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If your washer runs but makes a lot of noise, doesn't spin or simply acts oddly, we are available to provide a solution for your washer problem immediately. Just call our local number, and we will take care of the rest. We repair all brands and models of washers such as Whirlpool, Kenmore, Whirlpool, Maytag, GE, Hotpoint, LG and many more. View the entire list of washer brands we work on. We are available anytime for Denver Washer Repair at:

303 558-2688

For parts only: 800-370-9281

Please note that all purchased washer parts are shipped directly to you

Our washer repair areas include entire Denver and the surrounding cities:

You can set up your same-day Denver washer repair appointment just by calling us at:

303 558-2688

Or if you prefer, email us at appointment@denvermajorappliancerepair.com. When contacting us, please include your name, phone number and a brief explanation of the issue you are having with your washer. As soon as we receive your email, we will contact you to discuss the solution for your washer problem.

We service and repair all washer brands:

The information below is meant to help you get more familiar with your washer and how you can extend their usage life. This information can also be used to help you use them in the most efficient way, which will save you money on your utility bills. This information is not posted to suggest or recommend that you perform the washer repairs on your own. Any washer repairs require experience, professional training and washer repair tools. Repairs for electric and gas washer systems can be very dangerous if you don't have the necessary knowledge, experience and tools. For experienced, professional Denver washer repair help call us anytime at:

303 558-2688

The water system of a typical automatic clothes washer consists of a water pump, water-pump guard, water valve, water filters, and hoses. Each has its own job to do, as follows:
1. The washer water pump has two tasks. During the wash and rinsing phases, it recalculates water from the tub to a filter and back again. Its other job is to discharge water from the washing machine at the completion of the wash phase.
Some washing machines have a feature called a suds-saver. This device "stores" suds between washing phases so they can be reused. If your washer is equipped with a suds-saver, its pump draws suds from the saving device back into the washer for reuse.
When a washer water-pump problem occurs—let’s says the washer won't drain—the trouble is very often caused by a foreign object getting into the washer pump and causing a sticking or binding condition. It is usually possible to disassemble the pump, remove the foreign object, reassemble the pump, and put the unit back into service
The one time when a washer pump should be replaced rather than repaired is when its bearings have seized. The cost involved in replacing a bearing assembly is normally almost as great as replacing the bearings.
2. The pump guard has the job of doing exactly what its name says it does. It is supposed to see that no foreign object gets into the washer pump.
The pump guard in a typical installation is placed between the tub and pump. The washer is usually made of plastic and can be removed for cleaning, if necessary. Keep in mind that the pump guard will trap large for
Most of the time you dealing with a typical washing machine, but there are several variations. For example, we discuss what occurs in a washer water valve controlled by two solenoids. However, some washing machines are equipped with a single-solenoid valve, while others have three valves. Nevertheless, the principles involved are basically the same for all washers.
In a washing machine in which the selection of three water temperatures is possible, one solenoid controls the cold-water inlet of the washer water valve and another solenoid controls the hot-water inlet. When both solenoids are energized, both cold-water and hot-water inlets are open, permitting cold water and hot water to flow together and provide warm water.
To obtain the desired water temperature in a typical washer, the user operates a water-temperature control on the panel of the appliance. The knob (or pushbutton, or whatever is turned to either "cold," "hot," or "warm." What this does is set a switch which will activate the particular solenoid(s) when the washer is turned on.
When the timer knob is set and the washer is turned on, the switch closes and the solenoid(s) is activated. Remember what was said in the previous section about the makeup of a solenoid?
When the washer solenoid is activated, the core is pulled by the magnetic force created in the core of wire away from the water inlet of the valve. Spring pressure causes the core to close over the water inlet, and water flow into the machine ceases.
The typical washer allows the user to select a water level —low, medium, or high. All this does is determine at what point the water-level switch will deactivate the washer solenoid. The water-level switch in many cases is a pressure-type switch, which, as we pointed out before is controlled by a buildup of pressure on its diaphragm.

If expert assistance is required, the services of competent professionals are available anytime at our local phone number.

303 558-2688