The 110VAC to 125VAC range (not the 220VAC to 250VAC range).
Use the highest available voltage setting. One should know the system voltage before attempting to measure, other wise it may lead to accidents.
the incoming voltage from the current source to the transformer is called primary voltage.....
If a rheostat is connected in parallel with a light bulb, the setting of the rheostat should have no effect on the performance of the light bulb, as long as the power supply is able to maintain its output voltage and deliver the current demanded by their parallel combination.
Setting the time-overcurrent relays high enough to prevent tripping for normal overloads may result in them not tripping at all due to the decaying characteristic of the generator fault current. Using the system voltage to control the overcurrent characteristic resolves this problem, since the voltage should drop very little for overloads, but will collapse to a small value for external faults. The 51V protection function uses the system voltage to adapt the operation of a time overcurrent element, using either voltage-restraint (51VR) or voltage-control (51VC).
Both technicians are right, and both technicians are wrong, because not enough information is present in the question, nor in their statements. Given constant impedance, current should decrease as voltage decreases, while given constant power, current should increase as voltage decreases.
The 110VAC to 125VAC range (not the 220VAC to 250VAC range).
Use the highest available voltage setting. One should know the system voltage before attempting to measure, other wise it may lead to accidents.
Variable
Two Hundred
Should be located in the back of the alternator
Volt meter should be in a 5 volt scale.
This is most likely caused by a setting on your computer that enables energy saving for your keyboard. Disable this setting and it should work normally again.
With an unknown voltage you should start out with the highest voltage setting on the meter. Doing this reduces the risk of "pegging" out the needle on an analog gauge or overloading the input of a DMM. Most DMM's are auto-ranging though.
13-15 volts, depends on what the computer wants.
Timing and idle setting maybe computer controlled and not adjustable. If they are adjustable should be 825-850 RPM
The voltage for anything should match the supply voltage.
There are settings for AC and DC voltages. If they are not marked as such, the DC setting might be parallel lines and the AC marking may be a cycle of a sine wave (Wavy line).