I'm on a 24kw combination boiler at the moment. Testing with lower flow temps at the moment, 38/ 43deg c , in these moderate osa temps 9/14 deg c ,these flow temps are fine, waiting for osa temps to fall ,to see how things work out.
Thanks for your comments. That's brilliant you are trying out a lower flow temp. It really does make the world of difference for an efficient system. Regarding your other comment, this is a great question. It really depends on how your current microbore is plumped. It can either be plumbed in a radial or branch system. For a microbore to work efficiently with a heat pump, a radial system is best. Your plumber should be able to let you know how they did it. I hope this helps! Good luck with your system.
Great, interesting video, useful detail, thanks. Any way to turn the "music" down or off would be appreciated, cheers.
Thank you for the feedback, we are glad you found the video useful!
Regards pipe size, i understand heat pumps can work on microbore pipe work if thats what you have
I'm on a 24kw combination boiler at the moment. Testing with lower flow temps at the moment, 38/ 43deg c , in these moderate osa temps 9/14 deg c ,these flow temps are fine, waiting for osa temps to fall ,to see how things work out.
Thanks for your comments. That's brilliant you are trying out a lower flow temp. It really does make the world of difference for an efficient system. Regarding your other comment, this is a great question. It really depends on how your current microbore is plumped. It can either be plumbed in a radial or branch system. For a microbore to work efficiently with a heat pump, a radial system is best. Your plumber should be able to let you know how they did it. I hope this helps! Good luck with your system.
Well done for highlighting the HG/Newark DHW cylinder.
Are you HG trained?
Thank you for your comment. Yes, one of our directors David has completed the full Mastery course!
@@TheNaturalEnergyCompany Thought so, that knowledge shines thru'.
@@davidreece1642 Thank you! HG is a brilliant resource.
Excellent!
Thank you!