Box Damaged Midea Front Loader Washing Machine 10kg – 1400 RPM – Titanium

Front-loaders are often more efficient, using less water and energy. They clean clothes more thoroughly due to the tumbling motion and are better at handling large items. However, they can have longer wash cycles (60–120 minutes) and may require more maintenance to prevent mould.

Odours are often caused by mould or mildew buildup due to moisture trapped inside the machine, especially in the door gasket or detergent drawer. To prevent this:

• Leave the door ajar after cycles to dry out the interior.
• Clean the gasket regularly with a vinegar solution or mild detergent.
• Run a monthly cleaning cycle with a washing machine cleaner or a mix of vinegar and baking soda.
• Remove wet clothes promptly after the cycle ends.

• Drum Cleaning: Run a hot cycle with a washing machine cleaner or 2 cups of white vinegar and 1/4 cup baking soda. Many machines have a “Clean Washer” or “Tub Clean” cycle.
• Gasket: Wipe the rubber door seal with a cloth soaked in a 1:1 water-vinegar solution or diluted bleach to remove mould and debris.
• Detergent Drawer: Remove and soak in warm soapy water, scrubbing away residue.
• Filter: Check and clean the drain pump filter (usually at the bottom front or bottom back) to remove lint, coins, or other debris.
• Clean monthly for best results.

Use about 1–2 tablespoons of high-efficiency detergent or the recommended detergent for a standard load, as front-loaders require less detergent due to lower water usage. Overusing detergent can cause residue buildup, leading to odours or poor performance. Check the detergent bottle for specific dosing instructions and adjust for load size or soil level.

Common causes include:

• Clogged Drain Filter: Clean the filter located at the bottom front of the machine.
• Blocked Drain Hose: Ensure the hose isn’t kinked or clogged.
• Unbalanced Load: Rearrange clothes evenly or reduce load size.
• Pump Issues: A faulty pump may need professional repair.
• Check for error codes on the display and consult the manual for troubleshooting.

Yes, front-loaders are great for bulky items due to their larger drum capacity and tumbling action. However:

• Ensure the item fits loosely to allow proper cleaning and spinning.
• Use a low spin setting to avoid overloading the machine.
• Check the machine’s capacity

• Leave the door and detergent drawer open after use to air-dry.
• Wipe down the door gasket after each load.
• Use the correct amount of HE detergent to avoid residue.
• Run a cleaning cycle monthly.
• Ensure the machine is level to prevent water pooling.

Excessive vibration can be caused by:

• Unlevel Machine: Use a level tool and adjust the machine’s feet.
• Unbalanced Load: Avoid overloading or washing single heavy items.
• Shipping Bolts: Ensure all shipping bolts were removed during installation.
• Worn Shock Absorbers: Older machines may need professional servicing.

Front-loaders typically last 10–15 years with proper maintenance. Regular cleaning, using recommended detergent, and avoiding overloading can extend the machine’s lifespan.

Many front-loaders are designed to be stackable with compatible dryers to save space. Check the specifications for stacking compatibility and ensure a stacking kit is used for safety. Not all models are stackable, so confirm before purchasing.

Front-loaders often have longer cycles (60–120 minutes) because they use less water and rely on tumbling for cleaning, which takes more time. Some models offer quick-wash cycles (15–30 minutes) for smaller, lightly soiled loads. Check for cycle options like “Speed Wash” or “Eco Mode.”

• Check the Door Seal: Look for cracks or debris in the gasket.
• Inspect Hoses: Ensure inlet and drain hoses are secure and not damaged.
• Avoid Overloading: Excess clothes or detergent can cause leaks.
• Clean the Filter: A clogged filter may cause water to back up.
• Clean the detergent draw: A clogged siphon hole in the detergent drawer will cause water to overflow and leak while filling.

If the issue persists, contact a technician to check for internal issues like a faulty pump or tub seal.

• If the washer is filling very slowly, the water pressure from the house might be too low. The water pressure must be greater than 0.1 MPa.
• The water faucet is not turned on or the screens on the hoses are blocked.
• The screens inside the water inlet valve are blocked or the water inlet valve is damaged.
• Something is wrong with the water level sensor.

• Sometimes just restarting the machine can solve the problem.
• Something is wrong with the water valve.
• Something is wrong with the water level sensor.
• The air pipe may be damaged.
• Inner wire may be damaged.
• Something is wrong with the PCB.

• If the washer won’t drain water check the drain hose. Be sure the hose did not get kinked behind the washer. Also, remove the hose from the pump and check it for obstructions.
• If the washer won’t drain water the drain pump might be defective. It’s also common for a small sock or other article of clothing to get caught in the drain pump or in the drain hose. Check for an obstruction before requesting a repair.
• The PCB may be faulty

• The door is open or is not closed correctly.
• The inner wire connector is not installed well.
• The PCB might be faulty.

If the washing machine detects that the frequency of the water level sensor is not within the normal range for 10 seconds, the alarm will sound.

• The wire connector might be loose between the water level sensor and internal wire terminal.
• Water level sensor may have failed.
• The wire connector might be loose between the PCB terminal and the internal wire terminal.

This error code indicates a water heater error when after 10 minutes, the temperature changes is less than 3 degrees.

• PCB / NTC / Heater connection may be loose.
• NTC / Water heater may be defective.
• The PCB may be defective.

When the temperature change is less than 3 ℃ during the drying process, an E3A alarm will be displayed.

• The thermostat is loose or faulty.
• Possible poor connection between the fan motor, drying heater, thermostat, or temperature sensor and the PCB.
• The heater may be faulty.
• The fan motor is not working.
• Something might be wrong with the drying tunnel and/or condenser
• The Temperature sensor may be faulty.
• Something might be wrong with the PCB.

The temperature sensor is not sensing a change of temperature causing an E37 error code to be displayed.

• The wire harness to the temperature sensor does not work or the terminal is loose.
• The wire harness to PCB is broken or the terminal is loose
• The temperature sensor might be faulty.

The temperature sensor of the exhaust port is not sensing a change of temperature causing an E38 error code to be displayed.

• The wire harness to the temperature sensor does not work or the terminal is loose.
• The wire harness to PCB is broken or the terminal is loose
• The temperature sensor might be faulty.

E50 is displayed when the motor inverter PCB detects abnormal signals usually due to one of the reasons listed below. This error requires a qualified technician to resolve the problem.

• When the external voltage is abnormal, the motor inverter PCB senses the voltage is too high or too low.
• The motor inverter PCB is overloaded. It may be that the motor rotation is blocked, causing the motor inverter PCB to overload.
• The motor inverter PCB is damaged, causing the motor inverter PCB to detect excessive current or abnormal temperature sampling.
• The motor inverter PCB is abnormal due to the main PCB giving an error.

E60 indicates that the motor is not rotating.

• The PCB terminals may be loose.
• The PCB might be faulty.
• The motor terminals are loose.
• The motor might be faulty.

E61 is displayed when the PCB does not sense the speed feedback signal.

• The terminals of the motor speed measuring device might be loose.
• The motor might be faulty.

The E62 error code is displayed when the actual motor speed is 300 rpm higher than the target speed.

• The SCR on the PCB is faulty.
• The motor speed sensor is faulty.

The E64 error code is displayed when the motor inverter PCB is faulty

• The harness connection to the motor is not properly connected or is faulty, or the harness connection to the main PCB is not properly connected or is faulty.
• The motor inverter PCB might be faulty
• The main PCB might be defective.
• The harness may be faulty.

The E80 error code is displayed when there is no communication between the main control board and the display panel. Requires a qualified technician to repair.

• The communication cable connector between the main control board and display panel may be loose
• The main control board communication terminal might be faulty.
• The display panel communication terminal might be faulty.