
I also did a little poking around on the setup, but nothing really notable. Sunday is also when I do my weekly chores, so I did those, and also went out for a bit since it was really nice out, albeit windy.
Since it was miserable outside today, I decided to spend my lunch break in the lab instead of going out for a walk. I confirmed that the power meter does in fact still work. I did notice that it doesn't appear to like a gradual climb. If I set the voltage to 0 on the power supply and then ramped it up, the power meter wouldn't come on, but if I set it and then just hit the button, everything worked. I tested it with a single 10Ω resistor, and it worked. If I continue to have trouble I might put an inline switch on it.

I also had a little bit of extra time to do some wiring harness work. I grabbed a third 10Ω resistor, which will bring my BAR setup down to 3.33Ω. The optimal resistance according to the datasheet for my panel is 3.68Ω. I also put spade bits and receptors on the meter and the resistor, so it isn't all wire-nutted together. This should make it more reliable and easier to set up and take down.

No comments:
Post a Comment