MAJOR APPLIANCES REPAIR
Appliances are built to perform.
They work hard, year after year, usually without too many problems. They’re easy to take for granted. The result is that when an appliance breaks down, you may be completely at a loss — you don’t know how it works, you have no idea why it stopped working, and you certainly don’t know how to fix it.
Absolute Appliances Repair is specializing in major appliances repair.
What can you do? You can pay a professional to fix it, or you can fix it yourself and save money.
Most appliances operate on your home’s electrical system: They use AC current from the circuit wiring in your home. Small appliances work on 110-120-volt circuits, and the plugs on their cords have two blades. Large or major appliances, such as air conditioners, dryers, and ranges, usually require 220-240-volt wiring and cannot be operated on 110-120-volt circuits. Large appliances are wired with a grounding wire; their plugs have two blades and a prong. This type of appliance must be plugged into a grounded outlet — one with openings to accept both blades and grounding prong — or grounded with a special adapter plug. All appliances are labeled — either on a metal plate or on the appliance casing — with their power requirements in watts and volts, and sometimes in amps.
Small appliances are usually fairly simple machines. They may consist of a simple heating element, a fan, a set of blades, or rotating beaters attached to a drive shaft; or they may have two or three simple mechanical linkages. Repairs to these appliances are usually correspondingly simple. Large appliances are more complex — one major appliance, such as a washing machine, may have a motor, a timer, and a pump, as well as various valves, switches, and solenoids. With this type of appliance, problems can occur in either the control devices or the mechanical/power components. Failure of a control device may affect one operation or the entire appliance; failure of a mechanical/power device usually affects only the functions that depend on that device. When a major appliance breaks down, knowing how to diagnose the problem is as important as knowing how to fix it.
Because major appliances are so complex, it usually isn’t obvious where a malfunction is.
(Many newer appliances include electronic diagnostics that can be interpreted from the owner’s manual.) The first step is to decide whether the problem is in a control device or a mechanical device. In a dryer, for example, the control devices govern the heat, and the mechanical components turn the drum. Which system is affected? If the drum turns, but the dryer doesn’t heat, the problem is in the control system. If the dryer heats, but the drum doesn’t turn, the problem is mechanical. This kind of analysis can be used to pinpoint the type of failure — control system or mechanical system — in all large appliances.
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(415) 831-1259 San Francisco
(415) 388-0690 Marin County
(650) 525-0512 South SF / Daly City / Pacifica