one question i have is whether the nu_camp installed wiring between converter and battery is adequate to support the deep drain lithium charging amperage from this converter once it is indeed running at lithium levels. I’d think nu_camp would be all over that, but there was some chatter about the length of the runs of…
Yeah that was my first instinct as well. My setup should work fine at 85%. So far it does seem to be working better for me now that my ac/DC converter is working in lithium mode. I have a simple setup, one lithium battery, no solar, no DC/AC inverter or anything like that. No shunt. I might have to look into that.
I haven't verified voltages yet, but I'm able to stay on battery for more than a few seconds now with my refrigerator and water heater on. I couldn't do that before the resistor mod. I'm thinking my lithium battery was never charged enough before. Now my only concern is double checking the length and gauge of wires going…
I did the resistor addition to my wfco 8955-AD just now. As @DenisP suggested in this thread, it’s a 10 minute job. I took a few additional midrange photos to give folks a little more perspective on what was done. Hope they help. Night light is now blue. Hoping it also charges like lithium batteries request, @WESDUNCAN!…
I’ve yet to install this jumper, but I did put a meter on it to determine what was hiding in the shrink tubing. It’s just a 1k resistor. Pins 5 and 6 jumped with it. Waiting to get a little more experience with this new to me tab 400, wfcom8955-AD converter and the 100ah lithium battery. So far the solar keeps it topped up…
Wire size determines its resistance over a given length and therefore the power dissipated over that same length for the current flowing. An 8ga wire is allowed to carry 55A in a THHN insulated wire (90degC allowed). The fusing should be 40A...which it is in the stock setup. For anecdotal reference I have 200AH Lithium…