To Next PageTo Next PageWhat does it mean if the indoor heat exchanger temperature thermistor (Thi-R) is anomaly in Mitsubishi Heavy Industries FDK28KXZE1?
If the indoor heat exchanger temperature thermistor (Thi-R) is showing an anomaly in your Mitsubishi Heavy Industries Air Conditioner, it indicates thermistor wire breakage.
What does it mean if the indoor return air temperature thermistor (Thi-A) is anomaly in Mitsubishi Heavy Industries FDK28KXZE1 Air Conditioner?
If the indoor return air temperature thermistor (Thi-A) is showing an anomaly in your Mitsubishi Heavy Industries Air Conditioner, it indicates thermistor wire breakage.
What happens if there are too many indoor units connected to one remote control on my Mitsubishi Heavy Industries FDK28KXZE1 Air Conditioner?
If your Mitsubishi Heavy Industries Air Conditioner has an excessive number of indoor units (more than 17) controlled by one remote, it indicates a communication error.
What does it mean if there is an indoor unit operation check drain motor check mode anomaly in Mitsubishi Heavy Industries FDK28KXZE1?
If the indoor unit operation check shows a drain motor check mode anomaly in your Mitsubishi Heavy Industries Air Conditioner, it indicates a setting error.
What does it mean if the remote control temperature thermistor (Thc) is anomaly in Mitsubishi Heavy Industries Air Conditioner?
If the remote control temperature thermistor (Thc) is showing an anomaly in your Mitsubishi Heavy Industries Air Conditioner, it indicates thermistor wire breakage.
What does it mean if my Mitsubishi Heavy Industries FDK28KXZE1 has an emergency stop?
If your Mitsubishi Heavy Industries Air Conditioner has an emergency stop, it indicates a site setting error.
General| Cooling Capacity | 2.8 kW |
|---|---|
| Heating Capacity | 3.2 kW |
| Power Supply | 220-240 V, 50 Hz |
| Refrigerant | R32 |
| Indoor Unit Dimensions (W x H x D) | 845 x 270 x 228 mm |
| Outdoor Unit Dimensions (W x H x D) | 780(+62) x 540 x 290(+59) mm |
| Energy Efficiency Class Cooling | A++ |
| Energy Efficiency Class Heating | A+ |
| Type | Split System |
| Energy Efficiency Ratio (EER) | 3.5 |
| Energy Efficiency Ratio (Cooling) | 3.5 |
Detailed specifications for FDT series ceiling cassette-4 way indoor units, including capacities, power, noise, and dimensions.
Detailed specifications for FDTC series ceiling cassette-4 way compact indoor units, including capacities, power, noise, and dimensions.
Detailed specifications for FDTW series ceiling cassette-2 way indoor units, including capacities, power, noise, and dimensions.
Detailed specifications for FDTS series ceiling cassette-1 way indoor units, including capacities, power, noise, and dimensions.
Detailed specifications for FDU high static pressure duct connected indoor units, including capacities, power, and dimensions.
Detailed specifications for FDUM low/middle static pressure duct connected indoor units, including capacities, power, and dimensions.
Detailed specifications for FDUT thin low static pressure duct connected indoor units, including capacities and power.
Detailed specifications for FDK wall mounted indoor units, including capacities, power, noise, and dimensions.
Detailed specifications for FDE ceiling suspended indoor units, including capacities, power, and noise level.
Detailed specifications for FDU-F outdoor air processing units, including capacities, power, and sound power level.
Provides detailed diagrams and dimensions for various indoor unit types including ceiling cassette, duct connected, wall mounted, and suspended units.
Step-by-step instructions for removing and taking out the fan unit from FDU and FDUM series indoor units.
Details dimensions, installation space, and mounting specifications for the RC-EX3A wired remote control.
Provides dimensions and installation space for the RCN-E2 wireless remote control.
Provides wiring diagrams and notes for all FDT models, detailing connections to PCB and components.
Provides wiring diagrams and notes for all FDTC models, detailing connections to PCB and components.
Provides wiring diagrams and notes for all FDTW models, detailing connections to PCB and components.
Provides wiring diagrams and notes for all FDTS models, detailing connections to PCB and components.
Provides wiring diagrams and notes for FDU models, detailing connections to PCB and components.
Provides wiring diagrams and notes for FDUM models, detailing connections to PCB and components.
Provides wiring diagrams and notes for FDUT models, detailing connections to PCB and components.
Provides wiring diagrams and notes for FDK models, detailing connections to PCB and components.
Provides wiring diagrams and notes for FDE models, detailing connections to PCB and components.
Presents noise level data (Sound Pressure Level) in dB(A) for different models and octave bands.
Presents noise level data (Sound Pressure Level) in dB(A) for different models and octave bands.
Presents noise level data (Sound Pressure Level) in dB(A) for different models and octave bands.
Presents noise level data (Sound Pressure Level) in dB(A) for different models and octave bands.
Presents noise level data (Sound Pressure Level) in dB(A) for different models and octave bands.
Presents noise level data (Sound Pressure Level) in dB(A) for different models and octave bands.
Presents noise level data (Sound Pressure Level) in dB(A) for FDUT models at different airflow rates.
Presents noise level data (Sound Pressure Level) in dB(A) for FDK models at P-Hi and Heating modes.
Presents noise level data (Sound Pressure Level) in dB(A) for FDE models at different speed settings.
Provides cooling and heating capacity data (TC, SHC) for FDT models across various indoor and outdoor air temperatures.
Details the installation of the motion sensor kit, including mounting precautions, wiring, and setting procedures via remote controls.
Guides on setting the infrared sensor (motion sensor) control via the eco touch remote control screen.
Details how to set indoor functions and the infrared sensor/motion sensor control via wireless remote.
Explains how to set power control based on activity level detected by the motion sensor.
Details the auto-off function of the motion sensor, including operation wait and complete stop states.
