 That's not good. We're running about 380 pounds of head pressure there. Okay, so we got us a cooler here. It's warm, thermostat set of 40. I can feel the solenoid is hot, so it should be open letting the refrigerant through and the coil's dirty. So that needs to be cleaned off yet. So we got to go up on the roof and see what's going on. So it's very windy out here. Make sure you guys are strapping your ladder. So we get up here. It's not running. First thing I see is a high-pressure switch there. Can't help but wonder have we tripped out the high-pressure switch. And look at that. So the fans are running. I can feel some massive heat coming out of there really. I wonder if those coils are really dirty. That's not good. We're running about 380 pounds head pressure there. Got a head pressure control there. Looks like it is a LHC4. Can't really get my hands in there very easily to feel on it whether or not feel how hot it is coming through. But I mean it's definitely hot. Kind of curious here. It's like somebody else has probed it. I put the door up the cover up here and it kind of held it. Sucked it in pretty good. I was able to pull it apart a little bit and it looks like it's full of crap in there. I'm looking through and I'm not seeing any daylight. So I'm gonna see if I got water available. If not I'm gonna nail this thing with some nitrogen and blow it out. It's definitely not gonna last long at that. So they have a wash basin in there we can tie into. I've got a 75 foot rubber hose and I've got 250 foot and then I got another 50 foot. So we should be able to hit that thing no problem. I use the Husky whole straps here they work out rather well. So got that there and use a little adapter like they used to use for water beds and stuff like that. So that allows me to get on to the spigot and adapt on to it. So basically this right here let's put that on there and you're good to go. So I'll go ahead and get that on there and we'll wash that thing out. Get all the gunk out of it. Went over there try to get out the door. I can't get out the door. I got an adapter here this could be very dangerous so I don't recommend doing it. But that's the reason why I use a hose that doesn't have an end on it. Otherwise the regulator cranks it down so low and slows your flow down to the point where it just doesn't come out fast enough to really get a coil clean. So we're just gonna blow it out because otherwise they're gonna run quite a bit of hose and we'd have to run it through the dry-through window. So I'm not dealing with that. We're just gonna blow it out. Okay so I blew it both directions. I don't have my GoPro up here. Let's see what kind of difference that made for us. Yeah it still ain't that great. I can see daylight through it so I'm starting to wonder if my headmaster would be It tripped again. Got your hot gas coming into the condenser coil. Coming out of the condenser coil. Coming into the bottom of the headmaster control. That's gonna be our first probe. That's gonna be what would be normally our liquid line. You have the hot gas coming off the T coming into here. This is gonna be going to the receiver so we're gonna reset it. And if we got a lot of gas coming through here and not a whole lot coming out of there. This is my liquid. This is the hot gas which in reality if it's deadheading there it shouldn't be traveling down here getting hot. We're gonna reposition this over here. See here? The liquid coming out, coming out the same temperature it's going on through the valve. Yeah so our liquid coming in and going out is the same temperature. Basically just hotter than heck. This right here is gonna be our hot gas running 170 something. So our headmaster is not acting up. Let's see what we got. Almost 80 pounds. 404. I need to convert that my chart here because I don't remember exactly what that comes out to be in. That's my fans aren't doing their job. That one's a little stronger. They both feel like they're pulling it out. I'm kind of curious to know what my pressure is there if maybe I got restriction going on through the headmaster but I doubt it. Pretty much the same pressure up here. That's not good either. So 80 pounds comes out to be in about 35 degrees. So the cooler is very warm but I blew that out even more and you can see right through those. Checking the amperage. He's rated for about a half an amp and I checked the capacitors. They're both a little weak about half. There supposed to be two and basically they're one and a half and 1.4. So I held on to them. I moved the blades back. None of it seems to make a difference. Today's about 85-90 degrees. Discharge temperature is 175 and the liquid temperature is 120. The fans are an issue because everything else pressure-wise looks pretty normal. It's because of the frames per second that the phones are recording that. Basically I think it might be something to do with my cooler being so warm because 36 degrees saturation on the suction there. Suction's high. Head's gonna be high. Came down some. I'm gonna go down there and clean up my evaporator while this thing's dropping in temperature and see if that comes down. Like I said it's it's warm in there. It's 70 plus degrees in that cooler. Okay thanks to the brush and the Milwaukee Sweeper. Got a nice clean coil now. Looks pretty good. So we got her all cleaned up. That'll move some good airflow through now. Gonna go up there and see what kind of pressures we got now as this thing started to drop. It's like 50 degrees area. 52 degrees. Alright so we're about 91 out here. So our condenser temperatures are 20. We're coming out. Grease over ambient bars are actual liquid temp. It's coming down some. This feels like fans could do a little better. I've got an RPM gauge tachometer. I can check them to see if they're spinning the speed they need to be spinning. But since I've got to do a PM on the HVAC over here I might just go ahead and get me two new capacitors and get two new filters for this thing. Then I can check this thing over which it's working good. You see her sweating downstairs. They got it like an igloo down there. We'll check the belts and things like that. You can see she's sweating pretty good. I need to finish checking a few things on that yet. But it's coming down and it's not tripping now. 350. So it's coming down pretty quick. And it's supposed to trip at 418. I think it's tripping a little sooner than what it should too. And that's slipping pretty good. You can see the arch. It's got the slippy slip going on there. At least they're using a clogged style belt. Not horribly wore. You can see the burning belt going on in here. So I need to tighten that up. You can see these are getting pretty bad too. Looking a little dirty. So they just blow them out for now until we get back out here and get them in. Doesn't need to be replaced. See how our make-up area is. It's got a little bit of an opening there. Not too bad. If that don't look horrible, it's seen worse. So we got that tightened up. Looks a lot better. Might just see if I can make it to the supply house sometime. Get this done. Clean that out. See it's got all kinds of crap down in there. Work for these contractors when they build these buildings to put a water across so we can actually worse these things out and maintain them. You'd think of all the codes and stuff that they worry about the stupidest things. Alright, so I replaced just one to see if it made a difference. We're already down to 330. So I'm gonna go ahead and replace the other one. Be done with it. You can see all the oil on this. That came from somewhere. That's like a motor. So we're gonna change that and hopefully before the storm hits. So we're hustle, hustle here. Rotter down to 310. It's made a huge difference. Got everything all strapped up looking good. Clouds are gonna hit here any minute now. So we're gonna get this sucker back together. Gotta throw these filters back in for now. I didn't have time to change them. We just got to come back. Everything's gonna close by now anyway. And they'll be fine until then. It's not like they're plug solid. Alright guys, so it's gonna wrap this one up. Got it all back together. I think I'm gonna go ahead and replace that pressure switch because it only hit about 400. So it's off about 20, 30 pounds. And with way things are, I really can't have, you know, that tight tolerance. So I'm probably gonna go ahead and just get that pressure switch replaced in addition to everything's dropping and temp and it's coming down quickly. And then we just got to come back anyhow for that. And you can tell it's doing really good. It's pulling the nasty humidity out and everything. So just pretty much in about the nick of time there. So it's gonna bust loose any minute now. Alright, so it's slowly coming down. There's a lot of liquid in here that has to drop in temperature. Got all of this. It was all at 70 degrees. I think it was when I got here. So it's coming down quite a bit. It's gonna take a little bit of time yet. But that's gonna wrap this one up. You guys like the video and you want to see more like it, please give it a thumbs up. Don't forget to subscribe if you haven't already and click that notification bell. And until next time guys, we'll catch you on the next one.