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-1, 1]}}}",Sensor min/max based on the vendor sensor specifications, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'seawater_pressure_mbar'},"{'qartod': {'gross_range_test': {'fail_span': [0.0, 8500.0]}}}",Sensor min/max derived from locally plausible values, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'depth'},"{'qartod': {'gross_range_test': {'fail_span': [0.0, 85]}}}",Sensor min/max derived from locally plausible values, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'correlation_beam_1'},"{'qartod': {'gross_range_test': {'suspect_span': [70, 100], 'fail_span': [0, 100]}}}",Sensor min/max based on the vendor sensor specifications, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'correlation_beam_2'},"{'qartod': {'gross_range_test': {'suspect_span': [70, 100], 'fail_span': [0, 100]}}}",Sensor min/max based on the vendor sensor specifications, +CE02SHBP,LJ01D,07-VEL3DC108,vel3d_cd_velocity_data,{'inp': 'correlation_beam_3'},"{'qartod': {'gross_range_test': {'suspect_span': [70, 100], 'fail_span': [0, 100]}}}",Sensor min/max based on the vendor sensor specifications, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'vel3d_c_eastward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'vel3d_c_northward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-3, 3]}}}",Sensor min/max based on the vendor sensor specifications, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'vel3d_c_upward_turbulent_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-1, 1]}}}",Sensor min/max based on the vendor sensor specifications, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'seawater_pressure_mbar'},"{'qartod': {'gross_range_test': {'fail_span': [0.0, 60000.0]}}}",Sensor min/max derived from locally plausible values, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'depth'},"{'qartod': {'gross_range_test': {'fail_span': [0.0, 600]}}}",Sensor min/max derived from locally plausible values, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'correlation_beam_1'},"{'qartod': {'gross_range_test': {'suspect_span': [70, 100], 'fail_span': [0, 100]}}}",Sensor min/max based on the vendor sensor specifications, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'correlation_beam_2'},"{'qartod': {'gross_range_test': {'suspect_span': [70, 100], 'fail_span': [0, 100]}}}",Sensor min/max based on the vendor sensor specifications, +CE04OSBP,LJ01C,07-VEL3DC107,vel3d_cd_velocity_data,{'inp': 'correlation_beam_3'},"{'qartod': {'gross_range_test': {'suspect_span': [70, 100], 'fail_span': [0, 100]}}}",Sensor min/max based on the vendor sensor specifications, diff --git a/qartod/velpt/velpt_qartod_gross_range_test_values.csv b/qartod/velpt/velpt_qartod_gross_range_test_values.csv index 13b06b87..fdc80801 100644 --- a/qartod/velpt/velpt_qartod_gross_range_test_values.csv +++ b/qartod/velpt/velpt_qartod_gross_range_test_values.csv @@ -1,680 +1,689 @@ -subsite,node,sensor,stream,parameters,qcConfig,source,notes -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27284, 0.21633], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27284, 0.21633], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27284, 0.21633], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2218, 0.19098], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2218, 0.19098], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2218, 0.19098], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.08, 0.051], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.08, 0.051], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.08, 0.051], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5765, 0.46605], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5765, 0.46605], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5765, 0.46605], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49022, 0.48893], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49022, 0.48893], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49022, 0.48893], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.117, 0.18682], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.117, 0.18682], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.117, 0.18682], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.34503, 0.20578], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.34503, 0.20578], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.34503, 0.20578], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2495, 0.23533], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2495, 0.23533], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2495, 0.23533], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.085, 0.067], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.085, 0.067], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.085, 0.067], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53761, 0.34177], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53761, 0.34177], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53761, 0.34177], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.43497, 0.41864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.43497, 0.41864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.43497, 0.41864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.108, 0.085], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.108, 0.085], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.108, 0.085], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31617, 0.26389], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31617, 0.26389], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31617, 0.26389], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38301, 0.48757], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38301, 0.48757], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38301, 0.48757], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.939, 0.961], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.939, 0.961], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.939, 0.961], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59254, 0.54661], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59254, 0.54661], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59254, 0.54661], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.50421, 0.471], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.50421, 0.471], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.50421, 0.471], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.159, 0.21], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.159, 0.21], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.159, 0.21], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.70459, 0.51553], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.70459, 0.51553], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.70459, 0.51553], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.44116, 0.68076], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.44116, 0.68076], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.44116, 0.68076], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.68421, 0.903], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.68421, 0.903], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.68421, 0.903], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41499, 0.39109], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41499, 0.39109], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41499, 0.39109], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41799, 0.3908], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41799, 0.3908], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41799, 0.3908], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.441, 0.63273], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.441, 0.63273], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.441, 0.63273], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.25707, 0.24619], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.25059, 0.28944], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.05487, 0.05813], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.36482, 0.17228], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.30858, 0.25093], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.0528, 0.05346], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31645, 0.25875], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27926, 0.29367], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.04614, 0.05899], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.28908, 0.2602], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2627, 0.29363], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.05144, 0.05511], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.23564, 0.28291], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.22724, 0.24987], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.05283, 0.05705], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.28108, 0.23834], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29159, 0.22343], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.053, 0.056], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.28057, 0.30164], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2592, 0.25686], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.04894, 0.05429], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.25668, 0.3018], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.24472, 0.25472], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.04781, 0.05777], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52752, 0.42035], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52752, 0.42035], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52752, 0.42035], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51109, 0.45864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51109, 0.45864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51109, 0.45864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.783, 0.15736], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.783, 0.15736], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.783, 0.15736], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38822, 0.63102], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38822, 0.63102], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38822, 0.63102], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75605, 0.77062], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75605, 0.77062], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75605, 0.77062], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89916, 0.246], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89916, 0.246], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89916, 0.246], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.16023, 0.19533], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.16023, 0.19533], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.16023, 0.19533], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.39728, 0.62791], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.39728, 0.62791], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.39728, 0.62791], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.06, 0.125], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.06, 0.125], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.06, 0.125], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67734, 0.50794], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67734, 0.50794], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67734, 0.50794], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.93941, 0.74726], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.93941, 0.74726], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.93941, 0.74726], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.401, 1.44993], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.401, 1.44993], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.401, 1.44993], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53342, 0.41057], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53342, 0.41057], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53342, 0.41057], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75371, 0.50872], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75371, 0.50872], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75371, 0.50872], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.141, 0.334], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.141, 0.334], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.141, 0.334], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.58663, 0.57163], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.58663, 0.57163], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.58663, 0.57163], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.62039, 0.62766], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.62039, 0.62766], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.62039, 0.62766], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.332, 1.68033], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.332, 1.68033], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.332, 1.68033], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54106, 0.49585], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54106, 0.49585], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54106, 0.49585], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51001, 0.50313], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51001, 0.50313], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51001, 0.50313], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.82072, 0.106], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.82072, 0.106], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.82072, 0.106], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5498, 0.89838], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5498, 0.89838], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5498, 0.89838], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.83101, 1.1727], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.83101, 1.1727], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.83101, 1.1727], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52892, 3.80047], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52892, 3.80047], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52892, 3.80047], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29014, 0.28547], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29014, 0.28547], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29014, 0.28547], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46937, 0.87755], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46937, 0.87755], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46937, 0.87755], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.102, 0.195], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.102, 0.195], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.102, 0.195], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60772, 0.59487], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60772, 0.59487], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60772, 0.59487], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.71487, 0.95367], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.71487, 0.95367], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.71487, 0.95367], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.319, 1.326], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.319, 1.326], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.319, 1.326], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46223, 0.47718], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46223, 0.47718], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46223, 0.47718], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5591, 0.6513], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5591, 0.6513], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5591, 0.6513], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.281, 0.087], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.281, 0.087], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.281, 0.087], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59327, 0.58093], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59327, 0.58093], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59327, 0.58093], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67348, 0.69742], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67348, 0.69742], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67348, 0.69742], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60425, 3.131], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60425, 3.131], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60425, 3.131], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49056, 0.47465], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49056, 0.47465], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49056, 0.47465], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54215, 0.5316], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54215, 0.5316], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54215, 0.5316], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.92569, 0.251], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.92569, 0.251], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.92569, 0.251], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14305, 15646]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14305, 15646]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14305, 15646]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14298, 15639]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14298, 15639]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14298, 15639]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14355, 15698]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14355, 15698]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14355, 15698]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14574, 15917]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14726, 16068]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14675, 16018]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14624, 15967]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14596, 15938]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14748, 16090]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14697, 16040]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14646, 15989]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14289.0, 15629.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14289.0, 15629.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14289.0, 15629.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. -CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +subsite,node,sensor,stream,parameters,qcConfig,source,notes +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27284, 0.21633], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27284, 0.21633], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27284, 0.21633], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2218, 0.19098], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2218, 0.19098], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2218, 0.19098], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.08, 0.051], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.08, 0.051], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.08, 0.051], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5765, 0.46605], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5765, 0.46605], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5765, 0.46605], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49022, 0.48893], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49022, 0.48893], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49022, 0.48893], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.117, 0.18682], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.117, 0.18682], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.117, 0.18682], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.34503, 0.20578], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.34503, 0.20578], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.34503, 0.20578], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2495, 0.23533], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2495, 0.23533], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2495, 0.23533], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.085, 0.067], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.085, 0.067], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.085, 0.067], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53761, 0.34177], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53761, 0.34177], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53761, 0.34177], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.43497, 0.41864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.43497, 0.41864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.43497, 0.41864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.108, 0.085], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.108, 0.085], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.108, 0.085], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31617, 0.26389], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31617, 0.26389], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31617, 0.26389], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38301, 0.48757], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38301, 0.48757], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38301, 0.48757], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.939, 0.961], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.939, 0.961], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.939, 0.961], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59254, 0.54661], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59254, 0.54661], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59254, 0.54661], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.50421, 0.471], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.50421, 0.471], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.50421, 0.471], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.159, 0.21], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.159, 0.21], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.159, 0.21], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.70459, 0.51553], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.70459, 0.51553], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.70459, 0.51553], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.44116, 0.68076], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.44116, 0.68076], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.44116, 0.68076], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.68421, 0.903], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.68421, 0.903], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.68421, 0.903], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41499, 0.39109], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41499, 0.39109], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41499, 0.39109], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41799, 0.3908], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41799, 0.3908], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.41799, 0.3908], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.441, 0.63273], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.441, 0.63273], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.441, 0.63273], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.25707, 0.24619], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.25059, 0.28944], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.05487, 0.05813], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.36482, 0.17228], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.30858, 0.25093], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.0528, 0.05346], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.31645, 0.25875], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.27926, 0.29367], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.04614, 0.05899], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.28908, 0.2602], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2627, 0.29363], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.05144, 0.05511], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.23564, 0.28291], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.22724, 0.24987], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.05283, 0.05705], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.28108, 0.23834], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29159, 0.22343], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.053, 0.056], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.28057, 0.30164], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.2592, 0.25686], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.04894, 0.05429], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.25668, 0.3018], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.24472, 0.25472], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.04781, 0.05777], 'fail_span': [-3, 3]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52752, 0.42035], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52752, 0.42035], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52752, 0.42035], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51109, 0.45864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51109, 0.45864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51109, 0.45864], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.783, 0.15736], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.783, 0.15736], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.783, 0.15736], 'fail_span': [-5, 5]}}}",,User range based on data collected through 2023-01-01. +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38822, 0.63102], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38822, 0.63102], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.38822, 0.63102], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75605, 0.77062], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75605, 0.77062], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75605, 0.77062], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89916, 0.246], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89916, 0.246], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.89916, 0.246], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.16023, 0.19533], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.16023, 0.19533], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.16023, 0.19533], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.39728, 0.62791], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.39728, 0.62791], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.39728, 0.62791], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.06, 0.125], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.06, 0.125], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.06, 0.125], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-04-17 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE01ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67734, 0.50794], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67734, 0.50794], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67734, 0.50794], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.93941, 0.74726], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.93941, 0.74726], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.93941, 0.74726], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.401, 1.44993], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.401, 1.44993], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.401, 1.44993], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53342, 0.41057], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53342, 0.41057], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.53342, 0.41057], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75371, 0.50872], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75371, 0.50872], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.75371, 0.50872], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.141, 0.334], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.141, 0.334], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.141, 0.334], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-02 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE02SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.58663, 0.57163], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.58663, 0.57163], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.58663, 0.57163], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.62039, 0.62766], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.62039, 0.62766], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.62039, 0.62766], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.332, 1.68033], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.332, 1.68033], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.332, 1.68033], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54106, 0.49585], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54106, 0.49585], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54106, 0.49585], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51001, 0.50313], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51001, 0.50313], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.51001, 0.50313], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.82072, 0.106], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.82072, 0.106], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.82072, 0.106], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5498, 0.89838], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5498, 0.89838], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5498, 0.89838], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.83101, 1.1727], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.83101, 1.1727], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.83101, 1.1727], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52892, 3.80047], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52892, 3.80047], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,SBD17,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.52892, 3.80047], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29014, 0.28547], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29014, 0.28547], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.29014, 0.28547], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46937, 0.87755], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46937, 0.87755], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46937, 0.87755], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.102, 0.195], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.102, 0.195], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSM,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.102, 0.195], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2014-10-07 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE06ISSP,SP001,05-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60772, 0.59487], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60772, 0.59487], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60772, 0.59487], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.71487, 0.95367], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.71487, 0.95367], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.71487, 0.95367], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.319, 1.326], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.319, 1.326], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.319, 1.326], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46223, 0.47718], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46223, 0.47718], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.46223, 0.47718], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5591, 0.6513], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5591, 0.6513], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.5591, 0.6513], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.281, 0.087], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.281, 0.087], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.281, 0.087], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-05 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'velpt_j_northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'pitch'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'roll'},"{'qartod': {'gross_range_test': {'fail_span': [-30, 30]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'speed_of_sound'},"{'qartod': {'gross_range_test': {'fail_span': [1427, 1562]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE07SHSP,SP001,02-VELPTJ000,velpt_j_cspp_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Derived from the vendor documentation,Valid velocity measurements fall between +- 5 m/s +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59327, 0.58093], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59327, 0.58093], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.59327, 0.58093], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67348, 0.69742], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67348, 0.69742], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.67348, 0.69742], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60425, 3.131], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60425, 3.131], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,SBD11,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.60425, 3.131], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49056, 0.47465], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49056, 0.47465], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.49056, 0.47465], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54215, 0.5316], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54215, 0.5316], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-0.54215, 0.5316], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from the vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14270, 15620]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 33 psu as programmed into the instrument +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'amplitude_beam1'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'amplitude_beam2'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'amplitude_beam3'},"{'qartod': {'gross_range_test': {'suspect_span': [20, 30], 'fail_span': [0, 20]}}}",Derived from the vendor documentation,"Current measurements are valid when the signal strength is greater than 20-30 counts, using these ranges to set the suspect and fail spans" +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.92569, 0.251], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.92569, 0.251], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CE09OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'suspect_span': [-1.92569, 0.251], 'fail_span': [-5, 5]}}}",User Gross Range based on data collected from 2015-04-09 through to 2023-01-01.,"User range based on percentiles of the observations, which are not normally distributed. Percentiles were chosen to cover 99.7% of the data, approximating the Empirical Rule." +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14305, 15646]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14305, 15646]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP01CNSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14305, 15646]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP01CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP01CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14298, 15639]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14298, 15639]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP03ISSM,MFD35,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14298, 15639]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP03ISSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP03ISSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14355, 15698]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14355, 15698]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP04OSSM,MFD35,04-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14355, 15698]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP04OSSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +CP04OSSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285, 15625]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GA01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GA01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14574, 15917]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14726, 16068]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14675, 16018]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMA,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14624, 15967]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14596, 15938]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB100,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14748, 16090]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB400,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14697, 16040]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GI03FLMB,RI000,00-VELPTB700,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14646, 15989]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from vendor documentation,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GS01SUMO,RID16,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +GS01SUMO,RID16,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300, 15636]}}}",Derived from vendor documentation and instrument configuration,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 35 psu as programmed into the instrument +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP10CNSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14289.0, 15629.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14289.0, 15629.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14289.0, 15629.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP10CNSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11NOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11NOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14285.0, 15625.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11SOSM,RID26,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_dcl_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'pitch_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'roll_decidegree'},"{'qartod': {'gross_range_test': {'fail_span': [-300, 300]}}}",Derived from mooring design and limits on MMP travel.,Current measurements are valid when the instrument tilts (pitch and roll) are less than 30 degrees. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'sound_speed_dms'},"{'qartod': {'gross_range_test': {'fail_span': [14300.0, 15641.0]}}}",Derived from vendor documentation and instrument configuration.,Assumes a valid temperature range of -4 to 40 degC for the instrument and a nominal salinity of 34 psu as programmed into the instrument. +CP11SOSM,MFD36,04-VELPTA000,velpt_ab_instrument_recovered,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5, 5]}}}",Sensor min/max derived from vendor documentation.,User range to be determined. +CE04OSPS,SF01B,4B-VELPTD106,velpt_velocity_data,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +CE04OSPS,SF01B,4B-VELPTD106,velpt_velocity_data,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +CE04OSPS,SF01B,4B-VELPTD106,velpt_velocity_data,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +RS01SBPS,SF01A,4B-VELPTD102,velpt_velocity_data,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +RS01SBPS,SF01A,4B-VELPTD102,velpt_velocity_data,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +RS01SBPS,SF01A,4B-VELPTD102,velpt_velocity_data,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +RS03AXPS,SF03A,4B-VELPTD302,velpt_velocity_data,{'inp': 'eastward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +RS03AXPS,SF03A,4B-VELPTD302,velpt_velocity_data,{'inp': 'northward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, +RS03AXPS,SF03A,4B-VELPTD302,velpt_velocity_data,{'inp': 'upward_velocity'},"{'qartod': {'gross_range_test': {'fail_span': [-5,5]}}}",Sensor range based on vendor documentation and locally plausible values, diff --git a/qartod/verification/qartod_fileValidator.py b/qartod/verification/qartod_fileValidator.py index 60699bdf..5ebafbc9 100755 --- a/qartod/verification/qartod_fileValidator.py +++ b/qartod/verification/qartod_fileValidator.py @@ -132,7 +132,7 @@ def parse_args(): verbose = False qc_lookup_root = '../' - qc_sensorTypes = ['ctdav','ctdbp','ctdgv','ctdmo','ctdpf','dofst','dosta','flord','flort','metbk','nutnr', 'parad','pco2a','pco2w','phsen','presf', 'wavss'] + qc_sensorTypes = ['ctdav','ctdbp','ctdgv','ctdmo','ctdpf','dofst','dosta','flord','flort','metbk','nutnr', 'parad','pco2a','pco2w','phsen','presf','wavss'] qc_testFolderTypes = {'climatology_tables': validate_climatologyTable} # define the path