Gibson dryer repair manual

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KD KDB. Has your dryer quit? Are your wet clothes piling up? Is your dryer just not drying like it used to or not heating up at all? Is your dryer getting noisier? Quite useful; but a bit expensive, and there are alternate methods. If you have one, use it; otherwise, don't bother getting one. It can save you lots of time and hassle. Many home handymen are somewhat intimidated by electricity. It's true that diagnosing and repairing electrical circuits requires a bit more care than most operations, due to the.

But there is no mystery or voodoo about the things we'll be doing. Remember the rule in section 1 ; while you are working on a circuit, energize the circuit only long enough to perform whatever test you're performing, then take the power back off it to perform the repair.

You need not be concerned with any theory, like what an ohm is, or what a volt is. You will only need to be able to set the VOM onto the right scale, touch the test leads to the right place and read the meter. Some VOMs have more than two holes. Voltage over volts. For example, if there's a 50 setting and a setting on the VAC dial, use the scale, because is the lowest setting over volts.

Touch the two test leads to the two metal contacts of a live power source, like a wall outlet or the terminals of the motor that you're testing for voltage.

Do not jam the test leads into a wall outlet! If you are getting power through the VOM, the meter will jump up and steady on a reading. You may have to convert the scale in your head. For example, if you're using the volt dial setting and the meter has a "25" scale, simply divide by 10; volts would be "12" on the meter. A word of caution: Volts can be dangerous stuff!!! When testing volt circuits usually in electric dryers make sure you always follow the precautions in rule 1 of section !

Don't let the word "continuity" scare you. It's derived from the word "continuous. If there is any break in the circuit, it is not continuous, and it has no continuity.

For example, if you were testing a solenoid to see if it was burned out, you would try putting a small amount of power through the solenoid.

If it was burned out, there would be a break in the circuit, the electricity wouldn't flow, and your meter would show no continuity. That is what the resistance part of your VOM does; it provides a small electrical current using batteries within the VOM and measures how fast the current is flowing.

For our purposes, it doesn't matter how fast the current is flowing; only that there is current flow. To use your VOM to test continuity, set the dial on resistance R x 1, or whatever the lowest setting is.

Touch the metal parts of the test leads together and read the meter. It should peg the meter all the way on the right side of the scale, towards "0" on the meter's "resistance" scale.

If the meter does not read zero resistance, adjust the thumbwheel on the front of the VOM until it does read zero. If you cannot get the meter to read zero, the battery in the VOM is low; replace it.

If you are testing, say, a solenoid, first make sure that the solenoid leads are not connected to anything, especially a power source. If the solenoid's leads are still connected to something, you may get a readingthrough that something. If there is still live power on the item you're testing for continuity, you will burn out your VOM instantly and possibly shock yourself.

Touch the two test leads to the two bare wire ends or terminals of the solenoid.