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Thanks! 👍

@DClough that is very true, but this particular video wasn't made for that it was made to help the students that were just learning with that particular set of gauges that they had at the time. If you want a better way to do it, you need to watch my video on doing it with no manifold.

Thank you

@@rogerbrown5563 not sure what you mean by this. The vac pump puts EVERYTHING into the atmosphere. But hopefully the recovery got all the refer out first.

@@Catchmeifyoucan209Stockton nope. the machine is basically just a condensing unit It pulls it out as vapor condenses it into liquid and then puts it into the can.

I get that question a lot and it's because I had a micron gauge on the system without a way to valve it off so you don't want to put too much pressure on those so I just bring it up high enough so it's not in the vacuum and then get my micron gauge off of there and then finish. But ideally if you had another core tool on the side to act as a valve then you can just valve off your micron gauge and dump the whole charge in at once.

You cannot change out r-22 to r-410a

Yes you can. But you have to change the equipment too you can't put 410A in r22 equipment.

@@hvacjames509 Thank you brother, I wish you success

No it's an automatic safety feature you need to purge the line at the tank and then once you're sure there's liquid coming out you can open up the valve on the tank and then the machine will start back up for you.

Are you sure you're charging as liquid?

@@hvacjames509 so I recovered the remaining refrigerant in my system due to a leak I recovered about 4lb 6 oz. I have the yellow hose connected to the red side(liquid side) and I'm letting in through the suction side.

@@hvacjames509 so I recovered about 4lbs of refrigerant from my system due to a leak so now I'm putting everything back in I connected the yellow house to the red outlet of the recovery tank and I'm throttling it in through the suction side but it took like an hour to get one 1lb in I used nitrogen to see if I had any other leak but my pressure held for 20 mins

So I had to recover all the refrigerant from the system due to a leak so now I'm putting all the refrigerant I recovered back into the system which is around 4lbs that I recovered I have the yellow hose connected to the red outlet of the recovery tank and I'm letting it in through the suction line it took about 40 minutes go get 1.2lbs in

Some tanks have vapor on the red. You can't go by color. Also, you need to dump as much in as you can into BOTH SIDES while it's in a vacuum. Then you can flash in the rest into the low side while the system is running. If the system is off you'll have a hard time getting liquid or vapor into either side after a certain point. Especially from a recovery tank as, you'll never get as much out of a tank as you put in.

I know it seems like a great happy accident. But I actually know that unit really well, and I've seen that frost before. So when I saw it develop this last time, I went ahead and decided to leave it and record it.

Thanks and I appreciate you. I'm actually filming a couple more videos today that I should be able to get posted in the next week or so, stay tuned.

Hell yes. Man. Thank you.

Only if you suspect a leak or you just installed it. And thanks for the sub.

Thank you. I'd love a sub.

If it's a virgin tank, then yes. But recovery tanks have a dip tube, so you can get liquid out without turning it upside down.

5097478810 or inwhvac.org

Yes, out is bad. In is good.

Recovery machines typically have standard compressors in them. So they're incapable of pumping liquid so recovery is always coming out of the system as vapor but then it condenses in the recovery machine and puts it into the recovery tank as liquid.

@@hvacjames509 so would you just open the manifold gauge on the low side. If you open both wouldn’t that be both vapor and liquid? Thanks.

​@Sc19869 Only if it's running. If it's off, pressure will equalize and it'll be all vapor.

I'm not sure what you mean? Y=cool R=24v power D=aux heat C= 24v common B=reversing valve

In the stat/air handler = D-Aux, R-R Y-Y C-C B-O/B and your stat needs programmed for B instead of O.

I'll give you her number if you want.

You're right. It's probably more like 70% don't understand them. Not 80%. I guess I was exaggerating a bit. :)

Elaborate. It's an hour long.

@@hvacjames509 Aren't you supposed to use the bottom chart (common vent capacity) for each of the common vents between the NAT appliances in your 4 appliance example? I think that if you do, you would have been able to keep the final vent to be 8 inches. 33:54

​@@jeramytarwater8382Because the common vent you're speaking of is actually called a common vent connector, I was taught and the way our test is structured is that we only use the bottom for that last vertical part and that we treat the horizontal parts as just a single appliance from the top of the chart.