Home > San Antonio Dryer Repair

We repair all models and brands of dryers in San Antonio. When your dryer experiences problems such as not drying efficiently, dryer runs but no hot air comes out or any other issues, let us take care of it. Our San Antonio dryer repair team is available to help 24 hours a day, 7 days a week. We are ready to receive your call for dryer repair at our Toll free number:

210 858-7440

Please Note: We Do Not Sell Parts

IMPORTANT: We don’t work on small appliances such as vacuum cleaners, sewing machines etc. We provide repairs only on major appliances such as refrigerators, dryers, washers, stoves, ovens, dishwashers etc.

We repair and service in San Antonio all dryer brands such as:

Our dryer Service area includes all of San Antonio and the surrounding cities that are listed below:

If you would like to get more familiar with your dryer, please read the information below. We also provide dryer energy efficiency tips about how to use and operate your dryer, while enjoying the benefits of saving money from future dryer repairs and high utility bills. Please note that the information below is for your own educational purposes and we aren’t suggesting tips for doing-it-yourself. Repairing and servicing dryer units requires knowledge, training and experience. Trying to repair something that you are not familiar with can be costly and, more important, dangerous for your safety. For any dryer repairs in San Antonio City call us 24/7 at our toll free line:

210 858-7440

DRYER COMPONENTS AND DRYER GENERAL OPERATION

The operating temperature of the dryer is controlled by a thermostat so that it does not exceed 160° F. This temperature is not attained until the clothes are almost dry. During the major part of the drying cycle, much of the dryer heat is absorbed as water is evaporated from the clothes. The dryer average operating temperature is between 125° F. and 140° F. A one-pass system is used whereby the air moved by the dryer blower is exhausted to the outside each minute, and an equal supply of fresh air is drawn in over the dryer heating element and through the tumbling clothes. There is a flow of approximately 120 cu. ft. of air per minute. The fresh air comes into the dryer through an opening below the service door and moves around the junction formed by the top panel and the back panel bridge. As the air enters the back of the dryer, it passes between the moving cylinder and the panels, thus keeping the dryer panels cool. The air is then preheated, as it moves over the cylinder and the heater box, to increase the efficiency of the dryer.
Dryer Heater Assembly. The dryer heating element is rated at 4400 watts, 220 volts, and delivers approximately 15,000 B.T.U.'s per hour. The dryer heater assembly is mounted in a double-walled box assembly consisting of a box frame and a reflecting shield. This gives "even" heating and increases the life of the dryer element. Only two leads are used with this heater: one is attached to the dryer high-limit switch, mounted directly above the heater, and the other is attached to the solenoid switch. A dryer door switch placed in series with the solenoid switch interrupts the heater circuit whenever the dryer door is opened, thus eliminating dryer overheating.
Dryer Thermostats. Drying dryer temperatures are maintained by a then-no-disc type thermostat mounted in the exhaust section of the dryer blower housing. A gasket prevents the thermostat from contacting the blower housing. The dryer thermostat is preset at the factory and must be replaced if it fails to function properly. Since the evaporation of water from the clothes keeps the dryer operating temperature (usually between 130' F. and 140° F.) below the thermostat cut off point, the dryer thermostat comes into operation only during the last quarter of the drying time.
Dryer Blower and Pulley Assembly. A suction-type blower pulls air out of the cylinder and directs it along the inside of the blower housing to an exhaust opening which is slightly above the intake opening in the front plate. The wheel and shaft are dynamically balanced in order to hold vibration to a minimum. The dryer blower wheel is assembled into a bearing pressed into the bearing blower housing. A belt leading directly from the dryer motor furnishes power to drive the blower wheel at approximately 2500 r.p.m.

Please note that this information is for your own educational purposes and we aren’t suggesting tips for doing-it-yourself. Repairing and servicing dryer units requires knowledge, training and experience. Trying to fix something that you are not familiar with can be costly and, more important, dangerous for your safety. For any dryer repairs in San Antonio City call us 24/7 at our toll free line:

210 858-7440

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