To Next PageTo Next PageWhat to do if my Panasonic Air Conditioner has indoor high pressure protection?
If your Panasonic Air Conditioner is showing an indoor high pressure protection error, it might be due to a dirty air filter or a short circuit in the air circulation. Check if the air filter is dirty and clean it. Also, ensure that there isn't anything obstructing the air circulation around the unit.
Why does my Panasonic CS-S24HKH show IPM overheating protection?
IPM (power transistor) overheating protection in your Panasonic Air Conditioner can be triggered by several factors: excess refrigerant, improper heat radiation, or a faulty IPM (Power transistor).
What causes total running current protection in Panasonic CS-S24HKH?
Total running current protection in your Panasonic Air Conditioner may be due to excess refrigerant or improper heat radiation.
How to fix indoor heat exchanger anti-freezing protection in Panasonic Air Conditioner?
Indoor heat exchanger anti-freezing protection in your Panasonic Air Conditioner can be triggered by insufficient refrigerant or a dirty air filter. Consider checking the refrigerant levels and cleaning the air filter.
What causes outdoor compressor overheating protection in my Panasonic CS-S24HKH?
Outdoor compressor overheating protection in your Panasonic Air Conditioner may occur due to insufficient refrigerant or a faulty compressor. Check the refrigerant levels. If the issue persists, the compressor itself may need inspection.
What causes outdoor fan motor lock abnormality in Panasonic CS-S24HKH Air Conditioner?
Outdoor fan motor lock abnormality in your Panasonic Air Conditioner could be related to the outdoor PCB or the outdoor fan motor itself.
What causes cooling high pressure protection in Panasonic CS-S24HKH Air Conditioner?
Cooling high pressure protection in your Panasonic Air Conditioner may be caused by an issue in the outdoor refrigerant circuit.
What causes cooling/heating cycle changeover abnormality in Panasonic CS-S24HKH Air Conditioner?
A cooling/heating cycle changeover abnormality in your Panasonic Air Conditioner could be due to a problem with the 4-way valve or the V-coil.
What causes system and compressor microcomputer communication error in Panasonic Air Conditioner?
A system and compressor microcomputer communication error in your Panasonic Air Conditioner can be due to the compressor or the outdoor PCB.
What causes outdoor direct current peak detection in Panasonic CS-S24HKH?
Outdoor Direct Current (DC) peak detection issues in your Panasonic Air Conditioner can stem from the outdoor PCB, the IPM (Power transistor), or the compressor.
General| Brand | Panasonic |
|---|---|
| Model | CS-S24HKH |
| Category | Air Conditioner |
| Language | English |
Essential safety guidelines for handling electrical equipment and preventing hazards.
Identifies forbidden actions, symbols, and cautions for safe operation and installation.
Detailed performance and dimensional specifications for the CS-S18HKH / CU-S18HKH models.
Detailed performance and dimensional specifications for the CS-S24HKH / CU-S24HKH models.
Highlights inverter technology, e-ion air purifying system, and environmental protection features.
Covers long piping, remote control ease, quality improvements, and operation enhancements.
Identifies key controls, indicators, and components on the indoor unit.
Shows the location of air inlets and outlets on the outdoor unit.
Maps buttons and the LCD display to their respective functions on the remote control.
Provides detailed measurements and diagrams for the indoor unit's physical size.
Presents dimensional data and diagrams for the outdoor unit's physical structure.
Illustrates the refrigeration cycle and specifies piping requirements for different models.
Shows the electrical block diagram for the CS-S18HKH / CU-S18HKH models.
Presents the electrical block diagram for the CS-S24HKH / CU-S24HKH models.
Details the wiring schematics for the indoor unit, including component connections.
Provides wiring diagrams for the outdoor unit, showing component interconnections.
Illustrates the electronic circuit layout for the indoor unit.
Depicts the electronic circuit diagram for the outdoor unit.
Shows layouts for the main, power, indicator, and patrol PCBs of the indoor unit.
Displays layouts for the main printed circuit boards of the outdoor unit.
Provides guidance on choosing optimal locations for indoor and outdoor units.
Illustrates the overall installation process with diagrams and required parts.
Step-by-step instructions for installing the indoor unit, including drilling and mounting.
Covers outdoor unit installation, piping connection, and evacuation procedures.
Explains inverter control, internal setting temperature, and cooling/dry operation logic.
Describes indoor and outdoor fan motor speed control and operation patterns.
Details how to control vertical and horizontal airflow direction using manual and auto modes.
Covers Quiet, Powerful, and Timer operations for enhanced user comfort and convenience.
Explains auto restart functionality and the unit's indicator panel lights.
Details the Patrol operation mode, its sensors, and air quality monitoring.
Describes the e-ion air purification system's functionality, control, and error detection.
Details time delay safety controls and forced operation protocols to protect the unit.
Explains protection mechanisms against overcurrent, IPM overheating, and compressor issues.
Covers protection against low pressure, compressor tank temp, and frequency variations.
Details outdoor air temp control, cooling overload, dew, and freeze prevention measures.
Explains Auto Operation, Test Run, and Remote Control modes for servicing purposes.
Covers selecting transmission codes and configuring remote control settings for proper operation.
Details the functions of various buttons on the remote control for settings and operations.
Guides on diagnosing problems related to refrigerant pressure, temperature, and current.
Details how to use the unit's self-diagnosis feature to identify errors and their codes.
Lists all error codes, their meanings, emergency operations, and potential causes.
Step-by-step instructions for removing internal components of the indoor unit.
Procedure for safely removing the electronic controller from the outdoor unit.
Provides graphs showing cooling performance versus outdoor air temperature and pipe length.
Exploded views and part lists for the CS-S18HKH / CS-S24HKH models.
Exploded view and replacement parts list for the CU-S18HKH model.
Exploded view and replacement parts list for the CU-S24HKH model.
