Why Airwell Heat Pump compressor operates but has no capacity?
If your Airwell Heat Pump compressor operates but there's no capacity, it could be due to an EEV problem, refrigerant leakage, or a blockage in the indoor or outdoor coil. You should check the EEV and refrigeration system. Clean the filters and remove any blockage from the indoor coil. Remove any blockages from the outdoor coil and prevent air bypass.
What to do if there's water leakage from my Airwell Heat Pump indoor unit?
If you notice water leakage from the indoor unit of your Airwell Heat Pump, it's likely that the drainage tube is blocked. To resolve this, check and open the drainage tube.
Why does my Airwell Heat Pump compressor stop during operation?
If the Airwell Heat Pump compressor stops during operation, it could be due to electronic control issues or refrigerant leakage. You should check the diagnostics and the refrigeration system to identify the problem.
What causes my Airwell Heat Pump to stop suddenly?
If the Airwell Heat Pump suddenly stops during operation, it could be due to EMC interference. You should check for EMC problems.
Why doesn't the indoor fan start on my Airwell Heat Pump?
If the Airwell Heat Pump indoor fan doesn't start, but the louvers are open and the Green LED is ON, there could be several reasons: * The unit is in heat mode and the coil is not yet warm: Change to cool mode. * The outdoor unit is in the opposite mode: Change the operation mode. * There's a problem with the controller or capacitor: Change to high speed and check the power supply to the motor. If the power supply is OK, replace the capacitor; if not, replace the controller.
Why is my Airwell Heat Pump working in the wrong mode?
If the Airwell Heat Pump unit operates in the wrong mode (e.g., cooling instead of heating), it could be due to electronics or RV problems. In this case, you should check the RV.
Why is the Airwell Heat Pump compressor motor noisy with no suction?
If the Airwell Heat Pump's compressor motor is generating noise but no suction is occurring, the phase order to the compressor might be incorrect. Check the compressor phase order to resolve this issue.
Why does my Airwell Heat Pump's indoor fan run when OFF?
If the Airwell Heat Pump indoor fan works when the unit is OFF, and the fan speed cannot be adjusted with the remote control, it indicates a controller problem. Replace the controller to fix this.
Why is the display off on my Airwell Heat Pump outdoor unit?
If the outdoor unit display board and LEDs on your Airwell Heat Pump are off, it could be due to several reasons: * No power supply: Check the connections and wiring on the main terminal and repair if needed. * PFC Chock coil: Check the PFC Chock coil. * Burnt fuse: Check the 20A fuse on the filter.
What to do if my Airwell Heat Pump doesn't respond to the remote?
If the indoor unit of your Airwell Heat Pump does not respond to the remote control, it could be that the remote control message isn't reaching the unit. You should check the remote control batteries. If they are OK, check the display and display wiring. If that's OK, replace the display PCB. If it's still not working, replace the controller.
Cooling capacity and pressure curves for DLS 18 DCI.
Cooling and heating capacity data for DLS 24 DCI.
Cooling and heating capacity data for DLS 30 DCI.
Cooling and heating capacity data for DLS 36 DCI.
Cooling and heating capacity data for DLS 36 DCI.
Cooling and heating capacity data for DLS 43 DCI.
Cooling and heating capacity data for DLS 43 DCI.
Wiring diagram for the DLS 18 DCI indoor unit.
Wiring diagram for the DLS 24 and 30 DCI indoor units.
Wiring diagram for the DLS 36 DCI indoor unit.
Wiring diagram for the DLS 43 DCI indoor unit.
Wiring diagram for YBDE 018/024-H11 outdoor units.
Wiring diagram for the YBDE 030-H11 outdoor unit.
Wiring diagram for the YBD036-H11 outdoor unit.
Wiring diagram for the YBD042-H11 outdoor unit.
Wiring diagram for the YAD036/042-H13 outdoor units.
Power supply wiring diagram for DLS 18 indoor unit.
Power supply wiring diagram to outdoor unit for DLS 18, 24.
Power supply wiring diagram to outdoor unit for DLS 30.
Power supply wiring diagram to outdoor unit for 1PH units (10.0-14.0 kW).
Separate power supply wiring diagram for 1PH units (10.0-14.0 kW).
Power supply wiring diagram for 3PH units to the outdoor unit.
Separate power supply wiring diagram for 3PH units.
General refrigeration flow diagram for heat pump models.
Details on compressor, fan, RV, EEV, HMI, dry contacts, and sensors.
Details on indoor unit communication and fault definitions.
Information on thermistor default values and fault detection.
General control functions for the indoor unit, including load calculation.
General definition, control functions, and sequence diagrams for Cooling mode.
General definition, control functions, and sequence diagrams for Heating mode.
General definition, control functions, and sequence diagrams for Dry mode.
Details on compressor operation, speed limits, and shutdown cases.
General rules, operation range, and initial value determination for EEV control.
Covers thermodynamic protections for IDU and ODU units.
Details on deicing starting conditions and protection procedures.
Details on high and low pressure protection mechanisms and fault codes.
Instructions for entering, performing, and exiting the technician test mode.
Information on the technician peripheral test mode.
Procedures for Pump Down, OFAN, EEV, Compressor, RV, and Sensor tests.
Configuration settings using jumpers and DIP switches for IDU and ODU.
General and model-dependent system parameters with default values.
Covers high voltage, charged capacitors, and advisory notes for safe handling.
Lists common indoor and outdoor unit failures and their solutions.
Procedures for checking system pressures and thermodynamic measures.
Guide to using diagnostic codes for troubleshooting outdoor and indoor units.
Detailed diagnostic codes and corrective actions for outdoor unit issues.
Detailed diagnostic codes and corrective actions for indoor unit issues.
Step-by-step procedures for checking key components like voltage, filters, and drivers.
Specific checks for compressor drivers based on different outdoor unit models.
Procedure to check compressor connections, phase resistance, and current.
Procedure to check voltage on interconnection wiring for communication.
Procedures for servicing the DLS 36/43 outdoor units.
Steps for removing refrigeration components like valves and switches.
Steps for removing the compressor, including refrigerant evacuation.
General| Type | Inverter |
|---|---|
| Heating Capacity | 3.2 kW |
| SEER | 6.1 |
| SCOP | 4.0 |
| Refrigerant | R32 |
| Power Supply | 220-240V/50Hz |
| Energy Efficiency Ratio (Cooling) | 3.5 |
| Indoor Unit Weight | 9 kg |
| Outdoor Unit Weight | 32 kg |
| Operating Temperature (Heating) | -15°C to 24°C |
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