To Next PageTo Next PageWhat to do if there is a gas leakage in Mitsubishi Heavy Industries FDENA301R Air Conditioner?
If you suspect a gas leak in your Mitsubishi Heavy Industries Air Conditioner, the suggested solution is to locate and repair the leak.
What to do if there is insufficient refrigerant in Mitsubishi Heavy Industries FDENA301R?
If your Mitsubishi Heavy Industries Air Conditioner circuit has insufficient refrigerant, you should replenish the refrigerant in the circuit.
What to do if the outdoor unit fan is locked in Mitsubishi Heavy Industries FDENA301R Air Conditioner?
If the outdoor unit fan of your Mitsubishi Heavy Industries Air Conditioner is locked, you should inspect and repair the fan.
What to do if the indoor fan is locked in Mitsubishi Heavy Industries FDENA301R?
If the indoor fan of your Mitsubishi Heavy Industries Air Conditioner is locked, you should inspect and repair it.
What to do if there is clogging of strainer in Mitsubishi Heavy Industries Air Conditioner?
If the strainer of your Mitsubishi Heavy Industries Air Conditioner is clogged, you should clean or replace it.
What to do if there is ineffective compression in Mitsubishi Heavy Industries FDENA301R Air Conditioner?
If your Mitsubishi Heavy Industries Air Conditioner has ineffective compression due to a defective compressor, you should inspect and replace the compressor if necessary.
What to do if there is mixture of non condensable gas in Mitsubishi Heavy Industries FDENA301R?
If there's a mixture of non-condensable gas (like air) in your Mitsubishi Heavy Industries Air Conditioner, remove the non-condensable gas from the circuit.
What to do if there is too high temperature of room in Mitsubishi Heavy Industries Air Conditioner?
If the room temperature is too high when using your Mitsubishi Heavy Industries Air Conditioner, adjust the indoor temperature settings.
Why is my Mitsubishi Heavy Industries FDENA301R's compression ineffective?
Ineffective compression in your Mitsubishi Heavy Industries Air Conditioner is likely due to a defective compressor.
General| Cooling Capacity | 8.5 kW |
|---|---|
| Heating Capacity | 10.0 kW |
| Power Supply | 220-240V, 50Hz |
| Energy Efficiency Ratio (Cooling) | 3.21 |
| Energy Efficiency Ratio (Heating) | 3.61 |
| Refrigerant | R410A |
| Type | Split System |
| Power Source | 220-240V, 50Hz |
Specifications for FDTC models.
Specifications for FDT models.
Specifications for FDKN models.
Specifications for FDEN models.
Specifications for FDUM models.
Specifications for FDU models.
Details on specific features and model name interpretation.
Specifications for various unit types, range, dimensions, and noise levels.
Wiring diagrams and specifications for indoor and outdoor units.
Details on microcomputer operation control methods.
Information on installation procedures for indoor and outdoor units.
Troubleshooting, diagnostics, and servicing procedures.
Specific features, model name reading, model table, and system combinations.
Specifications for indoor units, outdoor units, operation charts, and limitations.
Electrical specifications and wiring diagrams.
Outline of operation control by microcomputer.
Data related to application and installation.
Information on maintenance procedures and troubleshooting.
Details specific to the FDT series regarding wireless kit.
Identifies the model number for the wireless kit.
Lists the included accessories for the wireless kit.
Describes the physical layout and functional indicators of the receiver.
Overview and description of the wireless remote controller.
Detailed steps for installing the wireless kit components.
