What to do if my Airwell Heat Pump responds to the remote but the green LED doesn't light up?
If your Airwell Heat Pump responds to the remote control message but the Operate indicator (Green LED) does not light up, there is a problem with display PCB. Replace display PCB. If still not OK replace controller.
Why is my Airwell Heat Pump blowing air but not cooling or heating?
If your Airwell Heat Pump's indoor and outdoor fans are working, but there's no cooling or heating, the overload safety device on the compressor may have cut out because of low voltage or high temperature. Also, the compressor run capacitor may be faulty, or the compressor windings may be shorted. Try switching off the power and trying again after one hour, and check for proper voltage. If the problem persists, consider replacing the compressor capacitor or the compressor.
Why is there only a limited air supply from my Airwell Heat Pump?
A limited air supply from your Airwell Heat Pump, especially if accompanied by a whistling noise and ice formation on the indoor unit coil in cooling mode, suggests a lack of refrigerant. You should charge the unit after localizing the leak.
What to do if my Airwell GC 30 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.
Why is my Airwell GC 30 DCI 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.
Why is my Airwell Heat Pump not cooling or heating even though all components seem to be working?
If all components of your Airwell Heat Pump are operating properly but there's no cooling or heating, it's likely due to a refrigerant leak. Check the refrigeration system.
What should I do if the red LED power indicator on my Airwell GC 30 DCI doesn't light up?
If the red LED power indicator doesn't light up, check the power supply. If the power supply is OK, check the display and display wiring. If those are OK, replace the controller.
What to do if the compressor is running but the outdoor fan isn't working on my Airwell GC 30 DCI?
If the compressor is running but the outdoor fan isn't working, there could be a problem with the outdoor electronics or the outdoor fan itself. Check the outdoor fan motor according to the procedure in section 13.5.3 below, if not OK replace controller.
Why is my Airwell Heat Pump operating in the wrong mode?
If your Airwell Heat Pump is working in the wrong mode (cooling instead of heating, or vice versa), it could be due to electronics or a power connection issue to the RV. Check the RV power connections. If these are OK, check the RV operation with a direct 230VAC power supply. If that’s OK, replace the outdoor controller.
Why is only the indoor fan working on my Airwell GC 30 DCI?
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.
Overview of the SX split ceiling mounted range, including heat pump models.
Highlights key technological innovations and benefits of the SX series.
Describes the features and mounting options of the indoor unit.
Details the filtration system, including accessible pre-filters.
Details the microprocessor indoor controller and infrared remote control.
Describes the installation and features of the outdoor unit.
Information on flare type interconnecting tubing.
Details the RCW Wall Mounted Remove Control.
Mentions installation and operation manuals supplied with the unit.
Lists outdoor units and SX DCI indoor units that can be matched together.
Provides detailed technical specifications for the SX 9 DCI model.
Provides detailed technical specifications for the SX 12 DCI model.
Provides detailed technical specifications for the SX 18 DCI model.
Provides detailed technical specifications for the SX 24 DCI model.
Provides detailed technical specifications for the SX 30 DCI model.
Details operating limits for Cooling, Heating, and Voltage.
Shows dimensions and diagrams for SX 9 and 12 DCI indoor units.
Shows dimensions and diagrams for SX 18, 24, and 30 DCI indoor units.
Shows dimensions and diagrams for GC 9, 12, and 18 DCI outdoor units.
Shows dimensions and diagrams for GC 24 and 30 DCI outdoor units.
Provides performance data for the SX 9 DCI model.
Shows a graph for cooling capacity correction factors vs. outdoor temperature.
Details heating capacity data for SX 9 DCI.
Shows a graph for heating capacity correction factors vs. outdoor temperature.
Graph showing suction pressure vs. outdoor temperature for SX 9 DCI cooling.
Graph showing discharge pressure vs. outdoor temperature for SX 9 DCI cooling.
Graph showing suction pressure vs. outdoor WB temperature for SX 9 DCI heating.
Graph showing discharge pressure vs. outdoor WB temperature for SX 9 DCI heating.
Details cooling capacity data for SX 12 DCI.
Shows a graph for cooling capacity correction factors vs. outdoor temperature.
Details heating capacity data for SX 12 DCI.
Shows a graph for heating capacity correction factors vs. outdoor temperature.
Graph showing suction pressure vs. outdoor temperature for SX 12 DCI cooling.
Graph showing discharge pressure vs. outdoor temperature for SX 12 DCI cooling.
Graph showing suction pressure vs. outdoor WB temperature for SX 12 DCI heating.
Graph showing discharge pressure vs. outdoor WB temperature for SX 12 DCI heating.
Shows cooling and heating capacity correction factors based on tubing length.
Details cooling capacity data for SX 18 DCI.
Shows a graph for cooling capacity correction factors vs. outdoor temperature.
Details heating capacity data for SX 18 DCI.
Shows a graph for heating capacity correction factors vs. outdoor temperature.
Graph showing suction pressure vs. outdoor temperature for SX 18 DCI cooling.
Graph showing discharge pressure vs. outdoor temperature for SX 18 DCI cooling.
Graph showing suction pressure vs. outdoor WB temperature for SX 18 DCI heating.
Graph showing discharge pressure vs. outdoor WB temperature for SX 18 DCI heating.
Shows cooling and heating capacity correction factors based on tubing length.
Details cooling capacity data for SX 24 DCI.
Shows a graph for cooling capacity correction factors vs. outdoor temperature.
Details heating capacity data for SX 24 DCI.
Shows a graph for heating capacity correction factors vs. outdoor temperature.
Graph showing suction pressure vs. outdoor temperature for SX 24 DCI cooling.
Graph showing discharge pressure vs. outdoor temperature for SX 24 DCI cooling.
Graph showing suction pressure vs. outdoor WB temperature for SX 24 DCI heating.
Graph showing discharge pressure vs. outdoor WB temperature for SX 24 DCI heating.
Shows cooling and heating capacity correction factors based on tubing length.
Details cooling capacity data for SX 30 DCI.
Shows a graph for cooling capacity correction factors vs. outdoor temperature.
Details heating capacity data for SX 30 DCI.
Shows a graph for heating capacity correction factors vs. outdoor temperature.
Graph showing suction pressure vs. outdoor temperature for SX 30 DCI cooling.
Graph showing discharge pressure vs. outdoor temperature for SX 30 DCI cooling.
Graph showing suction pressure vs. outdoor WB temperature for SX 30 DCI heating.
Graph showing discharge pressure vs. outdoor WB temperature for SX 30 DCI heating.
Shows cooling and heating capacity correction factors based on tubing length.
Explains how sound pressure level is measured.
Presents sound pressure level spectrum data for SX 9 and SX 12.
Presents sound pressure level spectrum data for SX 18, SX 24, and SX 30.
Presents sound pressure level spectrum data for GC 9 and GC 12 outdoor units.
Presents sound pressure level spectrum data for GC 18 and GC 24 outdoor units.
Presents sound pressure level spectrum data for GC 30 DCI outdoor units.
Provides electrical data for single-phase SX DCI units.
Wiring diagram for SX 9, 12, 18 DCI indoor and GC 9, 12, 18 DCI outdoor units.
Wiring diagram for SX 24 and 30 DCI indoor units.
Wiring diagram for GC 24 and 30 DCI outdoor units.
Refrigeration diagrams for cooling and heating modes.
Details tubing connections, torque values, and oil trap requirements.
Lists common symptoms, causes, and corrective actions for system failures.
Procedure for checking system pressures and thermodynamic measures.
How to enter and interpret diagnostic modes.
Details indoor unit diagnostic codes and alarm outputs.
Provides corrective actions for specific indoor unit diagnostic faults.
Defines outdoor unit alarm outputs.
Procedures for checking compressor, reverse valve, and EEV.
Warnings about high voltage and charged capacitors.
General advises for handling unit components and safety.
Explains the DCI software and parameter display.
Describes the master-slave communication between indoor and outdoor units.
Details NLOAD setting and its relation to compressor frequency.
Formula for calculating compressor target speed.
Describes the compressor frequency change rate.
Details compressor starting control for DCI50/60/72Zzz.
Explains compressor starting speed control for DCI72/80 models.
Specifies minimum on and off times for the compressor.
Details indoor fan speeds and operation modes.
Describes the activation conditions for turbo speed.
Details outdoor fan control routines and conditions.
Outlines outdoor fan control for GC 24, 30 DCI models.
Explains EEV control logic for GC 9, 12, 18 DCI.
Details EEV control for DC172/72Z/80 models.
Explains reversing valve control logic.
Describes conditions for ionizer operation.
Explains base heater operation based on OAT.
Describes NLOAD calculation and fan speed adjustment in cool mode.
Describes NLOAD calculation and fan speed adjustment in heat mode.
Explains temperature compensation for specific models.
Details indoor fan speed control based on coil temperature.
Lists the 5 protection codes and their meanings.
Details indoor coil defrost protection logic.
Details indoor coil overheating protection logic.
Details indoor coil overheating protection for 72/80 models.
Describes compressor overheating protection zones.
Details compressor overheating protection for DCI72/80 models.
Explains compressor over current protection.
Details heat sink overheating protection logic.
Details heat sink overheating protection for DCI72/80 models.
Explains system over power protection.
Details outdoor coil deicing protection conditions.
Details outdoor coil deicing protection for DCI50/60/72Z.
Lists conditions that trigger deicing operation.
Describes condensate water over flow protection settings.
Explains the functions of the indoor unit dry contact.
Describes forced operation using the mode button.
Details controls and indicators on the indoor unit.
Describes the LED indicators on the outdoor unit controller.
Explains how to enter and operate in test mode.
Introduces software parameters for indoor units.
Lists model dependent parameters for DCI50/60.
Lists model dependent parameters for SX models.
Detailed SW parameters for DCI50/60 models.
Detailed SW parameters for DCI72Z models.
Detailed SW parameters for DCI72/80 models.
Exploded view of the SX 9, 12 DCI indoor unit.
Spare parts list for the SX 9, 12 DCI indoor unit.
Exploded view of the SX 18, 24, 30 DCI indoor unit.
Spare parts list for the SX 18 DCI indoor unit.
Spare parts list for the SX 24, 30 DCI indoor unit.
Exploded view of the GC 9, 12 DCI outdoor unit.
Spare parts list for the GC 9, 12 DCI outdoor unit.
Exploded view of the GC 18 DCI outdoor unit.
Spare parts list for the GC 18 DCI outdoor unit.
Exploded view of the GC 24, 30 DCI outdoor unit.
Spare parts list for the GC 24, 30 DCI outdoor unit.
References to the Installation and Operation Manuals.
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