 This video is brought to you in part by TrueTech Tools, quality tools, essential support. Another day, another dollar. Let's go see what we've got going on today. Look at that. There we go. All right, well, we're going to go see what we've got going on here with this freezer and we'll go from there with it. It is in defrost. It must be in high gas defrost. That's probably why it's not doing so well. Look at that evaporator coil there. It's all block of ice. That's not too impressive. So we've got hot on the liquid line suction. I can barely get to it. Let's go upstairs and see what's going on. I'm not too overly impressed with these master built units. All of these leaks, these all over. Must have a nest in there somewhere. You can see that suction line, which theoretically should be some of the best stuff I've seen. It'll drop them. One speck gets on them. They drop. So boom. The two of them, they both get the ground dead. Almost immediately. This little sucker here. I'm going to get him to land and we'll take him out next. I haven't done many of these particular ones. I mean, obviously it's a heat pump style design. I wonder if we've got a crappy version of stairs. See if that thing's in defrost still. Obviously it's in defrost and things shouldn't, shouldn't melt that ice in a hard beat. Claims it's in defrost still. I do not like this as well as I do the, now we don't have any stinking control. No, no buttons. This is the problem I had last time. No manual for it. Like I said, it's, it's still in cooling mode. That's what we got going on here. Trying to find a manual is the problem we got right now. May need to just call the factories if I can get the ding manual for this thing. Touching the bottom of this, it's very hot. So it's obviously truly in defrost. That valve up there, I got to find out whether it's normally powered for cooling or whether it's powered for defrost. I mean, it is shutting off the fan, it's energized in the heater cores. Now we just got to find out how is that reversing all supposed to go. If it's supposed to be energized for cooling and not for defrost, it means it's working so to speak. It's powered right, but the valve's not shifting. Okay, on the waiting list there was master bill, which is a real great time. So I went ahead and looked at our diagram that I didn't know we had in here. And if you look at it, we have a drain heater coming down to a 24 hole transformer, which then feeds three and four, which then comes up here to the reversing coil. We have no voltage. We must have a transformer issue or something like that or a wire issue. We need to figure out what's going on down there. And that's tied on, like I said, to the drain heater. So that drain heater, drain fan heater is energized, which we felt heat. We should have 24 volts up here. That means that's energized during defrost, which means it should be powered for defrost or problem line right there. Let's go ahead and take a picture of three and four so we can compare it downstairs so we know what color is what. There's that other one right there. As I said, still waiting on hold. Got a lot of that stuff. Okay, we have 15 ohms on the coil. So we found the transformer. It's mounted right here on the end. There's the limit switch, but it doesn't look like it's actually in line with that. You have a high voltage coming off at H1 and H2 while it's taking some transformer and then goes to three and four. So it seems I can figure out how to put this thing into a freaking defrost because here's what you got. It says switch one, switch two. That's it. There we go. Let's shut your little butt down, didn't it? Let's see if this thing starts out in defrost by chance. That'd be kind of nice. You see that? No, it's going the right way. Those are different motors. Looks like we found it here. All right, for you guys out there, press switch one seven seconds and it'll go into defrost. So now we go into defrost. Now we come over here and check our voltages and see if we get the voltage over to it. So we've got our meter going. We should have power on switch one and two, which we do have 205 volts on. Make sure that's right. We do. So let's go to three and four. So if we have power on three and four, still no power on that. Orange wire is coming down here to H1 from the black wire. It's coming down to that one. So yeah, our problem is the transformer junk. We just need to replace that transformer. Yep, 206 volts. So we just need to get that stupid thing out of there. Feel the power to this turkey and this new transformer. I think that's a horrible location for a transformer inside here, but I don't know if there's anything special about that transformer, but I can tell you all I've got is what I've got. So that's over my stick in there. All right. I don't probably recommend doing this live like I'm doing, but I unplugged the transformer high voltage first, got it unplugged. Now I've got the other one. It's got nice insulated terminals. Got it on there. And now for the high voltage, which we're going to shove those on real carefully so we don't shorten up on that. So let's go ahead and hook one up to H1. And we should hear a squish. Ah, it changed pitch. It should start reverse. It sounds like it reversed. All I have is a regular total line transformer, which was 122.08 and 230 volt, which I plugged in there. And we got that mounted there. We just tied off our extra legs, which will wire tie that up here in a little bit. Everything's good there. Love the wires. They left laying and dangling. Let's see if we got 24 volts now on three and four. We do have 24 volts there on three and four. Praise Jesus. Here we go. We'll see it again. Boom. Look at that. Good deal. And we'll let this thing start, but I have a bad feeling that we're going to probably have to manually melt this thing, unfortunately. And we're going to be fairly careful with those stupid motors that are more efficient because they're going to get wet and then probably go bad. And looking at that transformer right now with those crappy looking crimps with the punchdowns that they use for a non-insulate, looks to me like they used a regular transformer pretty much just like I did. And it probably lasted for a while. Get water in it like that. Probably going to have an issue, but yeah. That's what we've got. I am not seeing any melting going on. I haven't been up on the roof yet. I have a bad feeling it's not doing it. What a piece of junk. Why do you got to put all this fancy shit in here? I wanted to scan to see if we had a leak because I know we had a leak not too long ago. Maybe the transformer's going bad. And there's a short net coil up there. Could be. I can hear some compressor kicking on and off. It could be going off on whatever. Yep, still got 24 volts. So the solenoid's reversed, but if there's any issues up there, the pressure switch could be shutting it down. Now let's look at what we've got going on here. Time to this other. There's not opening up more. Something's down there. I'm making him want to go down there and then they get into it and then, sorry guy. I usually wouldn't say kill him, but you know, I'm not getting stung. Honeybees, whatever. I hate doing that to them because I know they're kind of endangered and all that or well soon to be. You can see here's some more up here hanging out. I am messing with them unless I'm messing with me, but they're in my area and I know they get mad. I don't think that thing's even melting. I mean, it hasn't even melted the frost off these. I mean a little bit, but not enough to impress me. I'm going to have to get the garden hose out and melt this and then we'll deal with it after that. I had another compressor to change this morning. I don't see that happening right away. And look, that suction line, well that's your liquid line there. That's probably why they got insulated too. This should be hot gas line coming down. That should be melted. We've probably got other issues. We could have all kinds of potential issues and it's really hard to tell what exactly is going on. Okay, you want to melt the bottom down here first because if you don't, sometimes it'll run over the edge. So and you want to stay away from the sensors because you want to stay in defrost as long as possible. Just kind of got to watch your water flow because that drain will overflow pretty easy. But it seems like I've been doing this a lot lately. Luckily it's frosty. It's not solid ice. I mean it's frosty all right. I mean it's very frosty, but it definitely is not solid ice. Thank goodness. So it's melting rather quickly for being two inches thick. You know what I'm talking about, we've got to get the other side too because this is the easy side. The other side's going to take longer unfortunately. We'll get her. All right, so they got this back side here. Now we've got to get to the front side. Yeah, we're going to have to pull the fan blades. Definitely get into them easier. All right, it kicked in. I don't know if it had a drip time at all, but there we go. It kicked in like hmm. Instantly kicked on, but took finger off. These have removable blades. These don't. That's a plastic bracket. That's a metal bracket. So this has been somehow engineered to work with that. So yeah, no matter what I'm going to have to try to wiggle, wiggle, wiggle back in behind her and try to get that melted. It's kind of nice with this head is I can actually get it back behind here and not have to think these blades because I don't know how you can ink the blades anyway. I don't know if they pop off or what, but what I can tell you is is I'm not having to. A little bit of an issue. Nope. Nope, we're good. We'll get this right here. There we go. None of it's getting in the motor, so we're good. We got her all down, but I don't know why it hasn't kicked out yet. Still says 71. It's definitely coming through hot. You can feel it now playing its day on that suction line, which is now your hot gas. But yeah, we're getting a little bit of little haze going on. Okay, we got that wire tied. Nothing can drip onto the transformer. I think it's a horrible place for it. We're going to check see if we can find out anything on that program and termination temperature stuff like that yet. We need to find out if that's why they had that limit switch on there. I don't know. That limit switch would break that, would shut that out of defrost, but it terminated on its own before. Yeah, the heater limit might be a failsafe because then that's going to kick it out of defrost and it's going to bring it out. But otherwise, it should be done by the board, at least that's how every time I've ever seen it. I'm going to have to re-turn it real quick. Okay, we're at 77. We've got some issues here. Let's give it a little sniff-a-roo up in here. Yeah, I've got to read about that and see what its termination temperature is, but you're not going to have a hard time picking it up in here with this being, like I said, hot gas, so we're running high pressure. Well, good thing, maybe not, because I still don't understand how that did it with the volume that's got going on. That pressure seemed way too low. And it's possible I accidentally reset the board when I sit in some of the buttons not knowing what I was doing. So we've got to recheck some of these things. Right now it's a CD, which means coil drain mode, so it's draining down. Why wouldn't you just put the sticker in the freaking panel? It's a bunch of crap. They kept showing RO a bunch too. I've been going through the book to figure out what some of our settings are here, because I defrost them like it went way too high. So I've got the definition of a few things right now. I'm going to print the book when I have a chance that we're watching to see how it does this time. If it terminates a little sooner than I did the last time, because we were at 70 something before. And it also showed where the sensors were located, things like that. Pretty much if there's any issues with it, it should have told me about it. You've got one sensor, two sensors. You should have two sensors back here. One on the suction line, and then you've got another one for termination. There's one up there on the distributor, so I think that was the termination. Obviously the suction is going to be super heat. So yeah, it's very similar to the beacon system, but it's made by Sporlin. So I'm going to see if I can't scroll through here and see a few things. Okay, so we went through here and we've set everything up. It's complicated. Without the manual there's no way you could do this. I set a termination of 55 instead of the 80 degrees that it was terminating at. So that's the reason why it ran forever. I also had a maximum runtime of defrost 45 minutes, which with hot gas it should never be that long. I think I just heard it kick out right there. Already starting to come back down. Hopefully we don't regret doing that, but made some other adjustments. Well here is those lists, but the problem is SS, which is super heat or suction saturation. I forget which one that one was. If you don't know they are, it does you no good. So you got to have that main master list. All right, so we've got a good airflow out of all of them. Looks like we're in. I got it set for negative five. Let's stay under zero. Make everybody happy. I have a receiver though. They say right in their manual, don't overcharge it. Make sure your super heat is super heat. We're running plenty of super heat coming back to the compressor. We're at 37. It's kind of surprising it's that high. It's down there. We're thinking my geeks is off. Just went into a defrost. You can see it back for default. Most of them usually are after like 80 before. I went ahead and set it at 65. Not too for a minute here. Just started to clock. It should run for very long maximum time at the default. It's 20 minutes. I'm not really impressed, but it thinks we're at 27. That should start going up pretty quick. We're at eight minutes so far. But yeah, not horrible, but we'll watch it for a sec. Hopefully it'll start shooting up real fast. No longer, no quicker than I said that. Boom instantly going down. So that was right at about eight minutes. I got a drip delay. I think I moved that up to four minutes. So it'll let it drain for at least four minutes. They said five for some. It's kind of confusing which unit's which, but you can see how fast that number there is dropping. I'm hoping that is the actual number of the coil while it's in the defrost because room temperature is definitely not 36 in here. So yeah. One more time. It was just hanging before. I don't know. These things have been tore apart so many times. Nothing's back in the right order. All right. So the little D and little N means the defrost sensor. You can see how fast we're coming up 57. We're going to hit 65. The default was 60. I went ahead and went 60 instead of the 80 they had. That thing in the middle, even though it didn't look like nothing's hit and something was hitting. So that delay it takes for it to finally get back to that temperature should kick out again. I didn't want to leave and have it triggered again. We're 61. And usually once you're thawed, it'll start jumping up really fast and just the amount of time. They're 63. So it should kick out here in a second here. Clicker 64. Should be about now. There's 65. 66. I think it just heard a change. Okay. So now you're seeing a D N. I think it's drain. Yep. Coal drain. Coal drain mode. So we're giving it four minutes there at that, which in this case here is fine. It does have another delay, which is the fan delay. So that's the traditional one that you'd be used to. It should kick on here. This is what it did. It would make noises. And there also when it would make the crazy noise. Luckily no noise. All fans are running. I'm out of here, guys. I want to say a big thank you to all of my subscribers out there, the ones that have been with me since the beginning and all the new ones that have just came along. Without you guys, I have no reason to make these videos and your feedback is greatly appreciated. So that being said, until next time, guys, we'll catch you on the next one later. You guys waited to the very last minute. Pud. If you guys waited to the very end, put master built down in the description. I'll know who actually watches to the end. Later.