To Next PageTo Next PageWhat causes the F96 (IPM Overheating) error on a Panasonic CS-E12NKDW?
The F96 error indicates IPM overheating. This can be caused by a short circuit of hot discharge air flow, a defective outdoor fan motor, a defect in the internal circuitry of the IPM, or a defective IPM temperature sensor.
What does H16 error mean on my Panasonic Air Conditioner?
The H16 error code on your Panasonic Air Conditioner indicates an outdoor current transformer open circuit. This can be caused by a defective CT, a defective outdoor PCB or a defective compressor (low compression).
What does H98 error mean on my Panasonic Air Conditioner?
The H98 error code on your Panasonic Air Conditioner indicates an indoor high pressure protection issue. Possible causes include: an air short circuit at the indoor unit, a clogged air filter, dust accumulation on the heat exchanger, a closed 2/3 way valve, a faulty fan motor, excessive refrigerant, a clogged expansion valve or strainer, a faulty pipe temperature sensor, or a faulty indoor unit PCB.
What causes the F93 Compressor Rotation Failure in Panasonic Air Conditioner?
The F93 error code indicates a compressor rotation failure. This could be due to a disconnected compressor terminal, a faulty outdoor PCB, or a faulty compressor.
Why does my Panasonic Air Conditioner show H12 (Indoor/Outdoor Capacity Rank Mismatched) error?
The H12 error code on your Panasonic Air Conditioner indicates a capacity rank mismatch between the indoor and outdoor units. This can occur due to wrong models being interconnected, incorrect indoor or outdoor unit PCBs being mounted, defective PCBs, or signal transmission errors caused by incorrect wiring or wire breakage.
What does error code F95 mean on a Panasonic Air Conditioner?
The F95 error code indicates a cooling high pressure abnormality. This could be due to an air short circuit at the indoor unit, dust accumulation on the indoor unit heat exchanger, a closed 2/3 way valve, a faulty outdoor unit fan motor, excessive refrigerant, a clogged expansion valve or strainer, a faulty outdoor pipe temperature sensor, or a faulty outdoor unit PCB.
What does H99 error mean on my Panasonic CS-E12NKDW Air Conditioner?
The H99 error code on your Panasonic Air Conditioner indicates an indoor freeze prevention protection during cooling or soft dry modes. This can be caused by several factors: an air short circuit at the indoor unit, a clogged air filter, dust accumulation on the heat exchanger, a closed 2/3 way valve, a faulty fan motor, refrigerant shortage (leakage), a clogged expansion valve or strainer, a faulty pipe temperature sensor, or a faulty indoor unit PCB.
General| Brand | Panasonic |
|---|---|
| Model | CS-E12NKDW |
| Category | Air Conditioner |
| Language | English |
Covers essential safety guidelines and warnings for servicing and installation.
Detailed technical specifications for cooling and heating performance.
Highlights inverter technology, air purification, long piping, and serviceability.
Identifies and locates controls and components on the indoor unit.
Identifies and locates components on the outdoor unit.
Details the buttons and display of the remote control unit.
Provides physical dimensions for indoor units for installation planning.
Provides physical dimensions for outdoor units for installation planning.
Illustrates the refrigeration cycle for specific indoor/outdoor unit combinations.
Illustrates the refrigeration cycle for the E18NKD model.
Shows the block diagram for specific indoor/outdoor unit models.
Shows the block diagram for the E18NKD model.
Wiring connections for the indoor units.
Wiring connections for the outdoor units.
Detailed electronic circuit for indoor units.
Detailed electronic circuit for outdoor units.
Layouts of main, indicator, HV, comparator, and sensor PCBs for indoor units.
Layouts of printed circuit boards for outdoor units.
Guidelines for choosing optimal installation locations for both units.
Steps for fixing installation plates, drilling holes, and installing sleeves.
Procedures for cutting, flaring, and connecting refrigerant pipes.
Steps for installing the outdoor unit and connecting cables.
Procedure for evacuating the refrigeration system.
Guidelines for insulating refrigerant piping to prevent condensation.
Explains core functions like cooling, dry, heating, and auto operation.
Details manual and automatic fan speed settings.
How to adjust vertical and horizontal airflow directions.
How to use quiet and powerful modes for comfort.
Operation of timer settings and auto restart after power loss.
Explanation of indicator lights and nanoe-G operation.
Energy-saving features using presence and activity detection.
Operation controls for cooling and soft dry modes in multi-split systems.
Operation controls for heating mode in multi-split systems.
Automatic, fan, powerful, and other mode controls for multi-split systems.
Covers restart, current, IPM, and compressor protection.
Protection mechanisms for cooling and soft dry modes.
Protection mechanisms for heating operations.
Using the Auto OFF/ON button for operation modes and test runs.
Functions for setting transmission codes, clearing memory, and adjusting display.
Diagnosing issues related to pressure, temperature, and current.
Using the self-diagnosis system to identify and clear errors.
A comprehensive table of error codes and their meanings.
Step-by-step troubleshooting for common error codes (H11, H12, etc.).
Procedures for removing front grille, controller, fan, and other parts.
Steps to safely remove the electronic controller from the outdoor unit.
Performance data graphs for cooling and heating.
Performance data graphs for cooling and heating.
Performance data graphs for cooling and heating.
Performance data graphs for cooling and heating.
Performance data graphs for cooling and heating.
Charts showing sensible capacity for various models and conditions.
Visual breakdown of indoor unit parts with part numbers.
Visual breakdown of outdoor unit parts with part numbers.
