To Next PageTo Next PageWhat to do if the compressor stops instantly after startup on my Midea MDT1-10DEN3-QA3?
If the compressor in your Midea Dehumidifier stops instantly after starting, it could be due to: * **Too much refrigerant:** The compressor load may be too high. Recycle and recharge the refrigerant after checking for the cause. * **Blocked compressor:** The compressor may be blocked internally. Replace it after investigating the reason.
How to fix water full alarm on Midea MDT1-10DEN3-QA3?
If your Midea Dehumidifier displays a water full alarm, here's what to check: * **Water tank:** If the water tank is full, empty it. * **Water depth sensor:** If the water depth sensor is faulty, replace it. * **Water in chassis:** If there's excessive water in the chassis, drain it using the drainage hose. * **Water depth sensing structure:** Check and replace or realign the water depth sensing structure if it is faulty.
Why does the fan motor run intermittently on my Midea MDT1-10DEN3-QA3?
If the fan motor in your Midea Dehumidifier is running intermittently, here are some things to check: * **Voltage:** Verify the voltage. If it's not within the specified limits, call an electrician. * **Capacitor:** Test the capacitor and replace it if it's not within +/-10% of the manufacturer's rating. * **Bearings:** Check the bearings. If the blower wheel cannot rotate freely, replace the motor. * **Speed Changes:** Pay attention to any changes from high speed to low speed. If the speed doesn't change, replace the motor.
How to troubleshoot fan motor noise in Midea MDT1-10DEN3-QA3 Dehumidifier?
If your Midea Dehumidifier's fan motor is making noise, here's what could be the issue: * **Fan blower:** If the fan blower is cracked, out of balance, or partially missing, replace it. * **Loose components:** Tighten any loose components. * **Worn bearings:** If knocking sounds persist while running, or if the motor hums or the noise appears internal, replace the motor.
What to do if there is no power display on Midea MDT1-10DEN3-QA3?
If there's no power display on the panel or any of the buttons are failing on your Midea Dehumidifier, here's what to check: * **Power supply:** Verify that the power supply is providing power to the unit. Inspect the power cord for damage and correct if necessary. * **Transformer:** Check the resistance between the two input/output lines on the transformer (Discharge transformer before testing). If either input or output is open, or the transformer is damaged, replace it. * **Display board or main PCB:** Check the voltage on the display board. If it is +5V, replace the display board; otherwise, replace the main PCB.
How to reduce excessive noise in Midea MDT1-10DEN3-QA3 Dehumidifier?
If your Midea Dehumidifier is making excessive noise, it might be due to the copper tubing. Remove the cabinet and carefully rearrange the tubing to ensure it's not contacting the cabinet, compressor, shroud, or barrier.
General| Model | MDT1-10DEN3-QA3 |
|---|---|
| Type | Dehumidifier |
| Water Tank Capacity | 2 Liters |
| Power Consumption | 235 W |
| Noise Level | 42 dB |
| Weight | 10.5 kg |
| Dimensions | 300 x 240 x 600 mm |
| Refrigerant | R134a |
| Air Flow | 120 m³/h |
| Dehumidifying Capacity | 10 liters per day |
| Tank Capacity | 2 liters |
General safety instructions to prevent injury and property damage during product use.
Cautions regarding electrical work, grounding, and proper installation procedures.
Definitions of technical terms like TE, TH, TS, and S1 used in electronic function descriptions.
Specifications for voltage, working environment, and storage temperature for electric parts.
Environmental tolerances and standards for the Printed Circuit Board (PCB).
Details on safety features like time delay, anti-freezing, water full, and sensor malfunction protection.
Explanation of the dehumidifier's operation mode for maintaining a set humidity level.
Description of the mode where the dehumidifier operates continuously until protected.
Methods for testing compressor wiring, ground connection, and efficiency.
Procedures for checking external and internal compressor overload protection circuits.
Equipment requirements and procedures for repairing refrigerant leaks and components.
Steps to test the fan motor's functionality, including capacitor checks and speed tests.
Methods for testing run capacitors for compressors and fan motors, checking for damage or shorts.
