Amana Dryer not heating

Amana Dryer not heating

Name: Appliance Repair Los Angeles
Telephone: 323-792-1970
Price range: $

Amana Dryer Thermal Fuse

The thermal fuse is a safety device designed to protect the dryer from overheating. The fuse is located on the blower housing or at the dryer’s heat source such as the heating element on electric dryers or at the burner on gas models. The fuse should be closed for continuity meaning it has a continuous electrical path through it when good. If overheated the fuse will have no continuity meaning the electrical path is broken and the fuse has blown. A multimeter can be used to test it for continuity. Be aware that a blown thermal fuse is an indication of a restricted exhaust vent from the dryer to the outside. Always check the dryer venting when replacing a blown thermal fuse.

Amana Dryer Drive Motor

Most dryer drive motors have a centrifugal switch that energizes a start winding when the motor is first started and closes a heat cycle contact to allow the heat source to work. If the motor’s centrifugal switch is faulty, either the motor won’t run or the motor will run but the dryer won’t heat. Since most centrifugal switches are not sold separately, the entire motor will need to be replaced if the switch is defective.

Amana Dryer Gas Valve Solenoid

Gas dryers have two or more gas valve solenoid coils. The gas valve solenoids open the gas valve ports to allow gas to flow into the burner assembly. If a gas valve solenoid fails, the dryer won’t heat. To determine if one or more of the gas valve solenoids has failed, check the igniter. If the igniter glows and goes out but does not ignite the gas, the gas valve solenoid is defective. If one or more of the gas valve coils are defective, we recommend that you replace them as a set.

Incorrect cycle settings

Ensure the dryer is set to the appropriate heat setting. The setting may have been inadvertently changed to a non-heat option.

Amana Dryer Igniter

The igniter uses heat to ignite the gas in the burner assembly. If the igniter is not working, the gas will not ignite, preventing the dryer from heating. To determine if the igniter has burned out, use a multimeter to test the igniter for continuity. If the igniter does not have continuity, replace it.

Amana Dryer Heating Element

The heating element warms the air before it enters the dryer drum. Over time, the heating element can burn out, causing the dryer not to heat. To determine if the heating element has burned out, use a multimeter to test it for continuity. If the heating element does not have continuity, replace it.

Amana Dryer Heating Element Assembly

The heating element assembly warms the air before it enters the dryer drum. Over time, the heating element can burn out, causing the dryer not to heat. To determine if the heating element assembly has burned out, use a multimeter to test it for continuity. If the heating element assembly does not have continuity, replace it.

Amana Dryer Flame Sensor

On a gas dryer, the flame sensor detects the heat emitted by the flame. If the flame sensor isn’t working, the dryer won’t heat. Before checking the flame sensor, first make sure that the igniter and thermal fuse are not at fault. To determine if the flame sensor is defective, use a multimeter to test the sensor for continuity at room temperature. If the flame sensor does not have continuity at room temperature, replace it.

Amana Dryer Control Board

A dryer’s control board controls the voltage being sent to all of the appliance’s electrical components. If the board is defective, it may not allow voltage to reach the heating circuit. You can inspect the board for signs of damage or a shorted component. You can also use a multimeter to test for voltage reaching the drive motor after reviewing the dryer’s wiring diagram.

Incoming Power Problem

An electric dryer heater requires 220 volts to operate properly. If the incoming voltage is incorrect the dryer can run and not heat.

Amana Dryer Thermistor

A dryer thermistor monitors the temperature of the burner or heater housing and will shut off the heat once a sufficient temperature is reached. If the thermistor is faulty, the dryer may not heat at all.

Amana Dryer High Limit Thermostat

The high-limit thermostat monitors the dryer temperature and shuts off the burner if the dryer overheats. If the high-limit thermostat is malfunctioning, it may shut off the burner even if the dryer is not overheating. However, this is rarely the case. Before replacing the high limit thermostat check all the more commonly defective parts. If you have determined that all of the other components are working properly, test the thermostat by using a multimeter to test it for continuity. If the thermostat does not have continuity, replace it.

Amana Dryer Gas Valve Assembly

A dryer’s gas valve assembly will open to allow gas to flow into the burner tube to ignite into a flame to heat the air being circulated through the dryer drum. If the gas valve assembly is malfunctioning, the dryer may not heat.

Amana Dryer Cycling Thermostat

The cycling thermostat cycles the heat on and off to regulate the air temperature. If the cycling thermostat is defective, the dryer will not heat. However, this is rarely the case. Before replacing the cycling thermostat check all the more commonly defective parts. If you have determined that all of the other components are working properly, test the thermostat by using a multimeter to test for continuity. If the thermostat does not have continuity, replace it.

Amana Dryer Main Control Board

The main control board might be defective. However, this is rarely the case. Before replacing the main control board, check all of the more commonly defective parts. If you have determined that all of the other components are working properly, replace the main control board. (The control board cannot be easily tested, but you can try to inspect it for signs of burning or a shorted-out component.)

Amana Dryer Timer

If the dryer doesn’t heat, the timer might be defective. However, this is very rarely the case. Before replacing the timer, check all the more commonly defective parts. If you determine that all of the other components are working properly, test the timer by using a multimeter and consulting the wiring diagram. If the timer is defective, replace it.

Amana Dryer won’t stop

Air Flow Problem

If the vent is clogged or partially clogged, it will restrict the airflow through the dryer, substantially increasing the drying time. To ensure proper dryer performance, you should clean your dryer’s venting system at least once per year.

Anti-wrinkle cycle option selected

Most dryer models have an anti-wrinkle cycle option that can be selected to reduce wrinkles. When selected the dryer drum will tumble the clothes every few minutes after the cycle is completed to help keep wrinkles from occurring. If this option was inadvertently selected the dryer will intermittently run until the clothes are removed.

Amana Dryer Blower Wheel

The blower wheel draws air through the dryer and pushes the air out the vent. Clumps of lint, socks, and small articles of clothing can escape the lint filter and get caught in the blower wheel. In addition, the blower wheel sleeve can wear out, allowing the blower wheel to wobble on the motor shaft. If the blower wheel is obstructed or defective, it may take too long to dry clothes. To determine if the blower wheel is working properly, remove the dryer vent and assess the strength of the air flow. If the air flow is weak, check the blower wheel for obstructions. If no obstructions are present, try rotating the blower wheel by hand. If the blower wheel wobbles as it turns, replace it.

Amana Dryer Control Board

A dryer’s control board controls the voltage being sent to all of the appliance’s electrical components. If there’s no obstruction in the dryer’s venting and the dryer is heating to the proper temperature, it’s possible the control board is defective and allowing the appliance to run longer than it should. You can inspect the board for signs of damage or a shorted component. You can also use a multimeter to test for voltage reaching the drive motor after reviewing the dryer’s wiring diagram.

Amana Dryer Main Control Board

A dryer’s main control board controls the voltage being sent to all of the appliance’s electrical components. If there’s no obstruction in the dryer’s venting and the dryer is heating to the proper temperature, it’s possible the control board is defective and allowing the appliance to run longer than it should. You can inspect the board for signs of damage or a shorted component.

Dirty Moisture Sensor Bars

The control board uses the moisture sensor bars to sense the dampness of the clothes. Over time the sensor bars can become coated, expecially from dryer sheet residue. Try cleaning off the bars with warm soap and water. If the sensor bars are damaged they will need to be replaced.

Amana Dryer Lint Filter

The lint filter might be clogged. Dryer sheets and fabric softener can leave a residue on the lint filter, reducing the air flow. If the lint filter is clogged, clean it.

Amana Dryer Door Switch

A dryer door switch will allow voltage to be sent from the control board to the drive motor once the door is closed and interrupt that voltage when the door is opened. If the dryer is not stopping when the door is opened, the door switch has likely shorted closed. You can use a multimeter to test the door switch for electrical continuity. If the switch tests positive for continuity both before and after actuation, the component is defective and will need to be replaced.

Amana Dryer Moisture Sensor

The moisture sensor monitors the clothing’s moisture level and sends a signal to the control board when the clothes are dry. If the moisture sensor is malfunctioning, it could inaccurately report that the clothing is still moist, causing the dryer to keep running even though the clothes are dry. However, this is rarely the case. Before replacing the moisture sensor check all the more commonly defective parts. If you have determined that all of the other components are working properly, replace the moisture sensor.

Amana Dryer Timer

Mechanical timers have a motor on them like a clock that rotates the timer down to the off position on the control panel. If the motor goes bad on the timer it will not move when set to a timed dry cycle and the dryer won’t stop.

Amana Dryer overheating

Amana Dryer Heating Element

The heating element warms the air before the air enters the dryer drum. If the element is partially shorted out, it may produce heat continuously, even if the dryer has reached the proper temperature. When this happens, the dryer gets too hot. To determine if the heating element is at fault, use a multimeter to test each terminal for continuity to the case. If the heating element has continuity to the case, it is shorted out. If the heating element is shorted out, replace it.

Amana Dryer Heating Element Assembly

The heating element warms air as it passes over the element. If the element is partially shorted out, it may produce heat continuously, even if the dryer has reached the proper temperature. When this happens, the dryer gets too hot. To determine if the heating element is at fault, first use a multimeter to test the heating element for continuity. If the heating element does not have continuity, replace it. Next, test for continuity from each terminal to the case. If the heating element has continuity to the case, it is shorted out. If the heating element is shorted out, replace it.

Amana Dryer Timer

A dryer that is overheating could be caused by a faulty timer allowing continuous voltage to be sent to the heating circuit. If the timer’s heating contacts and the heating element are shorted, the heating element can heat when the timer is off. However, this is very rarely the case. Before replacing the timer, check all the more commonly defective parts. If you determine that all of the other components are working properly, test the timer by using a multimeter and consulting the wiring diagram. If the timer is defective, replace it.

Air Flow Problem

Amana Dryer Drive Motor

A dryer’s drive motor will drive the drum belt to rotate the drum as well as spin a blower wheel to circulate the air through the drum during operation. If the dryer runs for a while and then stops, and won’t start again until it cools down, it’s likely the drive motor is malfunctioning and will need to be replaced.

Amana Dryer Thermistor

A dryer thermistor monitors the dryer temperature and sends a resistance reading to the control board. If the thermistor is malfunctioning, it may fail to send the correct reading to the control board resulting in the dryer overheating. If you’ve determined there is good air flow coming out the home’s outside vent hood and the dryer venting is free of obstructions, the thermistor is one of the components you can test for electrical continuity with a multimeter to see if it’s functioning properly. While the thermistor should have continuity at room temperature, the ohm’s reading should go lower as the temperature on the sensor increases. If the thermistor has shorted or shows no continuity it should be replaced with a new one. Thermistors rarely get out of calibration.

Amana Dryer Main Control Board

A dryer’s main control board controls the voltage being sent to all of the appliance’s electrical components. If a relay on the board has shorted, it may sent continuous voltage to the heating circuit causing the dryer to overhead. To help determine this, you can inspect the board for signs of damage or a shorted component.

Clogged lint filter

A clogged lint filter will cause a loss of air flow, which can cause the dryer to overheat and eventually trip the thermal fuse. For the best drying performance, clean the lint filter before starting the dryer. If you use dryer sheets, residue can build up on the lint filter. If you cannot blow air through the dryer lint filter it will need to be cleaned with a brush, soap, water. Confirm the lint filter housing and grille, if applicable, are free of lint build up as well.

Amana Dryer Cycling Thermostat

The cycling thermostat cycles the heat on and off to maintain the proper air temperature. If the thermostat is defective, it may keep the heat on too long, causing the dryer to get too hot. However, this is rarely the case. Before replacing the cycling thermostat check all the more commonly defective parts. If you have determined that all of the other components are working properly, test the thermostat by using a multimeter to test it for continuity. If the thermostat does not have continuity, replace it.

Amana Dryer Felt Seal

Most dryers have a felt seal at the front and rear of the drum to prevent heat from escaping the drum. If the seal is worn out or missing, the heat will not be drawn through the drum properly, causing the dryer to get too hot. Check the drum seal to ensure that it is creating a reliable seal around the drum. However, this is rarely the case. Before replacing the felt seal check all the more commonly defective parts. If you have determined that all of the other components are working properly, replace the felt seal.

Amana Dryer High Limit Thermostat

The high limit thermostat monitors the air temperature in the dryer’s blower housing, heating element, or heat duct and is intended to shut off the voltage to the heating circuit if the air temperature gets too hot. If the thermostat is defective, it may allow the heat to stay on too long, causing the dryer to get overheated. However, this is rarely the case. Before replacing the high limit thermostat check all the more commonly defective parts. If you have determined that all of the other components are working properly, test the thermostat by using a multimeter to test it for electrical continuity. If the thermostat does not have continuity, replace it.

Amana Dryer Blower Wheel

The blower wheel works with the drive motor to draw air into the dryer drum. Clumps of lint, socks, and small articles of clothing can escape the lint filter and get caught in the blower wheel. In addition, the blower wheel sleeve can wear out, allowing the blower wheel to wobble on the motor shaft. If the blower wheel is obstructed or defective, the dryer may get too hot. To determine if the blower wheel is working properly, remove the dryer vent and assess the strength of the air flow. If the air flow is weak, check the blower wheel for obstructions. If no obstructions are present, try rotating the blower wheel by hand. If the blower wheel wobbles as it turns, replace it.

Amana Dryer Control Board

A dryer’s control board controls the voltage being sent to all of the appliance’s electrical components. If a relay on the board has shorted, it may sent continuous voltage to the heating circuit causing the dryer to overhead. To help determine this, you can inspect the board for signs of damage or a shorted component.

Amana Dryer takes too long

01 – Air Flow Problem

02 – Amana Dryer Blower Wheel

The blower wheel works with the drive motor to draw air into the dryer drum. Clumps of lint, socks, and small articles of clothing can escape the lint filter and get caught in the blower wheel. In addition, the blower wheel sleeve can wear out, allowing the blower wheel to wobble on the motor shaft. If the blower wheel is obstructed or defective, it may take too long to dry clothes. To determine if the blower wheel is working properly, remove the dryer vent and assess the strength of the air flow. If the air flow is weak, check the blower wheel for obstructions. If no obstructions are present, try rotating the blower wheel by hand. If the blower wheel wobbles as it turns, replace it.

03 – Amana Dryer Heating Element

A dryer’s heating element is the component that heats the air being circulated through the dryer drum. If the heating element is failing, it may be unable to sufficiently heat the air to dry the laundry in the expected time. You can use a multimeter to test the element for electrical continuity to help determine if the component is faulty.

04 – Clogged lint filter

A clogged lint filter will cause a loss of air flow, which can lead to long drying times. In the worst case scenario, the dryer will overheat and eventually trip the thermal fuse. For the best drying performance, clean the lint filter before starting the dryer. If you use dryer sheets, residue can build up on the lint filter. If you cannot blow air through the dryer lint filter it will need to be cleaned with a brush, soap, water. Confirm the lint filter housing and grille, if applicable, are free of lint build up as well.

05 – Amana Dryer Lint Filter

The lint filter might be clogged. Dryer sheets and fabric softener can leave a residue on the lint filter, reducing the air flow. If the lint filter is clogged, clean it. Confirm the lint filter housing and grille, if applicable, are free of lint build up as well.

06 – Amana Dryer Gas Valve Solenoid

A dryer’s gas valve solenoid is the component that opens to allow gas to flow into the burner tube to ignite into a flame to heat the air being circulated through the dryer drum. A solenoid can fail at any point during the drying cycle, resulting in the dryer taking too long to dry the laundry. An igniter that glows and goes out without lighting the burner is a good indicator the solenoid coil is bad. You can use a multimeter to test the gas valve soilenoid for electrical continuity to help determine if the component is faulty.

07 – Amana Dryer Moisture Sensor

08 – Amana Dryer Thermistor

Some dryer models have a thermistor. The control board uses the thermistor to monitor the dryer temperature and cycle the heat on and off. If the thermistor is defective, it might not cycle the heat on, causing the clothes to not to dry properly.

09 – Amana Dryer Thermal Fuse

The thermal fuse is a safety device designed to protect the dryer from overheating. The fuse is located on the blower housing or at the dryer’s heat source such as the heating element on electric dryers or at the burner on gas models. The fuse should be closed for continuity meaning it has a continuous electrical path through it when good. If the dryer overheats, the fuse will blow and interrupt voltage to the heating element or burner. A multimeter can be used to test the thermal fuse for electrical continuity. Be aware that a blown thermal fuse is an indication of a restricted exhaust vent from the dryer to the outside. Always check the dryer venting when replacing a blown thermal fuse.

Amana Dryer drum not turning

Amana Dryer Drive Belt

The drive belt is a very long, slender belt that wraps all the way around the dryer drum, around a tension pulley, and then around the drive motor pulley. Over time, the belt can break from normal use. If the belt is broken, the dryer won’t turn. To quickly determine if the belt is broken, reach into the dryer and turn the drum by hand. If the drum spins very easily, the belt is likely broken. Next, inspect the belt to confirm that it is broken. If the belt is broken, replace it.

Amana Dryer Timer

A dryer drum not turning could be caused by a faulty timer. However, this is very rarely the case. Before replacing the timer, check all the more commonly defective parts. If you determine that all of the other components are working properly, test the timer by using a multimeter and consulting the wiring diagram. If the timer is defective, replace it.

Amana Dryer Drum Roller

Most dryers have two drum rollers on the rear of the drum, and some dryers have two more rollers supporting the front of the drum. The rollers must spin freely to work properly. If the drum rollers are worn out, the dryer won’t turn properly. To determine if the support rollers are worn out, remove the belt from the dryer and try turning the drum by hand. If the drum does not rotate freely, check the support rollers for wear. If one or more of the rollers are worn out, we recommend replacing all of the rollers at the same time as a preventative measure. (The roller shaft can often be reused if it is in good condition. Clean the shaft thoroughly before installing the new rollers.)

Amana Dryer Blower Wheel

The dryer blower wheel is the component that circulates the air through the dryer drum. Since the drive motor that rotates the blower wheel will often drive the belt that turns the drum as well, an obstructed blower wheel could prevent the drum from turning. Inspect the blower wheel and housing for any obstruction and replace the component if necessary.

Amana Dryer Idler Pulley

Inspect the idler pulley for the dryer drum belt and make sure it spins freely on the shaft. If the idler pulley is stuck, worn or damaged, we recommend replacing the drum drive belt in addition to replacing the idler pulley.

Amana Dryer Control Board

A dryer’s control board controls the voltage being sent to all of the appliance’s electrical components. If the board is defective, it may interrupt voltage to the drive motor resulting in the drum not turning. You can inspect the board for signs of damage or a shorted component. You can also use a multimeter to test for voltage reaching the drive motor after reviewing the dryer’s wiring diagram.

Amana Dryer Main Control Board

A dryer’s main control board controls the voltage being sent to all of the appliance’s electrical components. If the board is defective, it may interrupt voltage to the drive motor resulting in the drum not turning. You can inspect the board for signs of damage or a shorted component. You can also use a multimeter to test for voltage reaching the drive motor after reviewing the dryer’s wiring diagram.

Amana Dryer Drum Support Roller & Axle

Most dryers have two drum rollers on the rear of the drum, and some dryers have two more rollers supporting the front of the drum. The rollers must spin freely to work properly. If the drum rollers are worn out or the axles are damaged, the dryer drum won’t turn properly. To determine if the support rollers are worn out, remove the belt from the dryer and try turning the drum by hand. If the drum does not rotate freely, check the support rollers or axles for wear. If one or more of the rollers are worn out, we recommend replacing all of the rollers at the same time as a preventative measure. (The axle can often be reused if it is in good condition. Clean the axle thoroughly before installing the new rollers.)

Amana Dryer Drive Motor

The drive motor turns the drum and the blower wheel to exhaust the air. First, check the motor to see if it makes a humming noise. If the motor still hums, remove the belt from the motor and check the blower wheel to ensure that it is not obstructed. Next, with the belt removed, try rotating the drum by hand. If the drum does not rotate freely, determine what is causing the drum to bind. If the drum turns freely and the blower wheel is clear of obstructions, the drive motor might be defective. If you suspect the motor is at fault, replace it.

Amana Dryer Maintenance Kit

A dryer maintenance kit will often include a drive belt and idler pulley, and may include rollers, a rear drum bearing, a felt seal, and other components. Since a broken drive belt, damaged idler pulley, and worn out rollers or drum bearings are the top causes of a dryer drum not turning, installing a new maintenance kit should solve the problem.

Amana Dryer stopped spinning

01 – Amana Dryer Drive Belt

02 – Amana Dryer Timer

A dryer drum that has stopped spinning unexpectedly could be caused by a faulty timer. However, this is very rarely the case. Before replacing the timer, check all the more commonly defective parts. If you determine that all of the other components are working properly, test the timer by using a multimeter and consulting the wiring diagram. If the timer is defective, replace it.

03 – Incoming Power Problem

Confirm the power cord is plugged tightly into the wall receptacle. A loose plug can provide intermittent power to the dryer and cause it to spinning stop during the cycle.

04 – Amana Dryer Blower Wheel

The blower wheel works with the drive motor to draw air into the dryer drum. Clumps of lint, socks, and small articles of clothing can escape the lint filter and get caught in the blower wheel. Since the blower wheel is usually attached to the same drive motor shaft that drives the drum belt, an obstructed blower wheel may prevent the drum from spinning. To determine if the blower wheel is working properly, remove the dryer vent and assess the strength of the air flow. If the air flow is weak, check the blower wheel for obstructions. If no obstructions are present, try rotating the blower wheel by hand. If the blower wheel wobbles as it turns, replace it.

05 – Amana Dryer Idler Pulley

The dryer’s idler pulley puts tension on the drive belt so the belt can rotate the drum during operation. A defective idler pulley can cause the dryer drum to stop spinning. Inspect the idler pulley and make sure it spins freely on the shaft. If the idler pulley is stuck, worn or damaged, we recommend replacing the drum drive belt in addition to replacing the idler pulley.

06 – Amana Dryer Drive Motor

The drive motor turns the drum and the blower wheel to exhaust the air. If the dryer runs, stops for a while, and then starts again, this likely indicates that the motor is overheating, causing the dryer to shut off until the motor cools down. First, remove the belt from the motor and check the blower wheel to ensure that it is not obstructed. Next, with the belt removed, try rotating the drum by hand. If the drum does not rotate freely, determine what is causing the drum to bind. If the drum turns freely and the blower wheel is clear of obstructions, the drive motor might be defective. If you suspect the motor is at fault, replace it.

07 – Amana Dryer Heating Element

A dryer’s heating element is the component that heats the air being circulated through the dryer drum. If the heating element has shorted, it may have tripped the thermal fuse which is often installed on the element. This can cause the dryer to stop spinning mid-cycle.

08 – Amana Dryer Control Board

A dryer’s control board controls the voltage being sent to all of the appliance’s electrical components. If the board is defective, it may interrupt voltage to the drive motor causing the drum to stop spinning unexpectedly. You can inspect the board for signs of damage or a shorted component. You can also use a multimeter to test for voltage reaching the drive motor after reviewing the dryer’s wiring diagram.

09 – Amana Dryer Main Control Board

A dryer’s main control board controls the voltage being sent to all of the appliance’s electrical components. If the board is defective, it may interrupt voltage to the drive motor causing the drum to stop spinning unexpectedly. You can inspect the board for signs of damage or a shorted component. You can also use a multimeter to test for voltage reaching the drive motor after reviewing the dryer’s wiring diagram.

10 – Amana Dryer Thermal Fuse

The thermal fuse is a safety device designed to protect the dryer from overheating. The fuse is located on the blower housing or at the dryer’s heat source such as the heating element on electric dryers or at the burner on gas models. The fuse should be closed for continuity meaning it has a continuous electrical path through it when good. If the dryer overheats, the fuse will blow and interrupt voltage to the heating element or burner. This will also stop the dryer drum from spinning. A multimeter can be used to test the thermal fuse for electrical continuity. Be aware that a blown thermal fuse is an indication of a restricted exhaust vent from the dryer to the outside. Always check the dryer venting when replacing a blown thermal fuse.

11 – Amana Dryer Maintenance Kit

A dryer drum that has stopped spinning is usually caused by a broken drum belt or a defective idler pulley or drum roller. If more than one of these components appears worn or damaged, you can purchase a dryer maintenance kit, if applicable to the dryer model, containing all of these components to fix the problem.

12 – Amana Dryer Moisture Sensor

The moisture sensor monitors the clothing’s moisture level and sends a signal to the control board when the clothes are dry. If the moisture sensor is malfunctioning, it could inaccurately report that the clothing have sufficient dried, causing the drum to stop spinning. However, this is rarely the case. Before replacing the moisture sensor check all the more commonly defective parts. If you have determined that all of the other components are working properly, replace the moisture sensor.

Amana Dryer won’t start

01 – Amana Dryer Thermal Fuse

02 – Door is not fully closed

Confirm the door is fully closed; the dryer will not start with the door open. Remove anything that is obstructing the door.

03 – Amana Dryer Start Switch

To determine if the start switch is defective, attempt to start the dryer. If the dryer hums but does not start, the start switch is not at fault. If the dryer does not respond or make any noise, the start switch could be at fault. Use a multimeter to test the start switch for continuity. If the switch does not have continuity, replace it.

04 – Amana Dryer Door Switch

The door switch activates when the dryer door is closed. On most dryers, the door switch makes an audible clicking sound when it activates. To determine if the door switch is working, try starting your dryer and then listen for the “click.” If the door switch makes a clicking sound, it is probably not defective. If you don’t hear a click, use a multimeter to use the door switch for continuity. If the switch does not have continuity, replace it.

05 – Amana Dryer Control Board

A dryer’s control board controls the voltage being sent to all of the appliance’s electrical components. If the board is defective, it may not allow the dryer to start. You can inspect the board for signs of damage or a shorted component. You can also use a multimeter to test for voltage reaching the drive motor after reviewing the dryer’s wiring diagram.

06 – Object stuck in blower wheel

If the dryer won’t start, an article of clothing may have gotten past the lint screen and is caught in the blower wheel. When this happens the drive motor will either hum but won’t start or will make a lot of noise when trying to start. The blower cover will need to be removed to check for obstructions. If the blower wheel is damaged it will need to be replaced.

07 – Amana Dryer Heating Element

The heating element warms the air before it enters the dryer drum. Over time, the heating element can burn out, causing the dryer not to heat , or short out which can cause the dryer to overheat. To determine if the heating element is defective, use a multimeter to test it for continuity. If the heating element does not have continuity, or is shorted (has continuity to the case), replace it. Note: If the thermal fuse has tripped, some heating elements come with a thermal fuse and high limit thermostat already on them.

08 – Amana Dryer Drive Motor

The drive motor turns the drum and the blower wheel to exhaust the air. Before replacing the motor, first check the thermal fuse, start switch, and door switch. If all of these parts are working properly, but the motor is making a humming noise, remove the belt from the motor and check the blower wheel for obstructions. If the blower wheel is clear of obstructions, the dryer motor might be at fault. If you suspect the motor is defective, replace it.

09 – Amana Dryer Idler Pulley

A dryer’s idler pulley puts tension on the belt to rotate the drum. If the idler pulley is worn out or damaged, the belt can break or fall off, and actuate a belt switch which can prevent the dryer from starting.

10 – Amana Dryer Drive Belt

On most dryers, when the dryer belt breaks, the motor will still run, but the drum will not turn. However, some dryers have a switch that shuts off power to the dryer if the drive belt is broken. Check the dryer belt to determine if it is broken. If the belt is broken, replace it.

11 – Amana Dryer Belt Switch

On most dryers, when the dryer belt breaks, the motor will still run, but the drum won’t turn. However, some dryers have a switch that shuts off power to the dryer if the drive belt is broken. If this switch fails, it could shut off power to the dryer even when the belt is not broken. First, start the dryer and then listen for a humming noise. If the dryer makes a humming noise when you try to start it, this indicates that the belt switch is not defective. Next, search for your model number to determine if your dryer has a belt switch. If your dryer has a belt switch, use a multimeter to test the switch for continuity. If the switch does not have continuity, replace it.

12 – Amana Dryer Main Control Board

The main control board might be defective. However, this is rarely the case. Before replacing the main control board, check all of the more commonly defective parts.If you have determined that all of the other components are working properly, replace the main control board. (The control board cannot be easily tested, but you can try to inspect it for signs of burning or a shorted-out component.)

13 – Amana Dryer Timer

The timer might be defective. However, this is very rarely the case. Before replacing the timer, check all the more commonly defective parts. If you determine that all of the other components are working properly, test the timer by using a multimeter and consulting the wiring diagram. If the timer is defective, replace it.

Amana Dryer Major Issues

Are you facing major issues with your Amana dryer? Look no further! Welcome to our blog, where we delve into common problems associated with Amana dryers and provide expert solutions to ensure your appliance functions seamlessly.

Amana is a renowned brand synonymous with quality home appliances, and their dryers are no exception. Known for innovation and durability, Amana dryers offer efficient performance to meet your laundry needs. However, like any appliance, they may encounter issues over time.

In this blog, we will explore prevalent problems that Amana dryers may experience. From issues with heating elements to malfunctioning controls, we’ve got you covered. Understanding these problems is the first step towards resolving them effectively.

When it comes to addressing major issues with your Amana dryer, trust the expertise of Appliance Repair Los Angeles. Our team of highly skilled technicians is well-versed in diagnosing and fixing a wide range of Amana dryer problems. We pride ourselves on delivering prompt, reliable, and cost-effective solutions.

Don’t let Amana dryer issues disrupt your laundry routine. Contact Appliance Repair Los Angeles today for reliable solutions. Call us at 323-792-1970 to schedule an appointment with our skilled technicians. Trust us to get your Amana dryer back in working order promptly.

Amana Dryer Error Code PF

Amana Dryer Error Code PF

Amana dryers, known for their efficiency, may occasionally encounter the PF error code, signaling a power failure during the drying cycle. Here’s an in-depth look at what Amana Dryer Error Code PF means and how to address it:

Error Code PF Overview:

Meaning: PF stands for Power Failure, indicating that the drying cycle was unexpectedly interrupted due to a power outage or disruption.
Action Required: When confronted with the PF error, users are prompted to touch and hold the START button to resume the interrupted drying cycle. Alternatively, pressing the POWER button clears the display.

Possible Causes of PF Error:

Power Outage: The most common cause is a temporary loss of power in your home.
Electrical Surges: Power fluctuations or surges can trigger the PF error.
Appliance Cord Issues: Loose or damaged power cords may contribute to intermittent power supply problems.
Circuit Breaker Tripped: Check if the circuit breaker governing the dryer’s power supply has tripped.

Troubleshooting Steps:

Verify Power Supply:
- Ensure there is a stable power supply to the dryer.
- Check other electronic devices in the vicinity to confirm if the power outage is isolated to the dryer.
Inspect Power Cord:
- Examine the power cord for any visible damage or loose connections.
- If issues are found, replace or secure the power cord accordingly.
Reset Circuit Breaker:
- Check the circuit breaker box for any tripped breakers.
- If the breaker is tripped, reset it and attempt to restart the dryer.
Resume Drying Cycle:
- After addressing power-related issues, touch and hold the START button to resume the interrupted drying cycle.

Stay tuned to our blog for more insights into Amana Dryer Error Codes and practical tips to keep your appliance in top condition. At Appliance Repair Los Angeles, we’re dedicated to providing reliable solutions for all your dryer-related concerns.

Amana Dryer Error Code L2

If your Amana dryer displays the L2 error code, it indicates a low or no line voltage situation. This problem may stem from issues in your home’s power supply, preventing the dryer’s heater from activating. It’s important to note that the dryer will continue to run despite this diagnostic code. To clear the code and return to the estimated time remaining, simply touch any pad.

Possible Causes:

Initial Installation Issue: The L2 error is typically encountered during the initial installation phase.

Troubleshooting Steps:

Check Household Fuse or Circuit Breaker:
- Electric dryers use two household fuses or breakers. Ensure none of them has blown or tripped.
- If an issue is detected, replace the fuse or reset the circuit breaker.
Verify Power Cord Installation:
- Confirm that the power cord is correctly installed. Refer to the Installation Instructions for detailed guidance.
Restart the Dryer:
- Select a Timed Dry heated cycle and restart the dryer to see if the error persists.

Important Note: The L2 error code is more common during initial installation and may not recur after the setup phase.

If the error message persists despite your troubleshooting efforts, it is advisable to consult a qualified electrician. They can assess and address any underlying issues with the power supply.