Hey guys, what's up? So I have an issue with my dishwasher here and it won't start. So it has power. All these things function normally, but it just won't start. So I'm suspecting either this button on the side, the thing is worn off. Maybe got dirty. It could be this latch. It could be a lot of different things, but try and troubleshoot it. See if I can fix it. Alright, that kind of sucks. I couldn't find the reset sequence anywhere on the internet, at least for this dishwasher. So when I filled this thing, I'd put the power behind it. So I'm plugged in and we reset it for a couple of minutes to see what happens. Alright, let's plug it back in. Let's see if it does something. Hold that though. Alright, I need to get the screws out. I need to get some missing screws already. I want to deal with this. Part panel just left the front there. Alright, so this thing is still hot, so be careful. So you have your remains. I'm assuming this is the switch right here. Just by looking at it. I couldn't even find a service manual in line about this, so. I mean, also we have some relays there. A little bore, I'm sure that it drives the motors, sensors, close switch. You guys obviously have some issues right there. That's actually where the hole comes through. It could be leaking water through, but it's possible. I'll take the circuit board out and test it. See if any bad traces. Alright, so instead of actually testing this here, I'm just going to disassemble the cell thing and take it to my test bench. I brought the bolt board to my test bench. Now I do some basic functionality test. My DSM pretty fancy tools are troubleshooting, but. Alright, so how it leads to the switch. This is the main switch when the door opens and closes. This basically tells the computer the door is closed, and you can start a cycle. So now that's fine. So let's look more closer to the board. I'm going to check the main switch here. And this is the thing that might be the problem. I guess that little hole there, you can see obviously some leakage down there. Right there. You can see that. So I'm going to take this board off and do a continuity test on the switch. Alright, so I have the board out. And here's a closer look at that. The main power switch is kind of discolored. So maybe water got down there. Continuity. So I'm going to use my test for functionality of this switch. See if it's actually actually sending a signal back. So I should hear a beep. This is actually working correctly. And there is our issue. No power switch. So I'm suspecting water got down there. Alright, so. I try a little stuff I have called the oxidized for fixing radios. Put that down there. This is also not a permanent fix. I might have these a couple of switches laying around. Try that. Give a second to work. And then that doesn't work. I'm just going to take a, I mean, they're going to try to find a switch like this. I have work in desodders which, you know, from a function I'm not going to ever use like a forward delay. I just move it over. Alright, so I'm now going to go to the contact. You can see that in the frame. I need on the actual switch probes. Here, lead here at the deoxet. So kind of a little bit. I'm getting consistent switch strike. Put this back together and see if it works. Just put a little more in case. Let's soak. Then I might put a piece of liquid tape on top of it. Alright, so if you guys are wondering what I use, it's deoxet DL100. Put a link down below. But this stuff is incredible. It's pretty expensive. But for cleaning contacts and stuff. So use this as my camera. It is and stuff. Restoring electronics. Alright, so I have a little piece of cardboard in there to simulate the door being closed. And let me show you this. Here's the water gone. Looking good. So if you didn't have deoxet, you could move a switch over from a switch you don't use very often. But I'm assuming my situation is different than most. But if you think about it, I mean, you don't only have a lot going on here. You have a switch that activates the door. So if this thing is not activated, it won't turn, it won't give you any power. You have a fuse right there. That could go bad. You have some relays. Couple capacitors, electronic capacitors. But maybe a transistor there, mileswaters have been, but not a lot of going on here. So not a lot can go wrong. Alright, cool. Hopefully this helps somebody. Alright.