Hi new to this so apologies if I don't explain anything properly.
System is 7 radiators - 4 up, 3 down, Potterton controller and 2 motorised PMV2 valves.
Turned the heating on last week for the first time since around May, at the weekend.
Only the upstairs radiators got warm, and then only the tops. Also the hot water packed up.
So... changed the motorised valve on the hot water - old one had burnt out, then drained the heating system via the lowest radiator, added cleaner, refilled, bled all of the rads, the pump, and the boiler.
Switched back on and only the nearest rad got hot and none of the others worked.
About an hour later it all went cold and the boiler main burners refused to light.
This morning the pilot has gone out and although lights immediately, goes out when you release the button at the end of the cycle.
The boiler has had an annual service for at least the last 8 years (we used to rent the house out as we lived away for a while).
Any ideas - I have a back ground in electronics but won't touch any gas parts of the system for obvious reasons!
Thanks,
Rob.
System is 7 radiators - 4 up, 3 down, Potterton controller and 2 motorised PMV2 valves.
Turned the heating on last week for the first time since around May, at the weekend.
Only the upstairs radiators got warm, and then only the tops. Also the hot water packed up.
So... changed the motorised valve on the hot water - old one had burnt out, then drained the heating system via the lowest radiator, added cleaner, refilled, bled all of the rads, the pump, and the boiler.
Switched back on and only the nearest rad got hot and none of the others worked.
About an hour later it all went cold and the boiler main burners refused to light.
This morning the pilot has gone out and although lights immediately, goes out when you release the button at the end of the cycle.
The boiler has had an annual service for at least the last 8 years (we used to rent the house out as we lived away for a while).
Any ideas - I have a back ground in electronics but won't touch any gas parts of the system for obvious reasons!
Thanks,
Rob.
