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The existing current transformer, burden resistors and %Load meter integral to the Overload and Short Circuit protections built into the generator. If you alter the setup you'll either lose those protections and/or cause false Overload and/or Short Circuit faults.Even if it is the incorrect gauge... its just a matter of replacing the current transormer... a simple connection and caculation will resolve that. At $50, I'm ok with it.
Specs on this meter states it works on 15, 30 and 60 kw gen sets... I know they all have different set ups for the safeties. No reason it won't work in a 10kw. I just need to see the prints on the others to figure it out, or install it and check the meter as per the manual. See how far it off from an actual ammeter. That will tell me what I need to know too.Too bad it doesn't say right on the face ( like most others do ) what the full gage swing power required is.
Most MEP gages say if they are say 1A DC Full swing, or .5A AC , or whatever, depending on the application, that makes mixing and matching a no-brainer.
In this case, that particular gage is 1.2mADC , I believe, which unfortunately I do not think is the same as your 803, but you can take a look at the face of your old gage and see if it's marked.
I guess I should have said "add" a current transformer for the meter.The existing current transformer, burden resistors and %Load meter integral to the Overload and Short Circuit protections built into the generator. If you alter the setup you'll either lose those protections and/or cause false Overload and/or Short Circuit faults.
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