How does washer transmission work




















We have placed cookies on your device to help make this website better. You can adjust your cookie settings , otherwise we'll assume you're okay to continue. Appliance Repair Training Webinar Recordings. The pause between drain and spin is required for the neutral drain latch to release.

Share More sharing options Followers 2. Mobile Newsletter chat avatar. Mobile Newsletter chat subscribe. Prev NEXT. Bath and Laundry. By: Karim Nice. Cite This! Print Citation. Try Our Crossword Puzzle! A worn out clutch is often responsible for a washing machine that is not spinning fast enough or wet clothes at the end of the spin cycle.

Washer Clutch Repair Videos. A Belt is used to transfer energy from one mechanical component to another. A belt can also be used as a clutch to reduce the amount of strain applied by fast starting motors used in washing machines. Washer Belt Repair Videos. Washer Motor Coupling Repair Video. The washing machine transmission drives both the spinning of the inner tub and the back and forth ratcheting motion of the agitator.

With a single direction motor, an electromechanical device called the Solenoid controls whether the transmission drives the agitator or the inner tub. Reversing motors engage the tub when they rotate in one direction and the agitator when they move in the opposite direction.

You must be logged in to post a comment. Remember Me. AppliancePartsPros RepairClinic. Share with:. How Washing Machines Work. While this was a big improvement over the washboard it was also considerably more dangerous. That loose sleeve could cost you an arm. How Washers Worked. Suspension System Modern washing machines use a suspension system of springs, slide plates, and load bearing pads to keep the wash tub in the correct position and control the forces required for spinning and stopping the inner tub, as well as reduce the amount of noise associated with washer mechanics.

One Comment. Appliance Repair Training Webinar Recordings. First, a quick re-cap of the run cycles in the Whirlpool-built direct-drive top-loading washer: 1 Water fills tub 2 Agitation of items in tub 3 Rinse cycle begins by water pump draining water and tub spinning to wring out water simultaneously 4 The brake applies 5 Rinse continues by spin beginning again as water pours over the spinning laundry 6 Brake applies 7 Second rinse cycle begins by repeating the previous 6 steps, though the final spin is longer than the previous spins Chef Master Appliantologist DADoESTX eruditely explains the operating sequence of the neutral drain: To clarify, step 3 drain should not include spinning.

The operating sequence of neutral drain: 1 Agitation of at least a couple minutes during the wash or deep rinse presets the neutral drain mechanism in the transmission so that the next time the motor stops and restarts in the reverse direction, the transmission shifts to neutral no agitation or spin.

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