Tbg writes:
"You can accomplish the same using a volt meter and a contact to ground. You touch the chassis or a grounded part and go with the lowest reading."
I beg to differ. When you check leakage against ground, as you suggest, you're measuring "leakage against ground", which is helpful, but this is NOT what the DF-100 does.
It does not measure "against" anything. It is a single lead sampling device that detects an electrostatic field. Since these fields can have the equivalent "zap" power of several kV, it is helpful to minimize these, especially to protect solid-state electronics.
But truthfully, I don't quite understand how it works.
I've discussed my theories in my current EBay listing (I'm selling mine), but I must admit that I'm perplexed how it detects "proper polarity", with no ground connection.
Could this be a really advanced gadget that is not recognized because of lousy instructions? Or quackery?
"You can accomplish the same using a volt meter and a contact to ground. You touch the chassis or a grounded part and go with the lowest reading."
I beg to differ. When you check leakage against ground, as you suggest, you're measuring "leakage against ground", which is helpful, but this is NOT what the DF-100 does.
It does not measure "against" anything. It is a single lead sampling device that detects an electrostatic field. Since these fields can have the equivalent "zap" power of several kV, it is helpful to minimize these, especially to protect solid-state electronics.
But truthfully, I don't quite understand how it works.
I've discussed my theories in my current EBay listing (I'm selling mine), but I must admit that I'm perplexed how it detects "proper polarity", with no ground connection.
Could this be a really advanced gadget that is not recognized because of lousy instructions? Or quackery?