To Next PageTo Next PageWhat to do if my Westinghouse Air Conditioner can not start up?
If your Westinghouse Air Conditioner won't start, begin by checking the power supply circuit. Look for any tripped breakers or blown fuses. Measure the insulation resistance to ground to check for leakage. Inspect the power supply circuit for defective contacts or leak current. Ensure the remote controller is properly set and, if needed, change the batteries.
Why is my Westinghouse Air Conditioner not cooling/heating well?
If your Westinghouse Air Conditioner isn't cooling or heating properly, several factors could be responsible. First, try cleaning the heat exchanger of the outdoor unit, such as the condenser. Also, ensure there are no heating devices operating indoors. Maintaining good air tightness indoors can help, so limit frequent opening and closing of doors and windows. Check for any obstructions blocking the outdoor heat exchanger, and remove them. Finally, double-check the temperature settings to ensure they are correctly configured.
How to fix water leakage from my Westinghouse WHM36SZA21S?
If your Westinghouse Air Conditioner is leaking water, it could be due to a blocked or broken drainage pipe. In this case, change the drainage pipe. Another potential cause is that the wrap of the refrigerant pipe joint is not completely closed. To fix this, re-wrap the joint tightly.
Why does the compressor in my Westinghouse WHM36SZA21S start and stop frequently?
If the compressor in your Westinghouse Air Conditioner starts and stops frequently, the air inlet and outlet might be blocked. Remove any obstacles to resolve this issue.
What to do if my Westinghouse WHM36SZA21S makes sounds from deforming parts?
The sound from deforming parts in your Westinghouse Air Conditioner is not abnormal, and the sound will disappear soon.
General| Type | Mini-Split |
|---|---|
| Refrigerant | R410A |
| Cooling Capacity | 36000 BTU/h |
| Voltage | 208/230V |
| Noise Level | Outdoor: 58 dB |
Provides definitions for hazard signal words and general safety precautions for safe operation.
Details the procedure for conducting an air-tight test using nitrogen gas and leak detection methods.
Provides guidelines for calculating and adding extra refrigerant based on pipe length and model capacity.
Outlines diagnostic steps for checking the refrigerant system in cooling mode.
Details diagnostic steps for checking the refrigerant system in heating mode.
Provides solutions for common malfunctions such as unit not starting or poor cooling/heating.
