Why doesn't the green LED light up when I start my Airwell GC 24 DCI Heat Pump from the unit itself?
If the green LED doesn't light up when starting your Airwell Heat Pump from the unit, check the main PCB and display PCB. Replace the PCB if necessary.
What to do if there is water leakage from my Airwell Heat Pump indoor unit?
If you notice water leaking from the indoor unit of your Airwell Heat Pump, it's likely that the drainage tube is blocked. Inspect the drainage tube and clear any blockages to resolve the issue.
What should I do if the indoor fan on my Airwell GC 24 DCI Heat Pump isn't working right?
If the indoor fan on your Airwell Heat Pump isn't functioning correctly, check the voltage between the indoor fan terminals on the main PCB. If there is voltage, replace the capacitor or motor.
Why is only the indoor fan working on my Airwell GC 24 DCI Heat Pump?
If only the indoor fan is working on your Airwell Heat Pump, the run capacitor of the outdoor fan motor may be faulty, or the windings of the outdoor fan might be shorted. Replace the capacitor or replace the motor.
Why is only the indoor fan and compressor working on my Airwell Heat Pump?
If only the indoor fan and compressor are working on your Airwell Heat Pump, the outdoor fan might be blocked. Remove any obstructions.
Why is there no air coming from my Airwell GC 24 DCI Heat Pump indoor unit when the compressor is running?
If there's no air supply at the indoor unit of your Airwell Heat Pump while the compressor is running, the indoor fan motor may be blocked or turning slowly, the indoor fan run capacitor could be faulty, or the motor windings may be shorted. Check the voltage and repair the wiring if necessary. Also, check if the fan wheel is tight enough on the motor shaft and tighten it if necessary. If these steps don't resolve the issue, replace the indoor fan motor.
What to do if the indoor fan of my Airwell Heat Pump doesn't start?
If the indoor fan of your Airwell Heat Pump isn't starting, and the louvers are open with the green LED lit, first check if the unit is in heat mode and the coil is not yet warm. If so, switch to cool mode and check again. Otherwise, if there is a problem with PCB or capacitor, change to high speed and check the power supply to the motor. If it's higher than 130VAC (for triack controlled motor) or higher than 220VAC for fixed speed motors and is OK, replace the capacitor; if not OK, replace the controller.
How to troubleshoot if my Airwell GC 24 DCI Heat Pump compressor does not start?
If the compressor on your Airwell Heat Pump isn't starting, check the voltage on the compressor terminals on the outdoor unit using an ampmeter. If there's no voltage, replace the main PCB. If the voltage is low, repair the power supply. If the voltage is correct, replace the capacitor or compressor. If there is no voltage, repair electrical wiring between indoor and outdoor units.
Why is my Airwell GC 24 DCI Heat Pump only blowing air and not cooling or heating?
If your Airwell Heat Pump is only blowing air and not cooling or heating, it could be due to a faulty outdoor fan motor or another fault that caused the compressor overload protection to cut out. Remove any obstructions from the outdoor fan. If the issue continues, replace the PCB.
What to do if my Airwell GC 24 DCI doesn't respond to the remote control?
If your Airwell Heat Pump isn't responding to the remote, first check the remote control batteries. If the batteries are OK, inspect the display and display wiring. If these are okay, replace the display PCB. If the problem remains, replace the controller.
Overview of the SX split ceiling mounted range and its key technological innovations.
Details on the indoor unit, its components, and filtration system.
Information on outdoor unit installation, components, and control system.
Compatibility table for matching indoor and outdoor units.
Technical specifications for the SX 9 DCI model with R410A refrigerant.
Technical specifications for the SX 12 DCI model with R410A refrigerant.
Technical specifications for the SX 18 DCI model with R410A refrigerant.
Technical specifications for the SX 24 DCI model with R410A refrigerant.
Technical specifications for the SX 30 DCI model with R410A refrigerant.
Physical dimensions for SX 9, 12, 18, 24, and 30 DCI indoor units.
Physical dimensions for GC 9, 12, 18, 24, and 30 DCI outdoor units.
Cooling and heating capacity data for SX 9 DCI.
Cooling and heating capacity data for SX 12 DCI.
Cooling and heating capacity data for SX 18 DCI.
Cooling and heating capacity data for SX 30 DCI.
Factors adjusting capacity based on tubing length for SX 9/12 DCI.
Octave band sound pressure levels for SX indoor units.
Octave band sound pressure levels for GC outdoor units.
Electrical parameters for single-phase units, including supply and wiring.
Electrical wiring schematics for SX 9/12/18 DCI and GC 9/12/18 DCI units.
Electrical wiring schematic for SX 24 and 30 DCI indoor units.
Electrical wiring schematic for GC 24 and 30 DCI outdoor units.
Diagrams illustrating the refrigeration circuits for cooling and heating modes.
Guidelines for tubing connections, including bending and torque specifications.
Common issues and their solutions for DCI single split systems.
Procedures for checking system pressures and thermodynamic measures.
How to enter and interpret diagnostic modes for unit troubleshooting.
Simple procedures for checking key components like mains voltage and motors.
Important safety warnings and advice for handling electrical components.
Overview of the DCI software, operation concept, and fan control.
Detailed operation logic for Cool, Heat, and Dry modes.
Explanation of various protection codes and their triggers.
Procedures for entering and operating the unit in test mode.
Model-dependent software parameters for unit configuration.
Diagrams and lists of parts for indoor units SX 9, 12, 18, 24, 30 DCI.
Diagrams and lists of parts for outdoor units GC 9, 12, 18, 24, 30 DCI.
References to separate installation and operation manuals for SX DCI series.
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