 All right, so we're back to change that evaporator. We diagnosed bad the other day that was leaking. So inside the building, there's zero room in there. The microwave was sitting on top of this unit. Right now we've got everything recovered. We're going to go ahead and embrace this line here and remake that. We've already purged the nitrogen through and got that cleared of any residual. Probably gonna undo it here in the back which is another little trick some of you guys have said, which will probably help speed it up a little bit. Looks like this has been changed before. You can see how they melted that. I think the factory been a little better than that I'm getting it. See that's probably breezed right there. So we'll get that. Not sure we really need to yank it completely out of there. Just more crap. I gotta make more breeze joints to put it back together. Well, luckily it's not very cold out here or I should say at least the wind's not blowing very hard. All right, so we're gonna go ahead and clean that up there so it's clean for the next go around. Here, so we'll take this one off first. This right here just barely fits in there. So we may make it just a touch shorter bar's length so it fits in the pan because I mean this is not going to be absolutely perfect. It'll be doggone close to it. So we're just gonna take our bender here which I got an Imperial here. It doesn't 180. Once again, this is in my little section of the tools. So you guys wanna get one. You wanna support the channel. Head over there into the comment section and you will find that. I'm gonna leave this a little bit long that way. I can bend it up to the refrigerant lines that are currently there. So we'll just go ahead and make sure that bend's finished about there. That right here is gonna put us about right at the middle of that bend that we have on the other one. So, here, and a 180 is just like that. You can get smaller ones. Nice thing about this particular one is it does half inch, three eighths, and quarter inch. So that makes it kind of nice. So that's gonna match right up that 90 right there. Perfect, but like I said, your elbows or your 90s, 180s, whatever are not kinked and it worked pretty good. Well, I did that so that I could verify that it was open and potentially reducing potential leaks from the back pressure going through there. What I might actually do here, purge that all out, go ahead and kill it, and then we'll braze it. Okay, we're gonna go on the other side, make sure that it's coming through because now's the time it's coming through. So we're good there. Finish maybe cleaning that up a little bit. We're gonna wipe all that crap out down there in that drain pan. It's like I said in past, a little hole that they got in there to drain it gets plugged up pretty easy. This also helps make it a little easier to tell whether it's a new leak or an old leak still there. So just kind of cleaning up your mess. All right, so I did get a new toy here. I picked up the quarter inch. So that is very difficult to get it to work right. You've got to rotate it at least probably seven times and go super, super slow. And honestly, the best thing to do is just heat it up in advance. The three eighths isn't as bad. The pipe there on the evaporator needs to be expanded a little bit. We got this new. I like that, but I'll tell you what, the spin switch for less than a hundred bucks versus this that's well over 400 by time you add a little head to it, a couple extra heads. It does awesome, that's neat. And it was a lot easier than dinking with the spin switch. But if you guys think I've got that kind of crazy money it ain't worth spending it, I don't think. The quarter was the biggest thing that I use the most as you can see, I do a lot of quarter inch repairs. But unfortunately, no one else has a quarter inch head. So I was a little bit upset that the quarter inch will split the pipe most of the time. Now if you heat it up ahead of time and get a little warm, cause like right as you see in the thermometer here it's like 30. So maybe when the summertime rolls around and we're in the 80s, maybe it'll make a little different. But it can be done, but it's just a lot, a lot of work. All right, so the only thing we gotta do now is change this dryer, which that was probably a one piece unit. I'm not sure how big of an issue that's gonna become. So we're gonna go ahead and warm this up a touch and then we're gonna expand it. Cause this is quarter inch and the dryer I want. And when you heat it up, try to protect it as best we can while we're doing our thing. They don't say you have to do this, but it kind of showed me that's a good idea. It doesn't take a lot of heat, just a little bit. Seems to get it pretty decent. It splits. It's obviously not that hot. So I just got a little bit warmer. That'll protect a little bit. Most people I've seen set to let the thing set there for 20 minutes, 30 minutes before they put it in. Obviously not hot enough to burn my hand. So I've purged some nitrogen back through the suction line. It's gonna come all the way through. We're going to need to move that up, but evidently we don't need to. So just gotta rejoin that, not a huge deal. He burned that and then I blew nitrogen through it to get any specks of crap out of it. What my idea here is to make it so my pockets are on the bottom. That way everything falls down as far as when I'm raising it into place. I basically cut one extra spot that I didn't need to do. So I made a mistake there. The only reason why this torch would make this copper carbon up is if you get it so hot that you cause it to plate. The hand torch, if you don't sit there and take a glow in red, it's not gonna plate it. You know, copper, all I'm doing is basically warming up the copper so that it expands a little easier. Preferred not to have to do that. Yeah, the reason why I cut this one longer was so I could keep away from the element here because you get these too hot and they will change color and you'll destroy them. And this is one that you can't change. This is just a moisture indicator. Like I said in the last video, you shouldn't really charge by it or anything like that, but it will at least tell you that you got issues without having to put gauges on it. It'll also tell you if you got moisture or not. So we've got that back in place. Everything went pretty good from what I can see here. Didn't hardly heat it up much at all. Yeah, I cool it down a little bit, but I don't just nail it immediately. There's some time frames in here that are cut out that you guys don't see to speed the video up. Go ahead and get that back into place and then start pulling a vacuum on this thing. Thought I'd take a check of this real quick and it's still nice and solid and it's holding down. So I'm doing good in here. Give me a second to warm up too. Needed some electrical, got some electrical here. We pull back on this thing. So for experimental purposes, going ahead and yank the valve cores, kind of seeing how fast this thing pulls down. It's been forever since I've used the regular shitty hoses. So seeing what it's doing. Don't seem to be doing too horribly bad. I mean, this thing only holds 13 ounces, 14 ounces. So got to finish getting some of this put back together here. So we'll get that done. And then get that coil in there and we'll see where we're at. So I figure I'll let this pull a vacuum while we're waiting on it to vacuum. We'll get some of these other things tied in. Okay, it's back the way it was. Hopefully it was the way it was last time. Several, several minutes later and we're at 1300 and something. And just goes to show you quarter inch hoses suck ass. And that's the reason why I don't screw with them. So just starting to purge out some of that there and there which will be stuff locked underneath of the valve core. That'll raise up some, it's coming back down a little. So anyhow, we're gonna go ahead and switch back over to the blue and get this thing recharged and got all day for this crap. That's the reason why you don't pull if you're manifold, even on a tiny system. All right, so I valid it off and it held right to 1500 mark, 00 no drop at all. So I'm feeling pretty confident that our coils and everything are sealed up and all of our brace joints are good to go. Going to let it pull a little longer. I got some other things I can do. It's dropped some down to 1200. Just the amount of time this is taking is just way too long. I would have preferred to gotten it done a lot quicker. So anyhow, by the time that reaches it we'll be finished on the other things. All right, so we got everything back together here. Got it recharged. You can see we have a little bit of bubbles there. That's the spec problem. The reason why everything's low is because it's 37 degrees outside here. So suction pressure is not horrible. As soon as we bring that head pressure up we'll be looking good. So I'm gonna plug this in inside. We'll make sure that that looks a little bit better. See our pressure's gonna modify out a little bit better. Stabilize out a little bit better I should say. We got everything back together. Everything, for the most part, went pretty good. All fit back together all pretty like. So it's gonna wrap this one up. Just gotta finish changing that control on the cold rail which is pretty cut and dry. So we'll do that real quick. Yeah, you can see the box temperature is already 36 degrees. So that didn't even have to really run. Might as well see what our set temperature T1's 36, T2's 21. Yeah, so set for 35 degrees. We're gonna go ahead and lock this thing up. That'll keep people from screwing things up. So if you guys liked the video, you know what to do. Until next time guys, we will catch you on the next one.