Controlling the temperature using an Infibity radiator thermostat

To link the Thermostat virtual object to an Infibity radiator thermostat, follow these steps:

1. Create a user feature of number type, which you will later assign as the output of the Thermostat virtual object (thermostat_output).
   
   
2. *If the thermostat’s source is to be the temperature measured by the Infibity radiator thermostat, create another numeric user feature (source_thermostat).
   
   
   
   
3. Create the Thermostat virtual object therm_infibity using the user features created earlier:
   
   
   
   
4. Go to the Events tab of Thermostat, then assign the radiator thermostat's SetPointValue method to the OnChange event with a value equal to the Thermostat’s PointValue:
   
   
   

   CLU->x3973407002_ZWAVE_THERMOSTAT_01->SetPointValue(CLU->term_infibity->PointValue)

    

5. Go to the Events tab of the ZWAVE_THERMOSTAT_01 object. For the OnTemperatureChange event, assign the value from the thermostat’s Temperature feature to the previously created user feature (source_thermostat):
   

   CLU->source_thermostat = CLU->x3973407002_ZWAVE_THERMOSTAT_01->Temperature

    

6. Upload the configuration to the CLU.
   
   

*If the temperature source is a sensor other than the one built into the Infibity radioator thermostat, skip the steps marked with an asterisk.

In this configuration, the Thermostat virtual object itself should operate in manual mode. It is also recommended to adjust the Interval parameter in the ZWAVE_WAKEUP_01 object, which determines the module’s wake-up interval. 

The recommended operating mode for the radiator thermostat is automatic. To ensure that the thermostat is operating in the correct mode, go to the Embedded feature tab of the ZWAVE_THERMOSTAT_01 object and verify that the Mode property is set to Auto.