Toolslinger
Member
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- Location
- PA
I flat out know this info is in here... For the life of me I can't find the right search string to enter to bring up the results... Just think how many posts are simply titled MEP-802a...
Ok, so after the highly irritating process of taking things apart to replace the fuel drain well nut, it seems the fuel system is now tight. I did the return lines as well since I was already there, and saw some abrasion on the jacket.
I've run it a couple times today with a 5000w resistive load. During those runs I found the cap of the coolant bottle was leaking a little. So, after investigation I found it wasn't the right cap. Close, but not right. So I ran out to get the Dorman cap that fits. Put that on, and ran it again. Still seeping, so shut it down. Once cool, I replaced the ultra thin rubber gasket in there with a cork one. I also replaced one of the zip ties holding the bottle which was secretly broken behind the bottle... Started again. The cork seems to have worked on the bottle. It's out there running along. Sound ok, but I'm heading back out to verify it isn't dripping again.
Now, the temp gauge is reading around 190. My IR thermometer agrees with those number on the block from the top, down to the bottom. So the gauge is working. Guessing that's fine, but something is nagging at me. I'm sure that number is in the TM. I will dig through that later today. (I really need to print them. Digital is nice, but I'd really like paper by the unit.) Does that number seem right with what folks normally see? We're in the 80's today, and the machine is sitting in the sun.
Load test... 5k is nice, and it throws some smoke, but nothing serious. Once it gets hot, smoke is gone pretty much. I've read posts indicating load testing to 110% is the gold standard. So, 110% of what number? Am I shooting for 110% of the 26amp 240v rating? (I'm running 120/240, with a 240v heater as my 5k load. ) That's 6864 watts. I can come up with another 1800 watts of resistive load I'm sure, I just want to make sure I'm looking for the right target.
Ok, so after the highly irritating process of taking things apart to replace the fuel drain well nut, it seems the fuel system is now tight. I did the return lines as well since I was already there, and saw some abrasion on the jacket.
I've run it a couple times today with a 5000w resistive load. During those runs I found the cap of the coolant bottle was leaking a little. So, after investigation I found it wasn't the right cap. Close, but not right. So I ran out to get the Dorman cap that fits. Put that on, and ran it again. Still seeping, so shut it down. Once cool, I replaced the ultra thin rubber gasket in there with a cork one. I also replaced one of the zip ties holding the bottle which was secretly broken behind the bottle... Started again. The cork seems to have worked on the bottle. It's out there running along. Sound ok, but I'm heading back out to verify it isn't dripping again.
Now, the temp gauge is reading around 190. My IR thermometer agrees with those number on the block from the top, down to the bottom. So the gauge is working. Guessing that's fine, but something is nagging at me. I'm sure that number is in the TM. I will dig through that later today. (I really need to print them. Digital is nice, but I'd really like paper by the unit.) Does that number seem right with what folks normally see? We're in the 80's today, and the machine is sitting in the sun.
Load test... 5k is nice, and it throws some smoke, but nothing serious. Once it gets hot, smoke is gone pretty much. I've read posts indicating load testing to 110% is the gold standard. So, 110% of what number? Am I shooting for 110% of the 26amp 240v rating? (I'm running 120/240, with a 240v heater as my 5k load. ) That's 6864 watts. I can come up with another 1800 watts of resistive load I'm sure, I just want to make sure I'm looking for the right target.
