The compressor alters the atmospheric pressure on it's negative side thus placing the refrigerant in a vacuum and by doing this is what causes the refrigerant to boil at a very low temperature. I don't think you made this clear enough Tom, although you did explain everything else very well. You have to wonder who thought this lot up in the first place?
Can I ask you a question. I thought that when gas rating a boiler. You had to run other gas appliances in property at 50%. …". but I fitted a new boiler last week and in the. Mis. It said do not run any other appliances::: Have you heard of this before
excellent explanation! I have been working with air conditioning since 1989 and your video is very good. BRAVO!
You're doing a great job, keep up the message.
The compressor alters the atmospheric pressure on it's negative side thus placing the refrigerant in a vacuum and by doing this is what causes the refrigerant to boil at a very low temperature.
I don't think you made this clear enough Tom, although you did explain everything else very well.
You have to wonder who thought this lot up in the first place?
Can I ask you a question. I thought that when gas rating a boiler. You had to run other gas appliances in property at 50%. …". but I fitted a new boiler last week and in the. Mis. It said do not run any other appliances::: Have you heard of this before
Only on working pressure at the meter if you suspect low incoming pressure
😢😢 all i can say is thank god I'm retiring from the gas industry next year & wont have to deal with that lot!!😅