N
neil73
Hi, thanks for taking the time...I'm a confessed dunce and numpty when it comes to plumbing, but I'm a Tech Support bod for a living, so I'm used to gethering information and whatnot, so anything I miss out, or anything you need to know, just ask...
After a good scouring of google, I think what I have is a heatline solaris system boiler. It doesn't have a temperature control on the panel for regulating DHW. It has one for controlling central heating, and the power/main control knob. There's nothing else, apart from the LCD display.
The problem I have is that we have a constant drip from something that appears to be an overflow pipe. the water coming from the pipe is never hot.
I've downloaded the manual for the very similar combi boiler and I can see that two of the three inlet valves on the bottom of the boiler are closed. The coldwater inlet pipe valve is very slightly open.
I can supply photos if need be.
Do you have enough info to be able to tell me if the open cold water inlet valve is causing this constant drip? If so, should I close the valve, and what effect will this have on the performance of the boiler?
Thanks. I'd really rather not call an engineer out to deal with this if the solution is as simple as closing a valve.
After a good scouring of google, I think what I have is a heatline solaris system boiler. It doesn't have a temperature control on the panel for regulating DHW. It has one for controlling central heating, and the power/main control knob. There's nothing else, apart from the LCD display.
The problem I have is that we have a constant drip from something that appears to be an overflow pipe. the water coming from the pipe is never hot.
I've downloaded the manual for the very similar combi boiler and I can see that two of the three inlet valves on the bottom of the boiler are closed. The coldwater inlet pipe valve is very slightly open.
I can supply photos if need be.
Do you have enough info to be able to tell me if the open cold water inlet valve is causing this constant drip? If so, should I close the valve, and what effect will this have on the performance of the boiler?
Thanks. I'd really rather not call an engineer out to deal with this if the solution is as simple as closing a valve.