Current system;
Upstairs Rads - 1 heatmiser neo v2
Downstairs UFH - 3 heatmiser neo v2
Unvented tank joule invacyl - heatmiser neo v2
All separated into their own zones with 2 port valves. Connecting to UH4 heatmiser wiring centre, which sends volt free switch to boiler.
Will be doing the following work;
- 1x CCT for UFH
- 1x CCT for rads with pump
- Feed tank through primary loop flow & return
Question;
- Is there a way to send a switch live to boiler from tank zone valve which will interrupt the volt free signal from UH4 (closing rads+ufh pumps) to get the boiler to fire at high rate?
- Keep the heatmiser thermostats and use weather comp to manage flow temperatures?
Boiler: Vokera Unica Max System
Thanks
Upstairs Rads - 1 heatmiser neo v2
Downstairs UFH - 3 heatmiser neo v2
Unvented tank joule invacyl - heatmiser neo v2
All separated into their own zones with 2 port valves. Connecting to UH4 heatmiser wiring centre, which sends volt free switch to boiler.
Will be doing the following work;
- 1x CCT for UFH
- 1x CCT for rads with pump
- Feed tank through primary loop flow & return
Question;
- Is there a way to send a switch live to boiler from tank zone valve which will interrupt the volt free signal from UH4 (closing rads+ufh pumps) to get the boiler to fire at high rate?
- Keep the heatmiser thermostats and use weather comp to manage flow temperatures?
Boiler: Vokera Unica Max System
Thanks