To Next PageTo Next PageWhy does my LG Air Conditioner have high suction pressure and temperature?
If your LG Air Conditioner shows high suction pressure and temperature, this could be caused by a defective compressor or a defective 4-way reverse valve. In this situation, the current is low.
Why does my LG LS-K2460CL have normal suction pressure and temperature, but high pressure does not quickly rise?
If your LG Air Conditioner has normal suction pressure and temperature but the high pressure does not quickly rise at the beginning of operation, it could be due to an excessive amount of refrigerant.
Why is the current low in my LG Air Conditioner?
If the current is low in your LG Air Conditioner due to a defective compressor or a defective 4-way reverse valve, you should check the refrigeration cycle.
General| Type | Split System |
|---|---|
| Cooling Capacity | 24000 BTU/h |
| Refrigerant | R410A |
| Compressor Type | Rotary |
| Power Supply | 220-240V, 50Hz |
| Operating Temperature (Cooling) | 18-43°C |
| Air Flow Rate | 12.5 m³/min |
Details the various functions and operations of the indoor unit.
Provides dimensional details and diagrams for the indoor unit.
Provides dimensional details and diagrams for the outdoor unit.
Illustrates the refrigeration cycle for cooling-only models.
Illustrates the refrigeration cycle for cooling and heating models.
Details the wiring diagrams for various indoor unit models.
Details the wiring diagrams for various outdoor unit models.
Overview of main unit operations, indicators, and modes.
Details heating operation and defrost control methods.
Describes fuzzy operation logic for C/O and H/P models.
Details timer operations, auto-restart, and chaos modes.
Explains forced and test operation modes.
Covers remote control, frosting protection, self-diagnosis, and air cleaner.
Details display indicators for heating mode.
Details display indicators for cooling mode.
Describes error indication for thermistor issues.
Explains protection against evaporator pipe frosting.
Covers the selection of location for indoor and outdoor units.
Details pipe length and elevation requirements.
Instructions for mounting the plate and drilling the wall.
Steps for performing correct flaring work on pipes.
Steps for connecting piping to the indoor unit.
Steps for connecting pipes to the outdoor unit.
Instructions for connecting cables to the indoor unit.
Instructions for connecting cables to the outdoor unit.
Procedures to check the drainage system of the indoor unit.
Steps for forming and securing the piping.
Guidelines for drain piping to ensure proper flow.
Explains the importance of air purging and its effects.
Detailed steps for air purging using a vacuum pump.
Procedure for evacuating the system and final steps.
Step-by-step procedure for pumping down the system.
Procedure for re-purging the air after re-installation.
Steps to balance refrigerant levels in valves.
Procedure for evacuating the system to remove all refrigerant.
Steps for charging the system with refrigerant after evacuation.
Analysis of common operational issues based on temperature and current.
Troubleshooting steps when the product does not operate.
Troubleshooting steps when the remote controller does not work.
Troubleshooting steps when the compressor or outdoor fan fails to operate.
Troubleshooting steps when the indoor fan does not operate.
Troubleshooting steps for louver and heating function failures.
Information on the main Printed Wiring Board Assembly.
Details about the display assembly.
Schematic diagram for cooling-only models.
Schematic diagram for heat pump models.
Exploded view and parts list for the indoor unit.
Exploded view of the outdoor unit.
