Samsung Appliance Repair in Visalia Ca
SamsungAppliance Repair
559 Appliance RepairÂ
 559-736-1960
Front Load Samsung Washing Machine Repair
Front Load Samsung Washing Machine Repair in Visalia Ca
Top Load Samsung Washing Machine Repair
Top Load Samsung Washing Machine Repair in Visalia Ca
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Samsung Dryer RepairÂ
Top Load Samsung Gas Dryer Repair in Visalia Ca
Top Load Samsung Electric Dryer Repair in Visalia Ca
Top Load Samsung Propane Dryer Repair in Visalia Ca
Front Load Samsung Dryer RepairÂ
Front Load Samsung Gas Dryer Repair in Visalia Ca
Front Load Samsung Electric Dryer Repair in Visalia Ca
Front Load Samsung Propane Dryer Repair in Visalia Ca
Top Load Samsung Dryer RepairÂ
Top Load Samsung Gas Dryer Repair in Visalia Ca
Top Load Samsung Electric Dryer Repair in Visalia Ca
Top Load Samsung Propane Dryer Repair in Visalia Ca
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Samsung Appliance Repair in Visalia CaÂ
559 Appliance Repair | 6965 Ave 308, Visalia Ca.Â
 CALL: 559-736-1960
How Does a Dryer Work?
Through a combination of three main factors airflow, heat and Drum rotation. we will address how these three factors work together as well as potential problems you may encounter
 when operating the dryer uses a blower wheel to draw air in from the front or rear of the appliance the air is heated and circulates through the clothes as the drum rotate the hotter the air the more effective it is that removing moisture from the clothes you can expected average load of clothes to take about 60 Minute
 airflow is vital to its proper operation rear of the appliance should be kept several inches away from the wall if the air flow is poor the flame will not be pulled through the burner housing properly this can cause the high limit thermostat to heat up and switch off the voltage to the burner assemblyÂ
the thermostat will reset after it cool and the process will repeat however the dryer will take too long to dry because the heat is continually being shut off and the thermostat itself can become damaged
 some models will also have a thermal fuse on the blower housing poor air flow can cause the fuse to fail if this happened the dryer will not heat it all until the fuses replaced
 the heated air is pulled evenly through the tumbling clothes and then threw a lint screen to maintain proper airflow it's important to clean the lint screen after each load the last page of airflow is the exhaust page the heated air that has remove the moisture from the clothes must be vented to the outside of the homeÂ
 lint is the most common cause of restricted airflowÂ
we recommend cleaning out the vent at least once a year as we mentioned earlier the air inside the dryer is heated by the burner the burner is energized by a standard 120 volts of alternating current when the timer and heat setting are selected on the dryer control panel and the start switch is activated
 the voltage passes through the cycling thermostat the high limit thermostat and the thermal fuse to the burner assembly
 the voltage then traveled through the flame sensor and the first gas valve coil before reaching the igniter the igniter will begin to glow and when it gets hot enough the flame sensor will detect the Heat and switch off which diverts the current to the other gas valve coilÂ
the coils then activate plungers in the gas valve which allows gas to flow out into the burner housing since this happens very quickly the ignitor is still hot enough to ignite the gas is that washing a long blue flame with an occasional yellow tip at its end to maintain the proper air temperature
 the heat in the blower housing is monitored by the cycling thermostat during normal operation the air temperature should be between 120 and 160 degrees FahrenheitÂ
when the air reaches the proper temperature for your dryer this cycling thermostat will switch off the voltage to the burner assembly the high limit thermostat and thermal fuse also monitor the air temperatureÂ
again if there is an air flow problem the high limit thermostat make switch off the voltage to prevent damage to the dryerÂ
eventually if the air flow problem is not corrected the thermal fuse May Fail and the dryer will not heat at all in addition to the fuse and high limit thermostat the igniter and flame sensor can also fail and prevent the dryer from HeatingÂ
if your dryer does not heat you should test all of these parts individually to determine that one of them has stopped functioning
 The gas valve coil can also fail but testing them can be inconclusive if at any time during the drying processÂ
If You observe the igniter glowing and shutting off without establishing a flame then one or more of the gas valve coils are probably defective and will need to be replaced.
Keep in mind the coils can fail several menYou observe the igniter.Â
The gas valve coil can also fail but testing them can be inconclusive if at any time during the drying process You observe the igniter glowing and shutting off without establishing a flame then one or more of the gas valve coils are probably defective they will need to be replacedÂ
keep in mind the coils can fail several minutes into the drying cycle which will result in the dryer taking too long to dryÂ
The blower wheel drives the air into the dryer and the burner heats the air as it gets blown inside the drum while its being rotated by a belt and motor.
 the belt goes around the entire drum and is connected to a pulley on the motor after the belt goes through a idler pulley which puts tension on the Belt
 the drum has baffled inside to lift and rotate the clothes which is an important step in the process as it allows the heated air to dry the clothes evenly
 the drum is supported by Glides or rollers in the front and rollers or a bearing in the rearÂ
overtime the drum supports will wear out and the dryer may become noisy during youth if the drum is overloaded or if a support roller, a Glide, a bearing or a pulley may fail
 the belt May begin to slip it and it can frey and eventually break when the belt breaks you may hear a loud banng and the motor may keep running but the drum will not rotateÂ