1) he didn’t purge the yellow hose. He’s going to end up with non condensables in the circuit. 2) When you charge that fast, you’re going to usually end up with an overcharge. 3) To properly charge, you have to use either the sub cooling or superheat method. Just saying.
According to my knowledge lol Yes you charge through the low side but you use super cool to calculate if your system is full or over charged, you still need the high side if there’s a txv
1) he didn’t purge the yellow hose. He’s going to end up with non condensables in the circuit. 2) When you charge that fast, you’re going to usually end up with an overcharge. 3) To properly charge, you have to use either the sub cooling or superheat method. Just saying.
Thanks for the video esp. telling us the pressure needed for a full charge.
Bleed the line. Fill up on vapor side slowly. Too fast the liquid goes inside the compressor and messes it up because it supposed to be vapor.
You don’t bleed the hose?
Thank's Paul Rosa.
1) he didn’t purge the yellow hose. He’s going to end up with non condensables in the circuit. 2) When you charge that fast, you’re going to usually end up with an overcharge. 3) To properly charge, you have to use either the sub cooling or superheat method. Just saying.
Hawt tuah
So you charge your ac thru the vapor blue hose only, you don't even use the red hose at all? Will this work on a TXV valve too?
According to my knowledge lol
Yes you charge through the low side but you use super cool to calculate if your system is full or over charged, you still need the high side if there’s a txv
So when filling from the high side flip the tank and fill liquid not vapor SLOWLY and intermittently right?
1) he didn’t purge the yellow hose. He’s going to end up with non condensables in the circuit. 2) When you charge that fast, you’re going to usually end up with an overcharge. 3) To properly charge, you have to use either the sub cooling or superheat method. Just saying.