The client's washing machine was not working; right after starting, an LE message appeared. The cause of the malfunction was a hall sensor that had stopped working properly. We replaced the sensor, and now the machine is working perfectly.

The washing machine stopped working completely. First, we checked if there was voltage in the network. Next, we checked if electricity was reaching the control board. It was coming, but the machine did not respond to button presses or knob turns. There is often an indication on the control board that shows whether the board is working or not. It turned out that the problem was with the user interface board. Replacing the user interface board cured this washing machine.

The client reported a leak. It turned out that one of the suspension rods was broken, causing strong vibrations during operation and partial dislodging of a return tube, which spilled liquid onto the floor. We replaced the suspension, repositioned the tube, and securely fastened it.

The client noticed small sticky dirt particles remaining on the clothes and at the bottom of the washing machine after washing. The client used special cleaning agents for the washing machine, but unfortunately, this did not help. Also, he noted a bad smell coming from the washing machine. We found that dirt had accumulated under the agitator of the washing machine. We replaced the agitator (as it was not possible to clean it well) and cleaned the dirt beneath it.

The client sought diagnostics for a washing machine that was given as a gift. It is a compact model with a built-in washing machine and dryer. The washing machine wouldn't turn on at all. We performed diagnostics and found that power was reaching the control board, but it showed no signs of life. The board was replaced. Now the indicator started working, but the machine did not respond to user actions. We replaced the user interface board, which completely fixed the washing machine.

The client reported an F6E1 error, which indicates communication problems between the control board and the inverter board that controls the motor of the washing machine. We found that the inverter board had burned out. This often happens if the client overloads the machine with clothes. We replaced the inverter board, and the machine started working again.

The client reported a malfunction that her washing machine was not spinning the drum. We found that the belt had come off. We repositioned the belt, and the washing machine is working. This often happens because a foreign object gets between the motor and the belt. It is important to ensure that items do not fall behind the drum as they can cause this problem.

The client complained about water leaking from under the washing machine. Previously, a technician had replaced the suspension and the upper drum supports, but the cause of the leakage was not identified. Upon detailed inspection of the washing machine, we found that during one of the unbalanced spins, the drum had damaged the outer drum by rubbing a hole through it, causing water to leak during washing. Also, the geometry of the drum had changed, leading to strong vibrations even with replaced/new parts. We advised the client to purchase a new washing machine.

The washing machine was not draining water. We replaced the drain pump.

The dryer wouldn't start due to a worn idler pulley wheel causing the belt to misalign and incorrectly tension relative to the motor pulley, leading to belt abrasion. We replaced the motor pulley, idler pulley, and belt.

A client complained about a loud metallic sound during operation. The problem was due to wear on one of the four drum support wheels. We replaced all four wheels and the pulleys they mount on, along with the idler pulley.

GE model dryer wouldn't stop. The issue was with a stuck timer, which was replaced, and the dryer is working again.

A client reported that the dryer was running but not drying clothes. We discovered a faulty igniter preventing the flame from igniting. The igniter was replaced, resolving the issue.

A client approached us after another company couldn't diagnose the problem. The dryer was running, the timer was counting down, and the drum was spinning, but it would not ignite. We checked all components that could lead to this behavior and found them functional. We then tested the voltage in the circuit and discovered a faulty relay on the motherboard. The motherboard was replaced.

The dryer wouldn't start due to a belt cut by a worn motor pulley with sharp grooves. We replaced the belt, motor pulley, and idler pulley.

The client reported that when turned on, the motor buzzed loudly, but the drum didn't spin. It turned out the belt had come off and was jammed between the motor and the casing. We retrieved and repositioned the belt, but the same issue occurred after 20 minutes of operation. We had to replace all guides and the belt. It was challenging to find parts for this model, but we managed.

A client reported that the upper compartment wasn't working. After diagnosing, we found that the evaporator fan had failed. We replaced it, and everything is now functioning correctly.

A client complained that the dispenser in the refrigerator wasn't working, lacking both water and ice. We discovered a malfunction in the water line and repaired it, after which the dispenser worked properly, and ice was produced.

A client reported that the refrigerator was failing to maintain the proper temperature, and the temperature in both compartments was rising. We found a malfunction in the defrost system, specifically the heating element responsible for defrosting. We replaced it and the temperature sensor. The refrigerator is working like new.

A client complained that the refrigerator had stopped showing signs of life. Initially, we noticed that the compressor wasn't starting at all. The problem was a faulty refrigerator relay. We replaced the relay, and the refrigerator returned to its original state.

A client complained that the refrigerator temperature was rising despite setting it to the maximum cool. Electrical diagnostics did not reveal any problems. The issue was due to a clog in the sealing system. We depressurized the system, cleaned it, replaced the desiccant filter, tested for leaks under pressure, evacuated the air, and refilled it with refrigerant. The refrigerator is now working as new.

The dispenser wasn't working, and the ice maker was completely filled with solid ice. We defrosted all the ice using a steamer and removed the water. It then became clear that the problem was a malfunctioning water valve that was incorrectly allowing water to continually enter the ice maker. The freezing caused the ice line to stop dispensing and forming new ice.

A client reported that the upper compartment wasn't working. After diagnosing, we found that the evaporator fan had failed. We replaced it, and everything is now functioning correctly.

A client complained that the dispenser in the refrigerator wasn't working, lacking both water and ice. We discovered a malfunction in the water line and repaired it, after which the dispenser worked properly, and ice was produced.

A client reported that the refrigerator was failing to maintain the proper temperature, and the temperature in both compartments was rising. We found a malfunction in the defrost system, specifically the heating element responsible for defrosting. We replaced it and the temperature sensor. The refrigerator is working like new.

A client complained that the refrigerator had stopped showing signs of life. Initially, we noticed that the compressor wasn't starting at all. The problem was a faulty refrigerator relay. We replaced the relay, and the refrigerator returned to its original state.

A client complained that the refrigerator temperature was rising despite setting it to the maximum cool. Electrical diagnostics did not reveal any problems. The issue was due to a clog in the sealing system. We depressurized the system, cleaned it, replaced the desiccant filter, tested for leaks under pressure, evacuated the air, and refilled it with refrigerant. The refrigerator is now working as new.

The dispenser wasn't working, and the ice maker was completely filled with solid ice. We defrosted all the ice using a steamer and removed the water. It then became clear that the problem was a malfunctioning water valve that was incorrectly allowing water to continually enter the ice maker. The freezing caused the ice line to stop dispensing and forming new ice.

The microwave was running but not heating food. It turned out that the problem was with a relay on the control board that had failed and was not sending electricity to the high voltage circuit.

A client reported that when the microwave was turned on, the counter counted down, but nothing else happened. The problem was with a door switch that conducted electricity to the high voltage circuit and did not activate the magnetron. All door switches were replaced.

The microwave was not heating food. The issue was with a faulty magnetron.

Didn't hold temperature. The client thought the issue was with a faulty temperature sensor. However, it turned out that the problem was with the motherboard, which was not reading the thermosensor readings correctly and was unable to maintain the required temperature. Replacing the motherboard resolved the issue.

The client reported an issue where the spark igniter was not working correctly, and at one point, when the gas valve was turned on, it sparked a fire. We identified two issues: a gas valve of one of the burners was leaking gas, and incorrect operation of the spark igniter led to a situation where the leaking gas ignited. We replaced the spark range ignitor and the gas switch of one of the burners.

In this model, each gas knob has a backlight if it is in the active state. One of the backlights stopped working. Initially, suspicions fell on the diode of the specific switch, but it turned out that the problem was with the LED light isolator microchip. We replaced the microchip, and now the client has all working switch backlights.

The client had an issue where the burners' ignition stopped working. The problem was with a faulty spark igniter module. The module was replaced, and the client was satisfied.

Two opposite burners stopped igniting. The issue was with a dirty opposite edge of the igniter, which caused the spark to travel incorrectly and not ignite the gas flow. It turned out that the part was no longer manufactured and could not be purchased. Our team performed a process of grinding and leveling the edge. Now the cooktop is working as new.

The oven igniter was not working, the central burner was not fully igniting, and two control knobs were broken. We replaced the igniter, cleaned the gas outlet, and replaced the knobs. The client is satisfied.

Customers reported an error; the dishwasher wouldn't start. The issue was due to a clogged filter in the circulation pump. The pump was cleaned and reinstalled. Prior technicians had attempted to fix this dishwasher and told the customers it was not worth repairing.

A poorly secured lower spray arm was dislodged and fell onto the heating element, causing damage. We replaced the damaged spray arm and provided instructions on how to properly clean the filter and securely attach the spray arm.

Replacement of the user interface control board on a GE model. To replace the display, it was necessary to completely remove the door.

A client reported that the dishwasher wouldn't start. The problem was traced to a faulty door lock which prevented the wash program from starting. The door lock was replaced, and the customer was satisfied.

A short circuit in the heating element led to the complete burnout of a connector on the motherboard, causing extensive damage. The client decided to purchase a new appliance as it was not economical to repair this one, which would have required changing the control board, heating element, and some wiring.

The appliance stopped mid-cycle. The issue was with the drain pump. We replaced the drain pump and cleaned all connections, ensuring proper function of the dishwasher.