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'-26=off, when the outside temperature falls below this threshold temperature the continuous heating function is started (off <=> function is disabled)': >-
-26=off, when the outside temperature falls below this threshold temperature
the continuous heating function is started (off <=> function is disabled)
(3Zones;HWC&CC = constant value. General configuration?): (3Zones;HWC&CC = constant value. General configuration?)
0 = _FrostProtConfig_Low, 1 = _FrostProtConfig_PumpKick: 0 = _FrostProtConfig_Low, 1 = _FrostProtConfig_PumpKick
0 = _OffConfig_Off, 1 = _OffConfig_Low: 0 = _OffConfig_Off, 1 = _OffConfig_Low
0=Monday, 1=Tue, … 6=Sunday, 7=LegioProtect off, 8=every day: 0=Monday, 1=Tue, … 6=Sunday, 7=LegioProtect off, 8=every day
000-999; code for the installer's menues: 000-999; code for the installer's menues
'3WV Schaltspiele: Number of times 3WV value operated': '3WV Schaltspiele: Number of times 3WV value operated'
'aaucHcNames CH10: name of CH10': 'aaucHcNames CH10: name of CH10'
'aaucHcNames CH11: name of CH11': 'aaucHcNames CH11: name of CH11'
'aaucHcNames CH12: name of CH12': 'aaucHcNames CH12: name of CH12'
'aaucHcNames CH13: name of CH13': 'aaucHcNames CH13: name of CH13'
'aaucHcNames CH14: name of CH14': 'aaucHcNames CH14: name of CH14'
'aaucHcNames CH15: name of CH15': 'aaucHcNames CH15: name of CH15'
'aaucHcNames CH16: name of CH16': 'aaucHcNames CH16: name of CH16'
'aaucHcNames CH2: name of CH2': 'aaucHcNames CH2: name of CH2'
'aaucHcNames CH3: name of CH3': 'aaucHcNames CH3: name of CH3'
'aaucHcNames CH4: name of CH4': 'aaucHcNames CH4: name of CH4'
'aaucHcNames CH5: name of CH5': 'aaucHcNames CH5: name of CH5'
'aaucHcNames CH6: name of CH6': 'aaucHcNames CH6: name of CH6'
'aaucHcNames CH7: name of CH7': 'aaucHcNames CH7: name of CH7'
'aaucHcNames CH8: name of CH8': 'aaucHcNames CH8: name of CH8'
'aaucHcNames CH9: name of CH9': 'aaucHcNames CH9: name of CH9'
'aaucHcNames_1: name of heating circuit No 1': 'aaucHcNames_1: name of heating circuit No 1'
'aaucHcNames_10: name of heating circuit No 10': 'aaucHcNames_10: name of heating circuit No 10'
'aaucHcNames_11: name of heating circuit No 11': 'aaucHcNames_11: name of heating circuit No 11'
'aaucHcNames_12: name of heating circuit No 12': 'aaucHcNames_12: name of heating circuit No 12'
'aaucHcNames_13: name of heating circuit No 13': 'aaucHcNames_13: name of heating circuit No 13'
'aaucHcNames_14: name of heating circuit No 14': 'aaucHcNames_14: name of heating circuit No 14'
'aaucHcNames_15: name of heating circuit No 15': 'aaucHcNames_15: name of heating circuit No 15'
'aaucHcNames_2: name of heating circuit No 2': 'aaucHcNames_2: name of heating circuit No 2'
'aaucHcNames_3: name of heating circuit No 3': 'aaucHcNames_3: name of heating circuit No 3'
'aaucHcNames_4: name of heating circuit No 4': 'aaucHcNames_4: name of heating circuit No 4'
'aaucHcNames_5: name of heating circuit No 5': 'aaucHcNames_5: name of heating circuit No 5'
'aaucHcNames_6: name of heating circuit No 6': 'aaucHcNames_6: name of heating circuit No 6'
'aaucHcNames_7: name of heating circuit No 7': 'aaucHcNames_7: name of heating circuit No 7'
'aaucHcNames_8: name of heating circuit No 8': 'aaucHcNames_8: name of heating circuit No 8'
'aaucHcNames_9: name of heating circuit No 9': 'aaucHcNames_9: name of heating circuit No 9'
'aaucHcNames_HK1: labelling of the first heating circuit (only A-Z,0-9,blank)': 'aaucHcNames_HK1: labelling of the first heating circuit (only A-Z,0-9,blank)'
'aaucHcNames_HK2: labelling of the second heating circuit (only A-Z,0-9,blank)': 'aaucHcNames_HK2: labelling of the second heating circuit (only A-Z,0-9,blank)'
Abschaltung wegen Speicherladung: Abschaltung wegen Speicherladung
Absenktemperatur: Absenktemperatur
Absenktemperatur Zone 1: Absenktemperatur Zone 1
Absenktemperatur Zone 2: Absenktemperatur Zone 2
Absenktemperatur Zone 3: Absenktemperatur Zone 3
'Acceleration_Test_Mode: initiates/indicates acceleration of several internal timings': >-
Acceleration_Test_Mode: initiates/indicates acceleration of several internal
timings
Accesory relay 1 function: Accesory relay 1 function
Accesory relay 2 function: Accesory relay 2 function
act. outside temperature [°C/sensor state]: act. outside temperature [°C/sensor state]
activated special function of first heating circuit: activated special function of first heating circuit
activated special function of second heating circuit: activated special function of second heating circuit
Activation of the return control: Activation of the return control
'ActorFernsteuerung: TRUE -> RemoteControl of actors': 'ActorFernsteuerung: TRUE -> RemoteControl of actors'
actoSTOR_EE_PreventiveCounter_DK: actoSTOR_EE_PreventiveCounter_DK
'actoSTOR_OPMode: state diagram actoSTOR control': 'actoSTOR_OPMode: state diagram actoSTOR control'
'actoSTOR_OPMode: Zustands-Automat actSTOR Ansteuerung': 'actoSTOR_OPMode: Zustands-Automat actSTOR Ansteuerung'
'ACTOstorDetected: indicates that an ACTOstor has been detected': 'ACTOstorDetected: indicates that an ACTOstor has been detected'
'ActoStorModulDetected: detected VLR (bit counted)': 'ActoStorModulDetected: detected VLR (bit counted)'
'actostorstate: state of the actoSTOR control (0 = off; 1 = DHW released; 2 = DHW loading; 3 = Pump overrun; 4 = stop pump overrun)': >-
actostorstate: state of the actoSTOR control (0 = off; 1 = DHW released; 2 =
DHW loading; 3 = Pump overrun; 4 = stop pump overrun)
actual CO-sensor resistance: actual CO-sensor resistance
Actual Date: Actual Date
actual energy balancing integral: actual energy balancing integral
Actual exhaust flow: Actual exhaust flow
Actual exhaust pressure: Actual exhaust pressure
Actual exhaustfan speed: Actual exhaustfan speed
actual fan speed: actual fan speed
Actual GSM/GPRS provider: Actual GSM/GPRS provider
Actual inlet flow: Actual inlet flow
Actual inlet pressure: Actual inlet pressure
Actual inletfan speed: Actual inletfan speed
actual room temperature [°C/Sensor state]: actual room temperature [°C/Sensor state]
Actual roomtemperature setpoint [°C]: Actual roomtemperature setpoint [°C]
Actual Time: Actual Time
Actual Weekday: Actual Weekday
Actual_Krm: Actual_Krm
Actual_Tnm: Actual_Tnm
'ActualDesiredTemp: 1/2°C Auflösung': 'ActualDesiredTemp: 1/2°C Auflösung'
'ActualDesiredTemp: current setpoint for the second heating circuit considering all basic conditions passed to the control algorithms': >-
ActualDesiredTemp: current setpoint for the second heating circuit considering
all basic conditions passed to the control algorithms
'ActualDesiredTemp: Current tank setpoint. Depends on the programmed period and current time, operating mode …': >-
ActualDesiredTemp: Current tank setpoint. Depends on the programmed period and
current time, operating mode …
'ActualDevicePower: in kW': 'ActualDevicePower: in kW'
'ActualEnvironmentalPower: in kW (Näherungswert)': 'ActualEnvironmentalPower: in kW (Näherungswert)'
'ActualEnvironmentPower: only for graphic display: the environmental power that is actually displayed in kW': >-
ActualEnvironmentPower: only for graphic display: the environmental power that
is actually displayed in kW
ActualEnvironmentPowerFine: ActualEnvironmentPowerFine
'ActualEnvironmentPowerPercentage: only for graphic display: amount of filling of the big energy arrow': >-
ActualEnvironmentPowerPercentage: only for graphic display: amount of filling
of the big energy arrow
ActualFlowTempDesired heating circuit 1: ActualFlowTempDesired heating circuit 1
ActualFlowTempDesired heating circuit 2: ActualFlowTempDesired heating circuit 2
ActualFlowTempDesired heating circuit 3: ActualFlowTempDesired heating circuit 3
ActualFlowTempDesired Heizkreis 1: ActualFlowTempDesired Heizkreis 1
ActualFlowTempDesired Heizkreis 2: ActualFlowTempDesired Heizkreis 2
ActualFlowTempDesired Heizkreis 3: ActualFlowTempDesired Heizkreis 3
'ActualRoomTempSetpointHC1: current room setpoint considering all basic conditions passed to the control algorithms': >-
ActualRoomTempSetpointHC1: current room setpoint considering all basic
conditions passed to the control algorithms
ActualTappingSetpoint: ActualTappingSetpoint
'ActualWeekday: current day of week': 'ActualWeekday: current day of week'
adaption applied to heating curve of Hc1: adaption applied to heating curve of Hc1
adaption applied to heating curve of Hc2: adaption applied to heating curve of Hc2
adaption applied to heating curve of Hc3: adaption applied to heating curve of Hc3
adaptive heat curve: adaptive heat curve
ADCValue_T_above: ADCValue_T_above
ADCValue_T_below: ADCValue_T_below
'ADCValue_T_below: lower room temp sensor ADC value': 'ADCValue_T_below: lower room temp sensor ADC value'
adpPreH_Active: adpPreH_Active
adpPreH_CurrentRoomTemp: adpPreH_CurrentRoomTemp
adpPreH_InSideTW: adpPreH_InSideTW
adpPreH_MinutesBeforeFirstTW: adpPreH_MinutesBeforeFirstTW
adpPreH_OutdoorTemp: adpPreH_OutdoorTemp
adpPreH_OutdoorTempStart: adpPreH_OutdoorTempStart
adpPreH_PreheatingTime: adpPreH_PreheatingTime
adpPreH_Ramp: adpPreH_Ramp
adpPreH_RoomSetpoint: adpPreH_RoomSetpoint
adpPreH_RoomTempStart: adpPreH_RoomTempStart
adpPreH_Starttime: adpPreH_Starttime
AdvancedPowerValues_DK: AdvancedPowerValues_DK
Air flow rate mode 0: Air flow rate mode 0
Air flow rate mode 1: Air flow rate mode 1
Air flow rate mode 2: Air flow rate mode 2
Air flow rate mode 3: Air flow rate mode 3
Air quality sensor number: Air quality sensor number
Air-earth collector available: Air-earth collector available
'AirInletSensor_Offset: calibration value for air inlet sensor': 'AirInletSensor_Offset: calibration value for air inlet sensor'
'AirOutlet: heat source outlet temperature for air to water machines': 'AirOutlet: heat source outlet temperature for air to water machines'
'AirOutlet: Offset for air outlet temperature sensor': 'AirOutlet: Offset for air outlet temperature sensor'
aktiviert/deaktiviert die SHU-Funktionalität: aktiviert/deaktiviert die SHU-Funktionalität
aktuelle Raumtemperatur in Zone 1: aktuelle Raumtemperatur in Zone 1
aktuelle Raumtemperatur in Zone 2: aktuelle Raumtemperatur in Zone 2
aktuelle Raumtemperatur in Zone 3: aktuelle Raumtemperatur in Zone 3
Aktuelle Uhrzeit: Aktuelle Uhrzeit
Aktueller Monat Brennstoffverbrauch Heizung: Aktueller Monat Brennstoffverbrauch Heizung
Aktueller Monat Brennstoffverbrauch hot water: Aktueller Monat Brennstoffverbrauch hot water
Aktueller Monat Stromverbrauch Heizung: Aktueller Monat Stromverbrauch Heizung
Aktueller Monat Stromverbrauch hot water: Aktueller Monat Stromverbrauch hot water
Aktuelles Datum: Aktuelles Datum
Amount of configured slots per weekday: Amount of configured slots per weekday
Analog inputs actual values: Analog inputs actual values
Anlegethermostat: Anlegethermostat
'Anode_IN_Feedback_DK: feedback signal of the anode': 'Anode_IN_Feedback_DK: feedback signal of the anode'
Anpassung Heizkurve Heizkreis 1: Anpassung Heizkurve Heizkreis 1
Anpassung Heizkurve Heizkreis 2: Anpassung Heizkurve Heizkreis 2
Anpassung Heizkurve Heizkreis 3: Anpassung Heizkurve Heizkreis 3
Appliance_Code: Appliance_Code
'Appliance_Code: appliance code': 'Appliance_Code: appliance code'
array index for the zones. Array Index start at 0 for the first element: array index for the zones. Array Index start at 0 for the first element
ASC_OFF=0, ASC_CH=1, ASC_DHW=2: ASC_OFF=0, ASC_CH=1, ASC_DHW=2
ASC_Status: ASC_Status
'AscBigModulDetected: detected VPM-S (bit counted)': 'AscBigModulDetected: detected VPM-S (bit counted)'
'ASCDetected: indicates that a VMS has been detected': 'ASCDetected: indicates that a VMS has been detected'
'AscSmallModulDetected: detected VMS (bit counted)': 'AscSmallModulDetected: detected VMS (bit counted)'
ASIDetected: ASIDetected
AssertFileName: AssertFileName
'AssertLineNumber: assert fail occured in this line': 'AssertLineNumber: assert fail occured in this line'
AT-Abschaltgrenze: AT-Abschaltgrenze
AT-Abschaltgrenze Heizkreis 1: AT-Abschaltgrenze Heizkreis 1
AT-Abschaltgrenze Heizkreis 2: AT-Abschaltgrenze Heizkreis 2
AT-Abschaltgrenze Heizkreis 3: AT-Abschaltgrenze Heizkreis 3
aucContactName: aucContactName
aucPhoneNumber: aucPhoneNumber
'aucPhoneNumber part 1: phone number part 1': 'aucPhoneNumber part 1: phone number part 1'
'aucPhoneNumber part 2: phone number part 2': 'aucPhoneNumber part 2: phone number part 2'
aucPhoneNumber_1: aucPhoneNumber_1
'aucPhoneNumber_1: first part of the installer''s telephone number': 'aucPhoneNumber_1: first part of the installer''s telephone number'
'aucPhoneNumber_2: second part of the installer''s telephone number': 'aucPhoneNumber_2: second part of the installer''s telephone number'
aucPhoneNumber_part1: aucPhoneNumber_part1
aucPhoneNumber_part2: aucPhoneNumber_part2
'Ausgleichszeit1Dauer: in Sekunden': 'Ausgleichszeit1Dauer: in Sekunden'
Außentemperatur: Außentemperatur
'Aussentemperatur: out door temperature': 'Aussentemperatur: out door temperature'
Auto Heat Curve Regulation: Auto Heat Curve Regulation
Auto Time Correction: Auto Time Correction
AutocoolTestModeActive: AutocoolTestModeActive
'AutocoolTestModeActive_HK2: Test mode, only for developement!': 'AutocoolTestModeActive_HK2: Test mode, only for developement!'
automatic correction of configured heat curve: automatic correction of configured heat curve
AutoOFF_Mode: AutoOFF_Mode
AutoOffMode heating circuit 1: AutoOffMode heating circuit 1
AutoOffMode heating circuit 2: AutoOffMode heating circuit 2
AutoOffMode heating circuit 3: AutoOffMode heating circuit 3
AutoOffMode Heizkreis 1: AutoOffMode Heizkreis 1
AutoOffMode Heizkreis 2: AutoOffMode Heizkreis 2
AutoOffMode Heizkreis 3: AutoOffMode Heizkreis 3
'AutoSync enabled: Enabling or disabling of the AutoYync on the eBUS. Only usefull if there problems with outher AutoSync devices on the eBUS.': >-
AutoSync enabled: Enabling or disabling of the AutoYync on the eBUS. Only
usefull if there problems with outher AutoSync devices on the eBUS.
AutoTappingSetpoint: AutoTappingSetpoint
average ignition time: average ignition time
average outside temperature: average outside temperature
average time for calibration-routine: average time for calibration-routine
average value of calculated correction-factor high-load: average value of calculated correction-factor high-load
average value of calculated correction-factor low-load: average value of calculated correction-factor low-load
average value of calculated gas-adaptive correction-factor: average value of calculated gas-adaptive correction-factor
'AW_CH1P_Prerun_Time: Prerun time of the internal heat circuit pump in s. Relative to the fan prerun time.': >-
AW_CH1P_Prerun_Time: Prerun time of the internal heat circuit pump in s.
Relative to the fan prerun time.
'AW_Fan_Prerun_Time: Prerun time of the fan in s': 'AW_Fan_Prerun_Time: Prerun time of the fan in s'
AWPC_EE_MaxThreshold_DK: AWPC_EE_MaxThreshold_DK
AWPC_EE_MinThreshold_DK: AWPC_EE_MinThreshold_DK
'B50418actDesFlowTemp: flow temperature setpoint calculated by actoSTOR (S3 of B5 04 18)': >-
B50418actDesFlowTemp: flow temperature setpoint calculated by actoSTOR (S3 of
B5 04 18)
'B51000CHDisableMonitor: copy of the M12 byte of the B5 10 00 service containing the disable bits': >-
B51000CHDisableMonitor: copy of the M12 byte of the B5 10 00 service
containing the disable bits
'B51000FlowSetMonitor: flow temperature setpoint sent via B5 10 00 to the BMU': 'B51000FlowSetMonitor: flow temperature setpoint sent via B5 10 00 to the BMU'
'B51000M10DHWFlowSetMon: flow setpoint DHW sent via B5 10 00': 'B51000M10DHWFlowSetMon: flow setpoint DHW sent via B5 10 00'
'B51000M12DisableBitsMon: bits 0-7: disable CH/disable DHW tapping/disable DHW tank loading/not used/clear burner blocking DHW/dis, disable bits sent via B5 10 00 (left bit 0, right bit 7)': >-
B51000M12DisableBitsMon: bits 0-7: disable CH/disable DHW tapping/disable DHW
tank loading/not used/clear burner blocking DHW/dis, disable bits sent via B5
10 00 (left bit 0, right bit 7)
'B51000M12DisableBitsMon: bits 0-7: disable CH/disable DHW tapping/disable DHW tank loading/not used/clear burner blocking DHW/dis, disable bits sent via B5 10 00 (leftmost bit 0, rightmost bit 7)': >-
B51000M12DisableBitsMon: bits 0-7: disable CH/disable DHW tapping/disable DHW
tank loading/not used/clear burner blocking DHW/dis, disable bits sent via B5
10 00 (leftmost bit 0, rightmost bit 7)
'B51000M14Monitor: bits 0-7: remote control CH pump/release backup heater/release cooling/not used/left stop position DHW o, bits sent in M14 of B5 10 00 (left bit 0, right bit 7; relevant is bit 0: remote control of CH pump)': >-
B51000M14Monitor: bits 0-7: remote control CH pump/release backup
heater/release cooling/not used/left stop position DHW o, bits sent in M14 of
B5 10 00 (left bit 0, right bit 7; relevant is bit 0: remote control of CH
pump)
'B51000M14Monitor: bits 0-7: remote control CH pump/release backup heater/release cooling/not used/left stop position DHW o, bits sent in M14 of B5 10 00 (leftmost bit 0, rightmost bit 7; relevant is bit 0: remote control of CH pump)': >-
B51000M14Monitor: bits 0-7: remote control CH pump/release backup
heater/release cooling/not used/left stop position DHW o, bits sent in M14 of
B5 10 00 (leftmost bit 0, rightmost bit 7; relevant is bit 0: remote control
of CH pump)
'B51000M7OpModeMonitor: operation mode sent via B5 10 00 (0 = auto, 1 = forced off, 2 = forced CH, 3 = forced DHW)': >-
B51000M7OpModeMonitor: operation mode sent via B5 10 00 (0 = auto, 1 = forced
off, 2 = forced CH, 3 = forced DHW)
'B51000M8HeatFlowSetMonitor: flow temperature setpoint sent via B5 10 00 to the BMU': >-
B51000M8HeatFlowSetMonitor: flow temperature setpoint sent via B5 10 00 to the
BMU
'B51000M9TappingSetMon: DHW setpoint without loading offset (for hydraulic map H1)': >-
B51000M9TappingSetMon: DHW setpoint without loading offset (for hydraulic map
H1)
'B51000SetPointLoadingPump: loading pump''s setpoint sent via B5 10 00 to the BMU': >-
B51000SetPointLoadingPump: loading pump's setpoint sent via B5 10 00 to the
BMU
Backlight level: Backlight level
Backup heater output: Backup heater output
'Backup_Commutations_CH: Number of commutations of': 'Backup_Commutations_CH: Number of commutations of'
'Backup_Commutations_DHW: Number of commutations of': 'Backup_Commutations_DHW: Number of commutations of'
'Backup_Commutations: Number of commutations of backup heater': 'Backup_Commutations: Number of commutations of backup heater'
'Backup_Heater_Mode_CH: backup heater mode for CH: no backup, comfort or backup only': >-
Backup_Heater_Mode_CH: backup heater mode for CH: no backup, comfort or backup
only
'Backup_Heater_Mode_DHW: backup heater mode for DHW: no backup, comfort or backup only': >-
Backup_Heater_Mode_DHW: backup heater mode for DHW: no backup, comfort or
backup only
'Backup_Hours_CH: operating hours of Backup Heater for CH': 'Backup_Hours_CH: operating hours of Backup Heater for CH'
'Backup_Hours_DHW: operating hours of Backup Heater for DHW': 'Backup_Hours_DHW: operating hours of Backup Heater for DHW'
'Backup_Hours: operating hours of Backup Heater': 'Backup_Hours: operating hours of Backup Heater'
'Backup_Hysteresis: difference between actual flow temperature and setpoit at which backup heater should start': >-
Backup_Hysteresis: difference between actual flow temperature and setpoit at
which backup heater should start
'Backup_Power_Cut: This enables the backup heater to run while power cuts as compressor replacement, only applicable if electrical scheme is two.': >-
Backup_Power_Cut: This enables the backup heater to run while power cuts as
compressor replacement, only applicable if electrical scheme is two.
'BadWeather: too cold to start compressor': 'BadWeather: too cold to start compressor'
Bank Feiertag Ende Zone 1: Bank Feiertag Ende Zone 1
Bank Feiertag Ende Zone 2: Bank Feiertag Ende Zone 2
Bank Feiertag Ende Zone 3: Bank Feiertag Ende Zone 3
Bank Feiertag Start Zone 1: Bank Feiertag Start Zone 1
Bank Feiertag Start Zone 2: Bank Feiertag Start Zone 2
Bank Feiertag Start Zone 3: Bank Feiertag Start Zone 3
bank holiday end period: bank holiday end period
bank holiday end zone 1: bank holiday end zone 1
bank holiday end zone 2: bank holiday end zone 2
bank holiday end zone 3: bank holiday end zone 3
bank holiday start period: bank holiday start period
bank holiday start zone 1: bank holiday start zone 1
bank holiday start zone 2: bank holiday start zone 2
bank holiday start zone 3: bank holiday start zone 3
BaseDisplay: BaseDisplay
'BatteryError: low battery': 'BatteryError: low battery'
Betriebsart Zone 1: Betriebsart Zone 1
Betriebsart Zone 2: Betriebsart Zone 2
Betriebsart Zone 3: Betriebsart Zone 3
Betriebsart/Maximaltemperatur/ReglerCurrentTemp/Maximaltemperatur/ReglerCurrentTemp: >-
Betriebsart/Maximaltemperatur/ReglerCurrentTemp/Maximaltemperatur/ReglerCurrentTemp
'Betriebsstunden Pumpe: Pump operating hours': 'Betriebsstunden Pumpe: Pump operating hours'
Bezeichnung Zone 1 Teil 1: Bezeichnung Zone 1 Teil 1
Bezeichnung Zone 1 Teil 2: Bezeichnung Zone 1 Teil 2
Bezeichnung Zone 2 Teil 1: Bezeichnung Zone 2 Teil 1
Bezeichnung Zone 2 Teil 2: Bezeichnung Zone 2 Teil 2
Bezeichnung Zone 3 Teil 1: Bezeichnung Zone 3 Teil 1
Bezeichnung Zone 3 Teil 2: Bezeichnung Zone 3 Teil 2
BigHExThreshold: BigHExThreshold
'Bivalent_Temperature: outside temperature must be lower than this temperature in order to use backup heater for CH': >-
Bivalent_Temperature: outside temperature must be lower than this temperature
in order to use backup heater for CH
'BivalentMode: reserved for special bivalent setting': 'BivalentMode: reserved for special bivalent setting'
'BivalentPoint2_Temperature: temperature to force backup heater even if it is disabled': >-
BivalentPoint2_Temperature: temperature to force backup heater even if it is
disabled
'BkDetected: detected bus coppler e.g. VR30,31,32 (bit counted)': 'BkDetected: detected bus coppler e.g. VR30,31,32 (bit counted)'
BKMK1ConfigCPLP: BKMK1ConfigCPLP
BKMK1ConfigCPLPAsLP: BKMK1ConfigCPLPAsLP
'BKMK1CPLPState: nominal condition of the VR61''s circulation or loading pump': 'BKMK1CPLPState: nominal condition of the VR61''s circulation or loading pump'
'BKMK1Detected: indicates that a VR61 has been detected': 'BKMK1Detected: indicates that a VR61 has been detected'
Blocking time solar pumps (tBLK): Blocking time solar pumps (tBLK)
BMR:Heating curve for whole system: BMR:Heating curve for whole system
'BMU_ErrorStatus_DK: error status of the BMU': 'BMU_ErrorStatus_DK: error status of the BMU'
'BMU_FlowTempOrVF_1: value of either an externally connected flow temperature sensor or the BMU''s internal flow sensor if an external sensor is missing': >-
BMU_FlowTempOrVF_1: value of either an externally connected flow temperature
sensor or the BMU's internal flow sensor if an external sensor is missing
'BMUB51101_BoilerFlowTemp: current flow temperature inside the BMU': 'BMUB51101_BoilerFlowTemp: current flow temperature inside the BMU'
'BMUB51101_DHWState: flame is on because of either tapping or tank loading': 'BMUB51101_DHWState: flame is on because of either tapping or tank loading'
'BMUB51101_ErrorStatus: error state of BMU received via eBUS service B51101': 'BMUB51101_ErrorStatus: error state of BMU received via eBUS service B51101'
'BMUB51101_TankTemp: hot water storage temperature received via eBUS service B5 11 01': >-
BMUB51101_TankTemp: hot water storage temperature received via eBUS service B5
11 01
boiler identification resistor: boiler identification resistor
boiler mode: boiler mode
'BoilerMaxPreShutdown: 15..120min': 'BoilerMaxPreShutdown: 15..120min'
'BoilerMaxPreShutdown: in steps of 10, maximum time of starting the lowering operation before the heating time window ends': >-
BoilerMaxPreShutdown: in steps of 10, maximum time of starting the lowering
operation before the heating time window ends
'BoilerMaxPreShutdown: Maximal Boiler preshutdown time': 'BoilerMaxPreShutdown: Maximal Boiler preshutdown time'
BoilerMaxTemp: BoilerMaxTemp
BoilerMinTemp: BoilerMinTemp
'BoilerSequence: activation of boiler sequence': 'BoilerSequence: activation of boiler sequence'
'BoilerSequenceChangeTime: if this xx hours reachred between the first and the last boiler in the actual sequence then the boiler sequensce is new sorted': >-
BoilerSequenceChangeTime: if this xx hours reachred between the first and the
last boiler in the actual sequence then the boiler sequensce is new sorted
BoilerSwitchHyster: BoilerSwitchHyster
'BoilerSwitchSteps: set of the steps from the switching boiler': 'BoilerSwitchSteps: set of the steps from the switching boiler'
BoilerType_2_DK: BoilerType_2_DK
'BoilerType_2_DK: second Boiler typ of the bmu': 'BoilerType_2_DK: second Boiler typ of the bmu'
'BoilerType_DK: Boiler typ of the bmu': 'BoilerType_DK: Boiler typ of the bmu'
'BoilerType: Boiler typ of the BMU': 'BoilerType: Boiler typ of the BMU'
'Br_Anfo: Ansteuerung Gasventil': 'Br_Anfo: Ansteuerung Gasventil'
'Brennstoffventil: Activation signal of the gasvalve (activated via micrcontroller)': >-
Brennstoffventil: Activation signal of the gasvalve (activated via
micrcontroller)
Brennstoffverbrauch Heizung gesamt: Brennstoffverbrauch Heizung gesamt
Brennstoffverbrauch hot water gesamt: Brennstoffverbrauch hot water gesamt
Brightness: Brightness
'Brine_Fan_Commutations: Number of commutations of': 'Brine_Fan_Commutations: Number of commutations of'
'Brine_Fan_Hours: operating hours of Fan_Brine': 'Brine_Fan_Hours: operating hours of Fan_Brine'
'Brine_P_Cooling_Hours: Brine pump run time during cooling': 'Brine_P_Cooling_Hours: Brine pump run time during cooling'
'Brine_warmSensor_Offset: calibration value for brine sensor': 'Brine_warmSensor_Offset: calibration value for brine sensor'
'Brine2_P_Hours: operating hours of Sk2P': 'Brine2_P_Hours: operating hours of Sk2P'
'Brine2_P: external Brine or water pump': 'Brine2_P: external Brine or water pump'
BrineFlowReversed: BrineFlowReversed
'BrineLimitAtMaxFlow: lowest allowed brine temperature to achieve max. flow temperature': >-
BrineLimitAtMaxFlow: lowest allowed brine temperature to achieve max. flow
temperature
'BrineLimitSlope: Slope to calculate pressure switchpoint below lowest brine temperature': >-
BrineLimitSlope: Slope to calculate pressure switchpoint below lowest brine
temperature
'BrineOK: brine pressure is ok and pump is running': 'BrineOK: brine pressure is ok and pump is running'
'BrineOutlet: heat source outlet temperature for brine to water machines': 'BrineOutlet: heat source outlet temperature for brine to water machines'
'BrineOutlet: Offset for heat source outlet temperature sensor - BW': 'BrineOutlet: Offset for heat source outlet temperature sensor - BW'
'BrinePumpPWM: actual speed of brine pump (7%=off)': 'BrinePumpPWM: actual speed of brine pump (7%=off)'
'BrinePumpSpeedControlDefrost: brine pump speed setpoint while defrosting': 'BrinePumpSpeedControlDefrost: brine pump speed setpoint while defrosting'
'BrinePumpSpeedControlHeating: brine pump speed setpoint when compressor=on': 'BrinePumpSpeedControlHeating: brine pump speed setpoint when compressor=on'
'BrinePumpStatus: 0=HEP_ok: 1= HEP_error; >=2=noHEP': 'BrinePumpStatus: 0=HEP_ok: 1= HEP_error; >=2=noHEP'
'BrineSwitch: brine pressure switch; 1 = switch has tripped': 'BrineSwitch: brine pressure switch; 1 = switch has tripped'
BufferFlowThreshold_Off: BufferFlowThreshold_Off
BufferFlowThreshold_On: BufferFlowThreshold_On
'BufferPumpPower: Performance of buffer pump: (15 - 100%)': 'BufferPumpPower: Performance of buffer pump: (15 - 100%)'
'BurnerCircuitDisabled: Disable the burner circuit?': 'BurnerCircuitDisabled: Disable the burner circuit?'
'BurnerCircuitPump: first heating circuit (burner circuit) pump''s state': 'BurnerCircuitPump: first heating circuit (burner circuit) pump''s state'
'BurnerDemand: von der BMU': 'BurnerDemand: von der BMU'
BurnerHours_boiler1: BurnerHours_boiler1
BurnerHours_boiler2: BurnerHours_boiler2
BurnerHours_boiler3: BurnerHours_boiler3
BurnerHours_boiler4: BurnerHours_boiler4
BurnerHours_boiler5: BurnerHours_boiler5
BurnerHours_boiler6: BurnerHours_boiler6
BurnerHours_boiler7: BurnerHours_boiler7
BurnerHours_boiler8: BurnerHours_boiler8
BW_Anfo: BW_Anfo
'BW_UnderHundred_SwiActi_DK: DHW switch cycles under hundred': 'BW_UnderHundred_SwiActi_DK: DHW switch cycles under hundred'
'BW_UnderHundred_SwiActi: DHW switch cycles under hundred': 'BW_UnderHundred_SwiActi: DHW switch cycles under hundred'
'BW_WW_CH1P_Prerun_Time: Prerun time of the internal heat circuit pump in s. Relative to the heat source pump prerun time.': >-
BW_WW_CH1P_Prerun_Time: Prerun time of the internal heat circuit pump in s.
Relative to the heat source pump prerun time.
Bypass current: Bypass current
Bypass flap position: Bypass flap position
Bypass hysteresis: Bypass hysteresis
Bypass status: Bypass status
Bypass temperature: Bypass temperature
Bypass valve: Bypass valve
calculated CO-concentration: calculated CO-concentration
'CalculatedKickStopTime: calculated time in between two pump kicks during frostprotection (time depends on outside temperature)': >-
CalculatedKickStopTime: calculated time in between two pump kicks during
frostprotection (time depends on outside temperature)
'CalculatedMixerPosition: 0: primary open; 220: primary closed': 'CalculatedMixerPosition: 0: primary open; 220: primary closed'
'Call back delay GSM/GPRS [s]: Time between the last ring and the call back.': 'Call back delay GSM/GPRS [s]: Time between the last ring and the call back.'
Central heating + heat recovery: Central heating + heat recovery
Central heating on/off switch: Central heating on/off switch
'CfgHeatSinkType: BMR: configuration of heating circuit; for heat pumps, only "mixer circuit" or "fix value circuit" possible': >-
CfgHeatSinkType: BMR: configuration of heating circuit; for heat pumps, only
"mixer circuit" or "fix value circuit" possible
CfgHeatSinkType1: CfgHeatSinkType1
CfgHeatSinkType3: CfgHeatSinkType3
CH water pressure: CH water pressure
CH_Demand: CH_Demand
'CH_Mode_Demand_Hours: total time EHP was in CH mode (energy manager)': 'CH_Mode_Demand_Hours: total time EHP was in CH mode (energy manager)'
'CH_Mode_Fulfilled_Hours: total time EHP was in CH mode AND compr. Or backup heater was running': >-
CH_Mode_Fulfilled_Hours: total time EHP was in CH mode AND compr. Or backup
heater was running
'CH_PumpCommunt_DK: pump switchings': 'CH_PumpCommunt_DK: pump switchings'
'CH_PumpCommunt: Pump times switched on': 'CH_PumpCommunt: Pump times switched on'
'CH1_P_Commutations: Number of commutations of': 'CH1_P_Commutations: Number of commutations of'
'CH1_P_Hours: operating hours of CH1P': 'CH1_P_Hours: operating hours of CH1P'
'CH1_P_Port: port feedback; only needed by UI in actuator test': 'CH1_P_Port: port feedback; only needed by UI in actuator test'
'CH1_P: internal CH pump': 'CH1_P: internal CH pump'
'CH1P_PumpSpeed_coil_tank: CH pump speed setpoint while loading DHW tank with coils [%]': >-
CH1P_PumpSpeed_coil_tank: CH pump speed setpoint while loading DHW tank with
coils [%]
'CH1P_PumpSpeed_layered_tank: CH pump speed setpoint while shiftloading DHW tank [%]': >-
CH1P_PumpSpeed_layered_tank: CH pump speed setpoint while shiftloading DHW
tank [%]
'CH1P_PumpSpeedControlDirectCircuit: CH pump speed setpoint while energybalancing and compressor=on [%]': >-
CH1P_PumpSpeedControlDirectCircuit: CH pump speed setpoint while
energybalancing and compressor=on [%]
'CH1P_PumpSpeedControlDirectCircuitWhileOff: CH pump speed setpoint while energybalancing and compressor=off': >-
CH1P_PumpSpeedControlDirectCircuitWhileOff: CH pump speed setpoint while
energybalancing and compressor=off
'CH1P_PumpSpeedControlHeatBuffer: CH pump speed setpoint while buffer is loaded [%]': >-
CH1P_PumpSpeedControlHeatBuffer: CH pump speed setpoint while buffer is loaded
[%]
'CH2_P_Hours: operating hours of HK2P': 'CH2_P_Hours: operating hours of HK2P'
'CH2_P: external CH pump (HK2P)': 'CH2_P: external CH pump (HK2P)'
'Changes_DSN_DK: Numbers adjusting (storing) the DSN': 'Changes_DSN_DK: Numbers adjusting (storing) the DSN'
chargepump additional operationtime: chargepump additional operationtime
'CheckByte: factory EOL test': 'CheckByte: factory EOL test'
Child protection: Child protection
'ChimneySweepModeActive: chimney sweep mode has been enabled by the BMU': 'ChimneySweepModeActive: chimney sweep mode has been enabled by the BMU'
chosen flow rate of the collector pump (to calculate solar gain): chosen flow rate of the collector pump (to calculate solar gain)
ChPumpBoiler_1: ChPumpBoiler_1
ChPumpBoiler_2: ChPumpBoiler_2
ChPumpBoiler_3: ChPumpBoiler_3
ChPumpBoiler_4: ChPumpBoiler_4
ChPumpBoiler_5: ChPumpBoiler_5
ChPumpBoiler_6: ChPumpBoiler_6
ChPumpBoiler_7: ChPumpBoiler_7
ChPumpBoiler_8: ChPumpBoiler_8
'CHPumpPWM: actual speed of central heating CH pump (7%=off)': 'CHPumpPWM: actual speed of central heating CH pump (7%=off)'
'CHPumpStatus: 0=HEP_ok: 1= HEP_error; >=2=noHEP': 'CHPumpStatus: 0=HEP_ok: 1= HEP_error; >=2=noHEP'
ChRequestAsc: ChRequestAsc
'CircoPump: Power in %': 'CircoPump: Power in %'
CircuitDiaState: CircuitDiaState
CircuitPeriods: CircuitPeriods
Circuits_Name_DHW: Circuits_Name_DHW
Circuits_Name_HC: Circuits_Name_HC
Circuits_Name_HC1: Circuits_Name_HC1
Circuits_Name_HC2: Circuits_Name_HC2
CircuitsStates: CircuitsStates
CircuitType heating circuit 1: CircuitType heating circuit 1
CircuitType heating circuit 2: CircuitType heating circuit 2
CircuitType heating circuit 3: CircuitType heating circuit 3
CircuitType Heizkreis 1: CircuitType Heizkreis 1
CircuitType Heizkreis 2: CircuitType Heizkreis 2
CircuitType Heizkreis 3: CircuitType Heizkreis 3
Circulation pump: Circulation pump
'CirculationPump: circulation pump': 'CirculationPump: circulation pump'
'CirculationPump: Circulation Pump ZP': 'CirculationPump: Circulation Pump ZP'
'CirculationPump: control state of the circulation respectively loading pump (functionality of the pump depends on the configuration)': >-
CirculationPump: control state of the circulation respectively loading pump
(functionality of the pump depends on the configuration)
'CirculationPump2: State of the circulation pump': 'CirculationPump2: State of the circulation pump'
'CirculationPumpED: defines the percentage of a 10 minutes period to power the pump': >-
CirculationPumpED: defines the percentage of a 10 minutes period to power the
pump
'CircuPumpRunning: circulation pump''s state': 'CircuPumpRunning: circulation pump''s state'
'CleaningLady: 0,5h': 'CleaningLady: 0,5h'
'CleaningLady: saving function is activated until read value * 1/2 h': 'CleaningLady: saving function is activated until read value * 1/2 h'
'CleaningRequest: problems in air flow detected': 'CleaningRequest: problems in air flow detected'
Clear error history: Clear error history
Clear service message history: Clear service message history
ClockSwitchSummerWinterDone: ClockSwitchSummerWinterDone
'ClockSwitchSummerWinterDone: automatic switching over to/from daylight saving''s time has been done': >-
ClockSwitchSummerWinterDone: automatic switching over to/from daylight
saving's time has been done
'CMResetCnt: clock monitor resets': 'CMResetCnt: clock monitor resets'
CO_CorrFactor_max_DK: CO_CorrFactor_max_DK
CO_CorrFactor_sum_DK: CO_CorrFactor_sum_DK
CO_PTC_ADC1_DK: CO_PTC_ADC1_DK
CO_PTC_ADC2_DK: CO_PTC_ADC2_DK
CO_PTC_CalParms: CO_PTC_CalParms
CO_PTC_PWM_Test_DK: CO_PTC_PWM_Test_DK
CO_PTC_U1_DK: CO_PTC_U1_DK
CO_PTC_U2_DK: CO_PTC_U2_DK
CO_Sensor_SNR: CO_Sensor_SNR
CO-sensor resistance at 0ppm CO: CO-sensor resistance at 0ppm CO
CO2 Sensor 1 level: CO2 Sensor 1 level
CO2 Sensor 1 lower limit: CO2 Sensor 1 lower limit
CO2 Sensor 1 status: CO2 Sensor 1 status
CO2 Sensor 1 upper limit: CO2 Sensor 1 upper limit
CO2 Sensor 2 level: CO2 Sensor 2 level
CO2 Sensor 2 lower limit: CO2 Sensor 2 lower limit
CO2 Sensor 2 status: CO2 Sensor 2 status
CO2 Sensor 2 upper limit: CO2 Sensor 2 upper limit
CO2 Sensor 3 level: CO2 Sensor 3 level
CO2 Sensor 3 lower limit: CO2 Sensor 3 lower limit
CO2 Sensor 3 status: CO2 Sensor 3 status
CO2 Sensor 3 upper limit: CO2 Sensor 3 upper limit
CO2 Sensor 4 level: CO2 Sensor 4 level
CO2 Sensor 4 lower limit: CO2 Sensor 4 lower limit
CO2 Sensor 4 status: CO2 Sensor 4 status
CO2 Sensor 4 upper limit: CO2 Sensor 4 upper limit
CO2 Sensors activated: CO2 Sensors activated
code for installer menu: code for installer menu
code for the installer's menues: code for the installer's menues
'Code1: together with code 2, this enables/disables several sw features, in hex format': >-
Code1: together with code 2, this enables/disables several sw features, in hex
format
Code1Code2Valid: Code1Code2Valid
'Code1Code2Valid: changes of Code 1 /2 have to be commited by setting this flag': 'Code1Code2Valid: changes of Code 1 /2 have to be commited by setting this flag'
'Code2: together with code 1, this enables/disables several sw features, in hex format': >-
Code2: together with code 1, this enables/disables several sw features, in hex
format
ColKickGradient: ColKickGradient
ColKickPumpTime: ColKickPumpTime
'ColKickPumpTime: time pump is running when collector kick function is activated': >-
ColKickPumpTime: time pump is running when collector kick function is
activated
'ColKickTempDelta: temperature difference necessary for activating the pump kick': >-
ColKickTempDelta: temperature difference necessary for activating the pump
kick
'Collector1Sensor: Temperature of COL1 sensor': 'Collector1Sensor: Temperature of COL1 sensor'
'Collector2Sensor: Temperature of COL2 sensor': 'Collector2Sensor: Temperature of COL2 sensor'
'CollectorPump: collector pump''s state': 'CollectorPump: collector pump''s state'
'CollectorPumpHRuntime: runtime in hours': 'CollectorPumpHRuntime: runtime in hours'
'CollectorPumpHRuntime1: Overall runtime of COL1 pump': 'CollectorPumpHRuntime1: Overall runtime of COL1 pump'
'CollectorPumpHRuntime2: Overall runtime of COL2 pump': 'CollectorPumpHRuntime2: Overall runtime of COL2 pump'
'CollectorPumpSRuntime: runtime in seconds base for runtime in hours': 'CollectorPumpSRuntime: runtime in seconds base for runtime in hours'
'COMErrorCnt: eBUS-communication errors': 'COMErrorCnt: eBUS-communication errors'
'COmon_Off_DK: CO-monitoring not active': 'COmon_Off_DK: CO-monitoring not active'
Complete slot for reading the time table settings without a temperature.: Complete slot for reading the time table settings without a temperature.
Complete Slot for reading the time table settings.: Complete Slot for reading the time table settings.
Complete slot for writing the time table settings without a temperature. FF FF has to be appended.: >-
Complete slot for writing the time table settings without a temperature. FF FF
has to be appended.
Complete Slot for writing the time table settings.: Complete Slot for writing the time table settings.
Compressor: Compressor
'Compressor_Commutations_CH: Number of commutations of': 'Compressor_Commutations_CH: Number of commutations of'
'Compressor_Commutations_DHW: Number of commutations of': 'Compressor_Commutations_DHW: Number of commutations of'
'Compressor_Commutations: Number of commutations of compressor': 'Compressor_Commutations: Number of commutations of compressor'
'Compressor_Cut_HP_No: shows how often the compressor has been stopped by high pressure switch': >-
Compressor_Cut_HP_No: shows how often the compressor has been stopped by high
pressure switch
'Compressor_Cut_LP_No: shows how often the compressor has been stopped by low pressure switch': >-
Compressor_Cut_LP_No: shows how often the compressor has been stopped by low
pressure switch
'Compressor_Cut_T_No: shows how often the compressor has been stopped due to outlet temperature exceeding': >-
Compressor_Cut_T_No: shows how often the compressor has been stopped due to
outlet temperature exceeding
'Compressor_Demand: shows that regulation wants to start the heat source': 'Compressor_Demand: shows that regulation wants to start the heat source'
'Compressor_Hours_CH: operating hours of compressor for CH mode': 'Compressor_Hours_CH: operating hours of compressor for CH mode'
'Compressor_Hours_DHW: operating hours of compressor for DHW mode': 'Compressor_Hours_DHW: operating hours of compressor for DHW mode'
'Compressor_Hours: operating hours of compressor (overall)': 'Compressor_Hours: operating hours of compressor (overall)'
'Compressor_Hysteresis: difference between actual flow temperature and setpoit at which compressor should start': >-
Compressor_Hysteresis: difference between actual flow temperature and setpoit
at which compressor should start
'CompressorActive: compressor is running or pre or post running': 'CompressorActive: compressor is running or pre or post running'
'CompressorControlState: number of status of compressor control state machine': 'CompressorControlState: number of status of compressor control state machine'
'CompressorDemand: compressor wants to start or is running': 'CompressorDemand: compressor wants to start or is running'
'CompressorRestartTimer: Delay until next compressor start, only updated and displayed in UI if compressor demanded but locked by runtime conditions.': >-
CompressorRestartTimer: Delay until next compressor start, only updated and
displayed in UI if compressor demanded but locked by runtime conditions.
'CompressorState: compressor and ICL state machine status number': 'CompressorState: compressor and ICL state machine status number'
Conditions sw. input 1: Conditions sw. input 1
Conditions sw. input 2: Conditions sw. input 2
Configuration: Configuration
configuration of the VR61 relay-output: configuration of the VR61 relay-output
configures which room temperature is assigned to zone 1: configures which room temperature is assigned to zone 1
configures which room temperature is assigned to zone 2: configures which room temperature is assigned to zone 2
configures which room temperature is assigned to zone 3: configures which room temperature is assigned to zone 3
'Connection Delay [minutes]: Minimum delay between two server connections established by the dialog box.': >-
Connection Delay [minutes]: Minimum delay between two server connections
established by the dialog box.
'Connection error counter: Number of connection tries. Will be reset to zero after a successful connection': >-
Connection error counter: Number of connection tries. Will be reset to zero
after a successful connection
'Connection error retry delay [minutes]: Delay between two connection tries in case of a connection error': >-
Connection error retry delay [minutes]: Delay between two connection tries in
case of a connection error
Contact 1 position: Contact 1 position
Contact 2 position: Contact 2 position
continous heating: continous heating
continuos heating: continuos heating
'ContinuosHeating: -26=off, when the outside temperature falls below this threshold temperature the continuous heating function is started (off <=> function is disabled)': >-
ContinuosHeating: -26=off, when the outside temperature falls below this
threshold temperature the continuous heating function is started (off <=>
function is disabled)
'ContinuousHeatingLimit: -128=off, (0x80, -128 = off)': 'ContinuousHeatingLimit: -128=off, (0x80, -128 = off)'
Contrast: Contrast
'control type (430f: 43605; 21930 392f: 61455; 4080)': 'control type (430f: 43605; 21930 392f: 61455; 4080)'
cooling operation mode zone 1: cooling operation mode zone 1
cooling operation mode zone 2: cooling operation mode zone 2
cooling operation mode zone 3: cooling operation mode zone 3
cooling setpoint zone 1: cooling setpoint zone 1
cooling setpoint zone 2: cooling setpoint zone 2
cooling setpoint zone 3: cooling setpoint zone 3
Cooling_Demand: Cooling_Demand
CoolingActive: cooling active
'CoolingCircuitStates_HK2: Contains bits for different states in the cooling circuit. Helpfull for problem identification. Should be given to development department together with problem description.': >-
CoolingCircuitStates_HK2: Contains bits for different states in the cooling
circuit. Helpfull for problem identification. Should be given to development
department together with problem description.
CoolingDay: CoolingDay
CoolingEfficiencyState: CoolingEfficiencyState
'CoolingEfficiencyState_HK2: SM2': 'CoolingEfficiencyState_HK2: SM2'
'CoolingFanStartTemp: brine temperature to start fan while cooling': 'CoolingFanStartTemp: brine temperature to start fan while cooling'
'CoolingFanStopTemp: reserved': 'CoolingFanStopTemp: reserved'
'CoolingMaxFanSpeed: max. fan speed while cooling': 'CoolingMaxFanSpeed: max. fan speed while cooling'
CoolingModeAutomaticState: CoolingModeAutomaticState
CoolingModeStateCounter: CoolingModeStateCounter
'CoolingModeStateCounter_HK2: Counts up if pump is runnig in cooling mode': 'CoolingModeStateCounter_HK2: Counts up if pump is runnig in cooling mode'
'CoolingOperatingMode_HK2: Cooling operating mode: Available options: 3=Auto, 1=On, 2=Off': >-
CoolingOperatingMode_HK2: Cooling operating mode: Available options: 3=Auto,
1=On, 2=Off
'CoolingOperatingMode: Operating mode of cooling circuit': 'CoolingOperatingMode: Operating mode of cooling circuit'
CoolingOpmodeAutoState: CoolingOpmodeAutoState
CoolingRequest: CoolingRequest
'CoolingRequest_HK2: Circuit specific cooling demand, dependant on cooling operating mode and cooling time frames and so on…': >-
CoolingRequest_HK2: Circuit specific cooling demand, dependant on cooling
operating mode and cooling time frames and so on…
CoolingStartOffset: CoolingStartOffset
'CoolingStartOffset_HK2: Circuit specific offset to the adjusted outside temperature cut-off value for demanding cooling operation. HK2 value.': >-
CoolingStartOffset_HK2: Circuit specific offset to the adjusted outside
temperature cut-off value for demanding cooling operation. HK2 value.
CoolingSupported: CoolingSupported
'CoolingSupported_HK2: Defines if a specific circuit is allowed for cooling operation. In this case HK2.': >-
CoolingSupported_HK2: Defines if a specific circuit is allowed for cooling
operation. In this case HK2.
'CoolingTest: reserved': 'CoolingTest: reserved'
CoolingWhileHolidaySupported: CoolingWhileHolidaySupported
'CoolingWhileHolidaySupported_HK2: Indicates if cooling while holiday is desired (can be used for source regeneration).': >-
CoolingWhileHolidaySupported_HK2: Indicates if cooling while holiday is
desired (can be used for source regeneration).
Counter inputs actual values: Counter inputs actual values
'CounterStartAttempts3_DK: unsuccessfull ignitions in the third attempt': 'CounterStartAttempts3_DK: unsuccessfull ignitions in the third attempt'
'CounterStartAttempts4_DK: unsuccessfull ignitions in the fourth attempt': 'CounterStartAttempts4_DK: unsuccessfull ignitions in the fourth attempt'
'CountryVariant: country variant (0 = west, 1 = east, 2 = all)': 'CountryVariant: country variant (0 = west, 1 = east, 2 = all)'
'CountryVariant: country variant (0 = west, 1 = east)': 'CountryVariant: country variant (0 = west, 1 = east)'
'CountryZone: Location for calculation of sun calender. See list in control manual (default = 2: Germany)': >-
CountryZone: Location for calculation of sun calender. See list in control
manual (default = 2: Germany)
'CP_LPLast24started: circulation respectively loading pump has been started during the last 24h': >-
CP_LPLast24started: circulation respectively loading pump has been started
during the last 24h
Current calculated partload: Current calculated partload
current compressor utilization in percent: current compressor utilization in percent
Current cylinder temp.: Current cylinder temp.
current date: current date
current date (calendar must be enabled previously!): current date (calendar must be enabled previously!)
current energy integral in °min: current energy integral in °min
Current errors: Current errors
Current fan speed: Current fan speed
current flow temperature of Hc1: current flow temperature of Hc1
current flow temperature of Hc2: current flow temperature of Hc2
current flow temperature of Hc3: current flow temperature of Hc3
current flow temperature setpoint of Hc1: current flow temperature setpoint of Hc1
current flow temperature setpoint of Hc2: current flow temperature setpoint of Hc2
current flow temperature setpoint of Hc3: current flow temperature setpoint of Hc3
current for the gasvalve: current for the gasvalve
current heating water flow rate in liters per hour: current heating water flow rate in liters per hour
current hot water storage temperature: current hot water storage temperature
current month electricity consumption heating: current month electricity consumption heating
current month electricity consumption hot water: current month electricity consumption hot water
current month fuel consumption heating: current month fuel consumption heating
Current Month fuel consumption hot water: Current Month fuel consumption hot water
current power consumption of the heatpump in kW: current power consumption of the heatpump in kW
Current power solar pumps: Current power solar pumps
current room setpoint considering all basic conditions passed to the control algorithms: >-
current room setpoint considering all basic conditions passed to the control
algorithms
current room temperature in zone 1: current room temperature in zone 1
current room temperature in zone 2: current room temperature in zone 2
current room temperature in zone 3: current room temperature in zone 3
Current service message: Current service message
current time: current time
current value: current value
current yielded energy from the environment in kW: current yielded energy from the environment in kW
'CurrentASCStateforASI: 1: Standby 2:Proofing 3:StorageLoading 4:Error_System_blocked': >-
CurrentASCStateforASI: 1: Standby 2:Proofing 3:StorageLoading
4:Error_System_blocked
'CurrentASCStateforExternals: 1:OFF 2: Proofing 3:DHWLoading 4:CHLoading 5:Overtemperature': >-
CurrentASCStateforExternals: 1:OFF 2: Proofing 3:DHWLoading 4:CHLoading
5:Overtemperature
'CurrentBufferSetpoint: Temperature target in buffer circuit at sensor Ntc3Sensor': >-
CurrentBufferSetpoint: Temperature target in buffer circuit at sensor
Ntc3Sensor
CurrentFlow: CurrentFlow
CurrentPartload: CurrentPartload
CurrentSolarSetpoint: CurrentSolarSetpoint
'CurrentSystemMode: 1: Standalone, 3: With external control': 'CurrentSystemMode: 1: Standalone, 3: With external control'
'CurrentVPM_LoadingMode: 1. DHW-Support (stand alone), 2. CH-Support (stand alone), 3. +10K (stand alone), 4. SwimmingPool, 5.DHW-Support (with external control), 6. CH-Support (with external control), 7. +10K (with external control)': >-
CurrentVPM_LoadingMode: 1. DHW-Support (stand alone), 2. CH-Support (stand
alone), 3. +10K (stand alone), 4. SwimmingPool, 5.DHW-Support (with external
control), 6. CH-Support (with external control), 7. +10K (with external
control)
cycles in heating mode: cycles in heating mode
Cycles in hot water operation: Cycles in hot water operation
cyclic transmission: cyclic transmission
Cyl. temp. probe 1: Cyl. temp. probe 1
Cyl. temp. probe 2: Cyl. temp. probe 2
Cyl. temp. probe 3: Cyl. temp. probe 3
cylinder boost: cylinder boost
D_BufferControl: D_BufferControl
D_SolarControl: D_SolarControl
'd_um_3: Offset Desorptionsendtemperatur': 'd_um_3: Offset Desorptionsendtemperatur'
'd.00 CH_PartialLoadCondition: Heating part load': 'd.00 CH_PartialLoadCondition: Heating part load'
d.00 heating partload: d.00 Heating part load
'd.00 heating partload: Heating part load': 'd.00 heating partload: Heating part load'
d.01 central heating overrun time: d.01 central heating overrun time
'd.01 central heating overruntime: water pump overrun time for heating mode': 'd.01 central heating overruntime: water pump overrun time for heating mode'
d.02 Max blocking time CH: d.02 Max blocking time CH
'd.02 Max blocking time CH: max. burner anti cycling period at 20°C Flow temperature setpoint': >-
d.02 Max blocking time CH: max. burner anti cycling period at 20°C Flow
temperature setpoint
'd.03 Temp DHW: actoSTOR inletsensor temperature': 'd.03 Temp DHW: actoSTOR inletsensor temperature'
'd.03 Temp DHW: Hot water flow temperature': 'd.03 Temp DHW: Hot water flow temperature'
'd.03 Temp DHW: hot water flow temperature (combination boiler only)': 'd.03 Temp DHW: hot water flow temperature (combination boiler only)'
'd.03 Temp DHW: hot water inlet temperature into tank': 'd.03 Temp DHW: hot water inlet temperature into tank'
'd.04 Storage temperature: Current temperature for warm start sensor (combi boiler) / Current storage tank sensor (system boiler only)': >-
d.04 Storage temperature: Current temperature for warm start sensor (combi
boiler) / Current storage tank sensor (system boiler only)
'd.04 Temp storage / she: current storage tank sensor temperature': 'd.04 Temp storage / she: current storage tank sensor temperature'
'd.04 Temp storage / she: current temperature for warm start sensor (combination boiler only) Current storage tank sensor (system boiler only)': >-
d.04 Temp storage / she: current temperature for warm start sensor
(combination boiler only) Current storage tank sensor (system boiler only)
'd.04 Temp storage / she: current temperature for warm start sensor (combinations boiler only) Current storage tank sensor (system boiler only)': >-
d.04 Temp storage / she: current temperature for warm start sensor
(combinations boiler only) Current storage tank sensor (system boiler only)
'd.05 flow/return setpoint: Flow temperature target value or return target value when return regulation is set': >-
d.05 Flow/return set point: Flow temperature target value or return target
value when return regulation is set
'd.05 T3_Setpoint: Sollwert PWT-Ausgang': 'd.05 T3_Setpoint: Sollwert PWT-Ausgang'
'd.06 DHW setpoint: Hot water temperature target value': 'd.06 DHW setpoint: Hot water temperature target value'
'd.07 Storage setpoint: Storage temperature target value': 'd.07 Storage setpoint: Storage temperature target value'
'd.07 Storage setpoint: Warm start temperature value (combination boiler plus only), Storage temperature target value (system boiler only)': >-
d.07 Storage setpoint: Warm start temperature value (combination boiler plus
only), Storage temperature target value (system boiler only)
'd.07 Storage temperature set point: Warm start temperature value (combi boiler only); Storage temperature target value (system boiler only)': >-
d.07 Storage temperature set point: Warm start temperature value (combi boiler
only); Storage temperature target value (system boiler only)
'd.08 Room thermostat 230 V: External controls heat demand (Clamp 3-4)': 'd.08 Room thermostat 230 V: External controls heat demand (Clamp 3-4)'
'd.08 Thermostatkontakt_an_Kl_3_4: External controls heat demand (Clamp 3-4)': 'd.08 Thermostatkontakt_an_Kl_3_4: External controls heat demand (Clamp 3-4)'
'd.09 ext flowsetpoint: minimum out of Kl.7 and eBus flow setpoint': 'd.09 ext flowsetpoint: minimum out of Kl.7 and eBus flow setpoint'
'd.10 Central heating pump: Internal central heating pump': 'd.10 Central heating pump: Internal central heating pump'
'd.10 Central heating pump: internal heating pump': 'd.10 Central heating pump: internal heating pump'
'd.11 External heating pump: External central heating pump': 'd.11 External heating pump: External central heating pump'
'd.11 external pump: External heating pump': 'd.11 external pump: External heating pump'
'd.12 storage load pump: tank load pump demand': 'd.12 storage load pump: tank load pump demand'
'd.125 Storage output temperature: Current storage output temperature': 'd.125 Storage output temperature: Current storage output temperature'
'd.126 Storage charge delay: Delay of the storage charge': 'd.126 Storage charge delay: Delay of the storage charge'
'd.13 Circulation pump: Hot water circulation pump (via external module)': 'd.13 Circulation pump: Hot water circulation pump (via external module)'
d.14 Desired heating pump power: d.14 Desired heating pump power
'd.14 PumpspeedSetpoint: PWM pump speed': 'd.14 PumpspeedSetpoint: PWM pump speed'
'd.14 WP_PWMPowerDia_DK: Set-PWM-Powerrate of electronic-pump': 'd.14 WP_PWMPowerDia_DK: Set-PWM-Powerrate of electronic-pump'
'd.15 Current heating pump power: Current central heating pump power': 'd.15 Current heating pump power: Current central heating pump power'
'd.15 WP_PWMPower_DK: actual PWM-Powerrate of electronic-pump': 'd.15 WP_PWMPower_DK: actual PWM-Powerrate of electronic-pump'
'd.15 WP_PWMPower_DK: Output of pwm pump': 'd.15 WP_PWMPower_DK: Output of pwm pump'
'd.16 room thermostat 24 V: External controls heat demand (Clamp 3''-4'')': 'd.16 room thermostat 24 V: External controls heat demand (Clamp 3''-4'')'
'd.16 Room thermostat 24 V: xternal controls heat demand (Clamp 3-4)': 'd.16 Room thermostat 24 V: xternal controls heat demand (Clamp 3-4)'
d.17 Return control: d.17 Return control
'd.17 Return regulation: heating flow/return regulation activation': 'd.17 Return regulation: heating flow/return regulation activation'
d.18 CH pump mode: d.18 CH pump mode
'd.19 Mode of 2 speed pump: Operating mode of the two-stage heating pump0: burner mode = 2, pre/post-run = 1; 1: CH + post-run = 1, DHW = 2, 2: as 1 but rotation speed in CH is dependent of heating part load, (defaultsetting)3: always stage 2': >-
d.19 Mode of 2 speed pump: Operating mode of the two-stage heating pump0:
burner mode = 2, pre/post-run = 1; 1: CH + post-run = 1, DHW = 2, 2: as 1 but
rotation speed in CH is dependent of heating part load, (defaultsetting)3:
always stage 2
'd.20 Max value tanksetpoint: Adjustment of maximum tank setpoint range (maximum endposition of potmeter)': >-
d.20 Max value tanksetpoint: Adjustment of maximum tank setpoint range
(maximum endposition of potmeter)
d.20 Maximum DHW temperature: d.20 Maximum DHW temperature
'd.22 DHW demand: domestic hot water (tapping or tank contact) demand': 'd.22 DHW demand: domestic hot water (tapping or tank contact) demand'
'd.22 DHW demand: Domestic hot water demand': 'd.22 DHW demand: Domestic hot water demand'
d.23 Heating demand: d.23 Heating demand
d.23 Heating on/off switch: d.23 Heating on/off switch
'd.23 operation mode: Wintermode active': 'd.23 operation mode: Wintermode active'
d.24 AirPressure_DK: d.24 AirPressure_DK
'd.24 AirPressureSwitch_DK: contact of the air pressure switch': 'd.24 AirPressureSwitch_DK: contact of the air pressure switch'
'd.24 SD_AircontrolOk_DK: Air pressure switch': 'd.24 SD_AircontrolOk_DK: Air pressure switch'
'd.25 DHW demand enabled: hot water release (tank storage) via eBus Control': 'd.25 DHW demand enabled: hot water release (tank storage) via eBus Control'
d.26 Optional relay: d.26 Optional relay
d.26 OptionalRelais_DK: d.26 OptionalRelais_DK
d.26 OptionRelais_DK: d.26 OptionRelais_DK
d.27 Accessory relay 1: d.27 Accessory relay 1
d.27 Option relais 1: d.27 Option relais 1
d.28 Accessory relay 2: d.28 Accessory relay 2
d.28 Option relais 2: d.28 Option relais 2
d.29 Primary circuit flow rate: d.29 Primary circuit flow rate
d.29 PrimaryCircuitFlowrate_DK: d.29 PrimaryCircuitFlowrate_DK
'd.29 PrimaryCircuitFlowRate_DK: primary circuit water flow rate': 'd.29 PrimaryCircuitFlowRate_DK: primary circuit water flow rate'
'd.30 Gasvalve: Gasvalve activation signal': 'd.30 Gasvalve: Gasvalve activation signal'
d.33 Target fan speed: d.33 Target fan speed
d.34 Actual fan speed: d.34 Actual fan speed
d.34 Current fan speed: d.34 Current fan speed
'd.35 Position TWV: Position of diverter valve; 100 = DHW, 0 = heating, 40 = middle position': >-
d.35 Position TWV: Position of diverter valve; 100 = DHW, 0 = heating, 40 =
middle position
'd.36 DHW waterflow: domestic hot water flow sensor': 'd.36 DHW waterflow: domestic hot water flow sensor'
'd.38 TCollector_DK: Collector temperature': 'd.38 TCollector_DK: Collector temperature'
'd.39 TSolarBack_DK: Solar yield sensor': 'd.39 TSolarBack_DK: Solar yield sensor'
'd.40 Supply temperature: CH supply temperature sensor (VF2)': 'd.40 Supply temperature: CH supply temperature sensor (VF2)'
'd.40 T3: PWT-Ausgangstemperatur': 'd.40 T3: PWT-Ausgangstemperatur'
'd.40 TFT_DK: flow temperature': 'd.40 TFT_DK: flow temperature'
'd.41 Return temperature: CH return temperature sensor': 'd.41 Return temperature: CH return temperature sensor'
'd.41 T4: PWT-Eingangstemperatur': 'd.41 T4: PWT-Eingangstemperatur'
'd.41 Temp heating return: return temperature': 'd.41 Temp heating return: return temperature'
'd.42 TSB_DK: Temperature of tank bottom': 'd.42 TSB_DK: Temperature of tank bottom'
'd.43 Block_Sensor_DK: boiler block temperature': 'd.43 Block_Sensor_DK: boiler block temperature'
d.44 Dig. ionisation voltage: d.44 Dig. ionisation voltage
d.44 Ionisation voltage: d.44 Ionisation voltage
'd.47 Outdoor temperature: Outdoor temperature sensor (uncorrected value) value and status': >-
d.47 Outdoor temperature: Outdoor temperature sensor (uncorrected value) value
and status
'd.47 Temp outside: Outside temperature (uncorrected value)': 'd.47 Temp outside: Outside temperature (uncorrected value)'
'd.48 SD_TAI_DK: Exhaust sensor (inside the flue pipe)': 'd.48 SD_TAI_DK: Exhaust sensor (inside the flue pipe)'
'd.49 SD_TAA_DK: Exhaust sensor (outside the flue pipe)': 'd.49 SD_TAA_DK: Exhaust sensor (outside the flue pipe)'
d.50 MinFanSpeedOffset: d.50 MinFanSpeedOffset
d.50 Minimum fan speed offset: d.50 Minimum fan speed offset
d.51 MaxFanSpeedOffset: d.51 MaxFanSpeedOffset
d.51 Maximum fan speed offset: d.51 Maximum fan speed offset
'd.52 MinGVStepOffset: Offset for minimum gas valve steps': 'd.52 MinGVStepOffset: Offset for minimum gas valve steps'
'd.52 Offset for minimum steppermotor position: Pmin adjustment . To adjust, see Gas conversion': >-
d.52 Offset for minimum steppermotor position: Pmin adjustment . To adjust,
see Gas conversion
'd.53 FlowHysteresis_ON_DK: Adjustment of the switch on hysteresis': 'd.53 FlowHysteresis_ON_DK: Adjustment of the switch on hysteresis'
'd.53 MaxGVStepOffset: Offset for maximum gas valve steps': 'd.53 MaxGVStepOffset: Offset for maximum gas valve steps'
'd.53 Offset for maximum steppermotor position: Pmax adjustment . To adjust, see Gas conversion': >-
d.53 Offset for maximum steppermotor position: Pmax adjustment . To adjust,
see Gas conversion
'd.54 FlowHysteresis_OFF_DK: Adjustment of the switch off hysteresis': 'd.54 FlowHysteresis_OFF_DK: Adjustment of the switch off hysteresis'
'd.54 FlowHysteresis_ON_DK: Adjustment of the switch on hysteresis': 'd.54 FlowHysteresis_ON_DK: Adjustment of the switch on hysteresis'
'd.55 FlowHysteresis_OFF_DK: Adjustment of the switch off hysteresis': 'd.55 FlowHysteresis_OFF_DK: Adjustment of the switch off hysteresis'
d.56 ExhaustCurve: d.56 ExhaustCurve
d.58 solar function: d.58 solar function
'd.58 solar function: special DHW functions0: solar function deactivated (default)1: solar function activated and DHW setpoint minimum 60°C2: solar function activated and DHW setpoint like combi standard (min 35°)3: DHW setpoint minimum 60°C (poti)': >-
d.58 solar function: special DHW functions0: solar function deactivated
(default)1: solar function activated and DHW setpoint minimum 60°C2: solar
function activated and DHW setpoint like combi standard (min 35°)3: DHW
setpoint minimum 60°C (poti)
d.59 SolarYieldkWh_DK: d.59 SolarYieldkWh_DK
'd.60 Number STL cut off: Number of safety temperature limiter cut offs': 'd.60 Number STL cut off: Number of safety temperature limiter cut offs'
'd.60 Shutdowns by the temp limiter: Number of shutdowns by the safety temperature limiter': >-
d.60 Shutdowns by the temp limiter: Number of shutdowns by the safety
temperature limiter
'd.61 Ignition failures: Number of ignition failures (unsuccessful last-run or faulty flame signal)': >-
d.61 Ignition failures: Number of ignition failures (unsuccessful last-run or
faulty flame signal)
'd.61 Number ignition device cut off: number of lock outs (unsuccessfull ignitons in the last attempt, flame failure)': >-
d.61 Number ignition device cut off: number of lock outs (unsuccessfull
ignitons in the last attempt, flame failure)
d.62 Night-time offset: d.62 Night-time offset
'd.63 exhaust way block counter: numbers the exhaust way was blocked': 'd.63 exhaust way block counter: numbers the exhaust way was blocked'
d.64 average ignition time: d.64 average ignition time
d.65 Max ignition time: d.65 Max ignition time
d.65 Maximum ignition time: d.65 Maximum ignition time
'd.66 Warmstart Enable: 0 = Warmstart activated 1 = Warmstart de-activated': 'd.66 Warmstart Enable: 0 = Warmstart activated 1 = Warmstart de-activated'
'd.67 Remaining burner block time: Remaining burner anti cycling time': 'd.67 Remaining burner block time: Remaining burner anti cycling time'
'd.68 Failed ignition (1nd attempt): Number of unsuccessful ignition attempts (in the first attempt)': >-
d.68 Failed ignition (1nd attempt): Number of unsuccessful ignition attempts
(in the first attempt)
'd.68 ignition attempts 1: unsuccessfull ignitions in the first attempt': 'd.68 ignition attempts 1: unsuccessfull ignitions in the first attempt'
'd.69 Failed ignition (2nd attempt): Number of unsuccessful ignition attempts (in the second attempt)': >-
d.69 Failed ignition (2nd attempt): Number of unsuccessful ignition attempts
(in the second attempt)
'd.69 ignition attempts 2: unsuccessfull ignitions in the second attempt': 'd.69 ignition attempts 2: unsuccessfull ignitions in the second attempt'
d.70 diverter valve position: d.70 diverter valve position
'd.70 diverter valve position: Set diverter valve position 0=normal mode, 1=middle position (GB), 2=permanent CH position': >-
d.70 diverter valve position: Set diverter valve position 0=normal mode,
1=middle position (GB), 2=permanent CH position
d.71 CH max flow temperature: d.71 CH max flow temperature
'd.71 Max value flow temp: Adjustment of maximum central heating setpoint range (maximum endposition of potmeter)': >-
d.71 Max value flow temp: Adjustment of maximum central heating setpoint range
(maximum endposition of potmeter)
d.72 postrun time storage: d.72 postrun time storage
'd.72 PumpOverrun: setting range: 2…60min; default setting: 5 min': 'd.72 PumpOverrun: setting range: 2…60min; default setting: 5 min'
'd.73 Tankloadoffset: setting range:0 … 25k': 'd.73 Tankloadoffset: setting range:0 … 25k'
d.73 Warmstart offset: d.73 Warmstart offset
'd.73 Warmstart offset: Offset for warm start target value (combination boilers only)': >-
d.73 Warmstart offset: Offset for warm start target value (combination boilers
only)
d.74 APC_LegioProtection: d.74 APC_LegioProtection
'd.74 APC_LegioProtection: Legionella protection for actoSTORE': 'd.74 APC_LegioProtection: Legionella protection for actoSTORE'
'd.75 Max load time storage: Maximum charging time for a storage without own control': >-
d.75 Max load time storage: Maximum charging time for a storage without own
control
d.75 Maximum storage time: d.75 Maximum storage time
d.76 SD_CodingResistor_DK: d.76 SD_CodingResistor_DK
'd.77 DHW_PartialLoadCondition: DHW part load': 'd.77 DHW_PartialLoadCondition: DHW part load'
d.77 hot water partload: d.77 hot water partload
'd.77 hot water partload: storage part load (storage charging capacity limit)': 'd.77 hot water partload: storage part load (storage charging capacity limit)'
d.77 Partload_DHW_KW_DK: d.77 Partload_DHW_KW_DK
d.78 Max value flow temp storage: d.78 Max value flow temp storage
'd.78 Max value flow temp storage: storage charging temperature limit (target flow temperature in storage mode)': >-
d.78 Max value flow temp storage: storage charging temperature limit (target
flow temperature in storage mode)
'd.80 Hz. Hours in CH mode: Hours of operation in heating mode': 'd.80 Hz. Hours in CH mode: Hours of operation in heating mode'
'd.80 operating hours CH: central heating operation hours': 'd.80 operating hours CH: central heating operation hours'
'd.81 Hours in DHW mode: Hours of DHW operation': 'd.81 Hours in DHW mode: Hours of DHW operation'
'd.81 Operating hours DHW: water heating operation hours': 'd.81 Operating hours DHW: water heating operation hours'
d.82 Burner starts heating: d.82 Burner starts heating
d.82 CH mode starts: d.82 CH mode starts
d.83 Burner starts DHW: d.83 Burner starts DHW
d.83 DHW mode starts: d.83 DHW mode starts
'd.84 Hours till next service: Maintenance indicator:Number of hours until the next maintenance': >-
d.84 Hours till next service: Maintenance indicator:Number of hours until the
next maintenance
d.84 Hours till service: d.84 Hours till service
d.85 AntiCondensValue: d.85 AntiCondensValue
'd.85 AntiCondensValue: increase of minimum power': 'd.85 AntiCondensValue: increase of minimum power'
d.85 Minimal power to avoid condensation: d.85 Minimal power to avoid condensation
'd.86 ServiceMode_DK: Counter-activation for predictive maintenance': 'd.86 ServiceMode_DK: Counter-activation for predictive maintenance'
'd.87 Gas type: setting of gas type 0=Erdgas, 1= Flüssiggas 50mbar, 2= Flüssiggas 30mbar': >-
d.87 Gas type: setting of gas type 0=Erdgas, 1= Flüssiggas 50mbar, 2=
Flüssiggas 30mbar
'd.87 GasType_DK: 0=natural gas, 1 = liquid gas 50mbar, 2=liquid gas 30mbar': 'd.87 GasType_DK: 0=natural gas, 1 = liquid gas 50mbar, 2=liquid gas 30mbar'
d.88 SpecialAdj: d.88 SpecialAdj
'd.88 SpecialAdj: switching on threshold for recognition of water tapping0 = 1,5 l/min and no delay, 1 = 3,7 l/min and 2s delay': >-
d.88 SpecialAdj: switching on threshold for recognition of water tapping0 =
1,5 l/min and no delay, 1 = 3,7 l/min and 2s delay
'd.89 StartOffset_DK: value of gas-offset during ignition': 'd.89 StartOffset_DK: value of gas-offset during ignition'
'd.90 Digital control recognized: Digital regulator status': 'd.90 Digital control recognized: Digital regulator status'
d.91 DCF Status: d.91 DCF Status
'd.91 Status DCF 77: DCF status': 'd.91 Status DCF 77: DCF status'
'd.92 APC_ComStatus_DK: actoSTORE communication status': 'd.92 APC_ComStatus_DK: actoSTORE communication status'
'd.93 Device specific number: DSN aplliance variant setting': 'd.93 Device specific number: DSN aplliance variant setting'
'd.93 Device specific number: DSN appliance variant setting': 'd.93 Device specific number: DSN appliance variant setting'
d.93 Hardware ID: d.93 Hardware ID
d.96 Reset to defaults: d.96 Reset to defaults
d.96 Set factory settings: d.96 Set factory settings
'd.96 Set factory settings: set diagnostic values back to factory settings': 'd.96 Set factory settings: set diagnostic values back to factory settings'
d.97 Password_DK: d.97 Password_DK
d.98 PhoneNumber_DK: d.98 PhoneNumber_DK
d.98 SD_CodingResistor: d.98 SD_CodingResistor
'd.99 Language_DK: language selection': 'd.99 Language_DK: language selection'
data bytes: data bytes
data transmission: data transmission
date: date
Date format 1-dd.mm.yyyy 2-yyyy.mm.dd: Date format 1-dd.mm.yyyy 2-yyyy.mm.dd
date next maintenance: date next maintenance
date/time: Date time
'DateAndTimeIsSet: 0: Date and Time is not set; 1: Date and Time is set': 'DateAndTimeIsSet: 0: Date and Time is not set; 1: Date and Time is set'
Datum nächste Wartung: Datum nächste Wartung
Day of week: Day of week
day setpoint for zone 1: day setpoint for zone 1
day setpoint for zone 2: day setpoint for zone 2
day setpoint for zone 3: day setpoint for zone 3
day ventilation speed: day ventilation speed
day/night mode: day/night mode
'DayNightState: 0 = day, 1 = night': 'DayNightState: 0 = day, 1 = night'
'DayRoomSetPoint_MC: Room set point for day operation and mixer circuit': 'DayRoomSetPoint_MC: Room set point for day operation and mixer circuit'
days: days
Days left until filter change: Days left until filter change
Days left until maintenance: Days left until maintenance
DCF date/time: DCF date/time
DCF receiver state: DCF receiver state
DCF status: DCF status
DCF_TimeDate_DK: DCF_TimeDate_DK
'DcfIsValid: validity of DCF signal': 'DcfIsValid: validity of DCF signal'
De-activation autosync: De-activation autosync
DeaerateBrineCircuit: DeaerateBrineCircuit
Default position switch: Default position switch
default value: default value
'DefaultSettingEEPROM_DK: default value setting off all EEPROM values (done in the production)': >-
DefaultSettingEEPROM_DK: default value setting off all EEPROM values (done in
the production)
defroster is running: defroster is running
defroster run time: defroster run time
'DeiceError: timeout while defrost process': 'DeiceError: timeout while defrost process'
'DeiceErrorCommutations: deice error cycles': 'DeiceErrorCommutations: deice error cycles'
'DeiceRequest: defrosting requested': 'DeiceRequest: defrosting requested'
'DeiceRequestHyst: for stable frost detection': 'DeiceRequestHyst: for stable frost detection'
'DeiceWFanHyst: remaining temperature difference to air inlet while fan defrosting': >-
DeiceWFanHyst: remaining temperature difference to air inlet while fan
defrosting
deicing run time: deicing run time
'DeicingActive: defrosting is active': 'DeicingActive: defrosting is active'
'DeicingActive: ODU is in defrosting mode': 'DeicingActive: ODU is in defrosting mode'
'DeicingCommutations: deicing cycles': 'DeicingCommutations: deicing cycles'
'DeicingReleased: compressor is not running': 'DeicingReleased: compressor is not running'
DeicingRuntimeMinutes: DeicingRuntimeMinutes
delay before frost protection is activated: delay before frost protection is activated
'Delta_T6_T7_BW: Maximum temperature difference between heat source outlet and inlet - BW': >-
Delta_T6_T7_BW: Maximum temperature difference between heat source outlet and
inlet - BW
'Delta_T6_T7_WW: Maximum temperature difference between heat source outlet and inlet - WW': >-
Delta_T6_T7_WW: Maximum temperature difference between heat source outlet and
inlet - WW
'DeltaTOffFlexDtController: Temperature difference between flexible deltaT sensors, which is necassary to stop solar pump': >-
DeltaTOffFlexDtController: Temperature difference between flexible deltaT