Why is my Daikin ARXH35CVMB9 Air Conditioner outdoor unit leaking water?
In HEAT mode, the frost on the outdoor unit melts into water or steam during defrost operation. In COOL or DRY mode, moisture in the air condenses into water on the cool surface of the outdoor unit piping and drips.
Why does my Daikin Air Conditioner smell?
The Daikin Air Conditioner may emit odors because smells from the room, furniture, or cigarettes have been absorbed into the unit and are being discharged with the airflow. It is recommended to have the indoor unit cleaned by a technician. Consult the service shop where you bought the air conditioner.
What to do if my Daikin ARXH35CVMB9 Air Conditioner heating stops suddenly?
The system is likely removing frost from the outdoor unit. You should wait for about 3 to 8 minutes.
Why doesn't hot air come out immediately from my Daikin Air Conditioner when heating?
You should wait for 1 to 4 minutes. The system is designed to start discharging air only after it has reached a certain temperature.
Why my Daikin ARXH35CVMB9 does not start immediately?
If the ON/OFF button was pressed soon after operation was stopped, or if the mode was reselected, you should wait for about 3 minutes.
What to do if my Daikin ARXH35CVMB9 operation stopped suddenly?
For system protection, the air conditioner may stop operating due to a sudden large voltage fluctuation. It will automatically resume operation in about 3 minutes.
Why is the Daikin ARXH35CVMB9 outdoor fan running when it's off?
After operation is stopped, the outdoor fan may continue rotating for another 60 seconds for system protection. Also, when the outdoor temperature is very high, the outdoor fan might start rotating for system protection even when the air conditioner is not in operation.
Why does mist come out of my Daikin ARXH35CVMB9 Air Conditioner?
This happens when the air in the room is cooled into mist by the cold air flow during cooling operation.
Comprehensive safety guidelines, warnings, and cautions for handling the equipment during and after repair.
Outlines operation modes for heat pump and cooling-only systems.
Explains frequency determination based on temperature and control parameters.
Covers input current control for overload and freeze-up protection for the indoor heat exchanger.
Details sensor malfunction detection, overload, over-current, and insufficient gas detection methods.
General instructions for operation, safety precautions, part names, preparation, and mode operations.
Important warnings and procedures to follow before performing diagnostic checks to ensure safety.
Lists common symptoms of unit malfunction and provides corresponding checks and measures.
Explains how to use the remote control to enter and utilize the service check mode for diagnosis.
Lists system error codes displayed on the remote control with their meanings and reference pages.
Details troubleshooting for indoor unit PCB abnormalities, including connector and PCB checks.
Troubleshooting for freeze-up, high pressure, compressor overload, and fan lock issues.
Troubleshooting for fan motor, thermistor, signal transmission, input/output over-current, and voltage issues.
Troubleshooting for four-way valve, discharge pipe, high pressure, position sensor, and DC sensor abnormalities.
Troubleshooting for outdoor unit thermistor abnormalities, electrical box, and radiation fin temperature rise.
Troubleshooting for output over-current detection and insufficient gas conditions.
Troubleshooting steps for over-voltage detection.
Detailed checks for electronic expansion valve, four-way valve, thermistors, installation, and fan systems.
Procedure for removing the compressor, including brazed parts and piping.
General| Cooling Capacity | 3.5 kW |
|---|---|
| Heating Capacity | 4.0 kW |
| Refrigerant | R32 |
| Indoor Unit Dimensions (W x H x D) | 770 x 285 x 223 mm |
| Outdoor Unit Dimensions (W x H x D) | 845 x 595 x 300 mm |
| Power Supply | 230V, 50Hz, 1 Phase |
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