Cooling
Use case
Your customer has a cooling system with 5 zones. Each zone is equipped with a zone valve controlled by a thermostat. A circuit pump is optional.
You can also use push buttons with LED(s) and comfort sensors instead of thermostats, or a combination of both.
Procedure
Creating the controls and the devices
Create the thermostats (THT1 to THT5).
Create the zone valves (VALVE1 to VALVE5).
Create a cooling system (H/C1).
(optional) Create a circuit pump (PUMP1).
![](https://s3-eu-west-1.amazonaws.com/guideimages/Screenshots/V2.9/EN/SPE_003_213_01.png)
When there is no circuit pump in the installation, there is no need to configure it in the software.
Creating the routine
Create a routine Heating/cooling per circuit (ROUT1). Use the following behaviour:
Select the cooling system (H/C1).
(optional) Select the circuit pump (PUMP1).
Define the cooling zones. Combine the correct thermostat with the corresponding zone valve (THT1 and VALVE1, THT2 and VALVE2, ...).
(optional) Create notifications.
![](https://s3-eu-west-1.amazonaws.com/guideimages/Screenshots/V2.9/EN/SPE_003_213_02.png)
Filling the cabinet and addressing the devices
You can only address four zone valves to a heating or cooling module 4U. Contact 5 of the module is an H/C-contact.
Always address the cooling system to the first heating or cooling module in the cabinet (contact 5).
Fill the cabinet with ... | and address the following devices ... |
---|---|
a switching module (3x) 2U (MOD1) | the circuit pump PUMP1 (*). |
a heating or cooling module 4U (MOD2) |
|
a heating or cooling module 4U (MOD3) | the zone valve VALVE5. |
(*) You can also address the circuit pump to the H/C contact of another heating or cooling module.
(**) This contact is not physically used in the installation.
(***) The contact closes when one of the thermostats demands heating.
Example
Click here to download the programming example (nhc2 file).