A voltage tester is a popular tool with electricians. A voltage tester determines if there is a current running through a wire and determines if the current needs grounding.
1: Identify sources of supply 2: Isolate 3:Secure isolation 4:Test the voltage tester 5:Test the equipment is dead 6:Test the voltage tester 7:Begins work
use a voltage tester to see if there is voltage at the base pin
The highest voltage scale on a hand held multimeter is 5000 volts.
Sounds like bad ground... When using a voltage tester it does not draw enough to pick up whether you have a bad ground or not.. Then when you put a load on the circuit that is greater than that of the tester, the fan will not work if the ground is bad...
You will need a voltage tester to determine this. Put the tester across the top screw on the switch to the ground wire in the switch junction box. If there is an indication of voltage you can assume that the problem is further down the circuit. If there is no indication of voltage on the top screw then test between the bottom screw on the switch to the ground wire. Sometimes the "hot" is on the bottom screw. If there is no voltage present at the switch you have to work your way upstream towards the distribution panel to see what is interrupting the voltage.
D. Neon circuit tester. Page # 59 in your book.
No. A megger's output voltage is not high enough to test the insulation of a high-voltage transformer if, by 'high-voltage transformer ', you mean a distribution transformer or power transformer. Instead, a high-voltage test set or 'pressure tester' (e.g. a 'HiPot' tester) must be used, as these produce far higher voltages.
just a digital voltage meter measure at the origin, and then at the end of line
Voltage source
No
with a kohler regulator tester
There may be a blown fuse or blown bulb. Kind of hard to pin down an answer with such limited information. Sorry.