Update Readme.md

Readme.md

@@ -42,8 +42,8 @@
   - [Heater with mechanical thermostat](#heater-with-mechanical-thermostat)
       - [Migrate from single-phase to 3-phase (with neutral wire)](#migrate-from-single-phase-to-3-phase-with-neutral-wire)
       - [Wiring](#wiring)
   - [Heater with ACI single phase thermostat](#heater-with-aci-single-phase-thermostat)
   - [Heater with ACI 3-phase thermostat (without neutral wire)](#heater-with-aci-3-phase-thermostat-without-neutral-wire)
   - [Alternatives WITHOUT neutral wire](#alternatives-without-neutral-wire)
     - [Heater with mechanical thermostat](#heater-with-mechanical-thermostat-1)
   - [Support](#support)
@@ -135,8 +135,8 @@
 
 - change my (mechanical) single-phase water heater to 3-phase, see [Heater with mechanical thermostat](#heater-with-mechanical-thermostat)
 - connect my (mechanical) 3-phase water heater, see [Heater with mechanical thermostat](#heater-with-mechanical-thermostat)
 - change my ACI single-phase water heater to 3-phase w/o buying a 3-phase kit, see [Heater with ACI single phase thermostat](#heater-with-aci-single-phase-thermostat)
 - connect my ACI 3-phase water heater, see [Heater with ACI 3-phase thermostat (without neutral wire)](#heater-with-aci-3-phase-thermostat-without-neutral-wire)
 - connect multiple pure resistive charges, simply wire them, one on each output, and do not forget to disable [Load priorities management](#load-priorities-management).
 
 ## Requirements
@@ -177,19 +177,19 @@
 
 For that, I've "recycled" a peak/off peak 3-phase relay but you can use any 3-phase relay. It doesn't matter on which phase the command coil is connected, but it must be permanent (not through the router).
 
-![Heater with mechanical thermostat](../../img/Heater_mechanical.png)  
+![Heater with mechanical thermostat](img/Heater_mechanical.png)  
 *Figure: Wiring diagram*
 
 ## Heater with ACI single phase thermostat
 
 In this case, it's somehow the same situation as before.
 You don't need to buy a 3-phase kit to convert your single phase heater.
 The ACI pcb must be connected to a permanent phase. It will then control any 3-phase relay.
 
-![Heater with ACI single phase thermostat](../../img/Heater_ACI_Mono.png)  
+![Heater with ACI single phase thermostat](img/Heater_ACI_Mono.png)  
 *Figure: Wiring diagram*
 
 ## Heater with ACI 3-phase thermostat (without neutral wire)
 
 ---
 **_A router with 2 outputs is needed_**
@@ -205,7 +205,7 @@
 
 The ACI pcb must be connected to 3 permanent phases.
 
-![Heater with ACI 3-phase thermostat](../../img/Heater_ACI_Tri.png)  
+![Heater with ACI 3-phase thermostat](img/Heater_ACI_Tri.png)  
 *Figure: Wiring diagram*
 
 ## Alternatives WITHOUT neutral wire
@@ -230,12 +230,12 @@
 
 In **green**, only 2 phases are switched off, L2 et L3. ***It is IMPORTANT that the phase L1, not switched by the thermostat, DOES NOT pass through the triac***.
 
-![Mechanical thermostat](../../img/Thermostat.png)  
+![Mechanical thermostat](img/Thermostat.png)  
 *Figure: An example of a thermostat*
 
 ---
 
-![Heater with mechanical thermostat](../../img/Heater_mechanical-No_neutral.png)  
+![Heater with mechanical thermostat](img/Heater_mechanical-No_neutral.png)  
 *Figure: Wiring diagram*
 
 ## Support