I am setting up a MEP803A Military Surplus generator. These units are designed to deliver 10KW at 80% and capable of running 24/7 in the desert.
I built a load bank using four 5400 watt dryer elements to run and test it with. I used a 100 amp outdoor panel with 6 spaces to set up three 240V circuits. Two circuits are 5400W and one is 2700W. Two of the elements are connected in series to cut the load in half. The fan is 120v and I plug it into the 120v convenience outlet on the generator. I will set a reminder in my phone calendar for regular testing intervals.
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I am planning to keep a little over 100 gallons of diesel on hand but I will fill my tractor and backhoe from the drums to keep it rotated. Also going to add the correct amounts of Killem biocide and Stanadyne Lubricity formula to the storage tanks just for peace of mind. The generator has a auxiliary fuel system that will pump fuel from the storage drum to keep the generator tank full.
Here is a photo of the genset in it's final resting place with the load bank connected.
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This is a video of the first time I ran it on the load bank.
Load Test MEP83A Generator - YouTube
I still have a few refinements to make. I have some digital meters ordered to install in place of the flaky analog instruments it came with. The volt and hertz meters didn't read at all on this when I got it. I cleaned out the voltage meter and it works but isn't accurate so I didn't bother with the hertz meter. The percent load meter on the unit reads higher than the actual load so I'm not going to bother with any of them. All accounts are the original meters are junk and not to be trusted. I have a digital generator meter coming that will read the voltage and hertz and a couple more that read voltage and amps. I will use the volt/hertz meter to adjust output and droop. I plan to put one each of the volt/amp meters on L1 and L3 to monitor the loads and see how even they are.