Why does my Samsung AQ24B1QE compressor and indoor fan stop in HEAT mode?
In HEAT mode, the compressor and indoor fan of your Samsung Air Conditioner may stop intermittently if the room temperature exceeds the set temperature. This protects the compressor from overheating.
Why do the fans on my Samsung Air Conditioner stop in HEAT mode?
If the indoor and outdoor fans of your Samsung Air Conditioner stop intermittently in HEAT mode, the compressor is operating in a reverse cycle to remove exterior ice.
What to do if the indoor and outdoor unit of my Samsung AQ24B1QE are not linked properly?
If the indoor and outdoor units of your Samsung Air Conditioner aren't linked correctly, check the link cable. Verify that the terminals are properly connected using the same number of cables for both units.
Why does the compressor stop intermittently on my Samsung AQ24B1QE Air Conditioner?
If the compressor in your Samsung Air Conditioner stops intermittently in COOL or DRY mode, and the indoor unit fan speed decreases, this is likely to prevent the inside/outside air from freezing.
Why is the compressor on my Samsung AQ24B1QE Air Conditioner running when turned off?
If the compressor of your Samsung Air Conditioner's outdoor unit runs even when turned off in HEAT mode, it's likely because the de-ice function is active. The compressor will continue for up to 9 minutes to complete de-icing.
Comprehensive table listing electrical, performance, and dimensional data.
Specifications for key internal components like PCB, fan motor, and compressor.
Technical drawings and dimensions for the indoor unit.
Technical drawings and dimensions for the UQ24A1QE/UQ24B1QE outdoor unit.
Technical drawings and dimensions for the UQ18A1QE/UQ18B1QE outdoor unit.
Graphs showing low pressure vs. outdoor inlet air temperature.
Explanation of remote control keys and their functions for various modes.
Guidelines for selecting installation locations for indoor, outdoor, and remote units.
Visual guide for installing indoor and outdoor units, including piping layout.
Steps for fixing plates, purging inert gas, and connecting cables.
Instructions for installing the drain hose and outdoor unit.
Procedures for flare modification, air purging, and refrigerant refill/adjustment.
Procedures for refrigerant pump down and unit relocation.
Procedures for disassembling the indoor unit, including front grille and tray drain.
Procedures for disassembling the outdoor unit, including cabinet and fan motor.
Initial checks before diagnosing problems with the unit.
Diagnostic steps for a unit with no power.
Troubleshooting steps for a non-operating indoor unit fan.
Troubleshooting steps for a non-operating outdoor unit.
Diagnosis for louver motor failure and lack of warm air in heat mode.
Troubleshooting for remote control operation issues.
Safety precautions and procedures for inspecting PCB components.
Detailed procedures for troubleshooting specific PCB-related issues.
Methods for diagnosing faults in major parts like sensors and motors.
Exploded diagrams and parts list for the indoor unit.
Exploded diagrams and parts list for outdoor unit models.
Exploded diagrams and parts for remote control and PCB box.
Diagram illustrating the refrigerant flow and component relationships.
Detailed diagrams of the main PCB for 24K and 18K BTU models.
Diagrams for display and module PCB assemblies.
Electrical wiring diagram for the indoor unit.
Electrical wiring diagram for the outdoor unit.
Detailed electrical schematic of the indoor unit showing component connections.
General| Cooling Capacity | 24000 BTU/h |
|---|---|
| Refrigerant | R410A |
| Power Supply | 220-240V, 50Hz |
| Air Flow (Indoor) | 1200 m³/h |
| Type | Split |
| Energy Efficiency Ratio (EER) | 3.21 W/W |
| Operating Temperature (Cooling) | 16°C to 43°C |
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