To Next PageTo Next PageWhat to do if Panasonic Air Conditioner shows total running current protection?
If the total running current protection is triggered on your Panasonic Air Conditioner, it may occur 3 times within 20 minutes. You should check for excess refrigerant and improper heat radiation.
Why does my Panasonic Air Conditioner show outdoor compressor overheating protection?
If your Panasonic Air Conditioner is experiencing outdoor compressor overheating protection, this might occur 4 times within 20 minutes. In such cases, check for insufficient refrigerant and the compressor itself.
What to do if my Panasonic CU-E9GKE Air Conditioner has a refrigeration cycle abnormal?
If your Panasonic Air Conditioner is showing a refrigeration cycle abnormality, it may occur 2 times within 20 minutes. Check for no refrigerant, ensuring the 3-way valve is not closed.
What causes cool high pressure protection in Panasonic Air Conditioner?
If your Panasonic Air Conditioner displays a cooling high pressure protection error, it may occur 4 times within 20 minutes. Inspect the outdoor refrigerant circuit.
How to troubleshoot outdoor compressor abnormal revolution in Panasonic CU-E9GKE?
If your Panasonic Air Conditioner is experiencing an outdoor compressor abnormal revolution, it may happen 4 times within 20 minutes. You should check the outdoor compressor.
Why is there a cooling / heating cycle changeover abnormality in my Panasonic CU-E9GKE Air Conditioner?
If your Panasonic Air Conditioner is having issues with cooling or heating cycle changeover, it may occur 4 times within 30 minutes. Check the 4-way valve and V-coil.
What to do if Panasonic CU-E9GKE Air Conditioner displays indoor fan motor mechanism lock?
If the indoor fan motor mechanism is locked on your Panasonic Air Conditioner, this may occur 7 times continuously. Check the indoor PCB and fan motor.
How to fix outdoor Direct Current (DC) peak detection in Panasonic CU-E9GKE?
If there is an outdoor direct current peak detection issue with your Panasonic Air Conditioner, this may occur 7 times continuously. Check the outdoor PCB, IPM (Power transistor), and compressor.
What to do if Panasonic CU-E9GKE Air Conditioner has outdoor heat exchanger temperature sensor abnormality?
If your Panasonic Air Conditioner is showing an abnormality with the outdoor heat exchanger temperature sensor, allow it to continue for 5 seconds. Check the outdoor heat exchanger temperature sensor for defects or disconnections.
What causes outdoor air temperature sensor abnormality in Panasonic Air Conditioner?
If your Panasonic Air Conditioner is showing an abnormality with the outdoor air temperature sensor, allow it to continue for 5 seconds. Check the outdoor temperature sensor for defects or disconnections.
General| Brand | Panasonic |
|---|---|
| Model | CU-E9GKE |
| Category | Air Conditioner |
| Language | English |
Detailed technical specifications for the CS-E7GKEW CU-E7GKE air conditioner model.
Detailed technical specifications for the CS-E9GKEW CU-E9GKE air conditioner model.
Detailed technical specifications for the CS-E12GKEW CU-E12GKE air conditioner model.
Overview of the indoor unit, outdoor unit, and remote control components.
Identification of controls and components on the indoor unit.
Identification of controls and components on the outdoor unit.
Identification of controls and buttons on the remote control.
Detailed dimensional drawings and measurements for the indoor unit.
Detailed dimensional drawings and measurements for the outdoor unit, including installation space.
Detailed wiring connection diagram for the indoor unit's electrical components.
Detailed wiring connection diagram for the outdoor unit's electrical components.
Schematic diagram of the electronic circuits within the indoor unit.
Schematic diagram of the electronic circuits within the outdoor unit.
Layout diagrams for the main, power, indicator, and patrol PCBs of the indoor unit.
Detailed layout of the main printed circuit board for the indoor unit.
Layout diagram for the power printed circuit board of the indoor unit.
Layout diagram for the indicator panel of the indoor unit.
Layout diagram for the patrol unit of the indoor unit.
Layout diagram for the main printed circuit board of the outdoor unit.
Detailed layout of the main printed circuit board for the outdoor unit.
Guidelines for choosing the optimal location for indoor and outdoor units.
Diagram illustrating the correct placement and spacing for unit installation.
Instructions for mounting the indoor unit, drilling holes, and installing sleeves.
Instructions on how to securely mount the indoor unit's installation plate to the wall.
Procedure for drilling the wall hole and installing the piping sleeve with bushing.
Steps for physically installing the indoor unit onto the wall plate, including piping.
Steps for installing piping when routed through a wall, including bending, flaring, and insulation.
Instructions for connecting the indoor and outdoor unit cables, ensuring correct wire colors and terminal numbers.
Steps for installing the outdoor unit, connecting piping, and flaring.
Instructions for securely fixing the outdoor unit to its mounting base.
Detailed steps for cutting, flaring, and connecting refrigerant piping to the outdoor unit valves.
Procedure for removing air and moisture from the refrigeration circuit using a vacuum pump.
Instructions for connecting the power supply and inter-unit cables to the outdoor unit.
Overview of inverter control and microcomputer functions for optimal comfort and temperature adjustment.
How the internal setting temperature is determined and updated based on various factors.
Details on thermostat control for cooling operation, including compressor ON/OFF points.
Details on thermostat control for soft dry operation, including compressor ON/OFF points.
Details on thermostat control for heating operation, including compressor ON/OFF points.
How the unit selects operating mode based on temperature and remote control settings.
Details on manual and auto fan speed settings and operation patterns.
Description of the outdoor fan motor's operation speed and timing.
Explanation of automatic and manual control for vertical and horizontal airflow direction.
Details on vertical vane angles for different operation modes and manual settings.
Description of manual adjustment for horizontal airflow louvers.
Purpose and control conditions for quiet operation in cooling and dry modes.
Purpose and control conditions for quiet operation in heating mode.
How powerful mode shifts internal setting temperature for quick temperature achievement.
Functionality of the ON timer, including early start operation for comfort.
Functionality of the OFF timer to stop the unit at a set time.
How the unit automatically restarts after a power interruption.
Explanation of the LED indicators on the unit and their meanings.
Purpose and control conditions for patrol operation, monitoring air dirtiness.
Purpose and control conditions for the e-ion air purifying system.
Controls that protect the unit during all operation modes, including time delay and current limits.
Ensures the compressor does not start for 3 minutes after stopping operation.
Prevents the compressor from stopping within 30 seconds of starting operation.
Controls to prevent overheating and excessive current in the IPM power transistor.
Regulates compressor frequency based on discharge temperature to prevent overheating.
Detects low pressure conditions indicative of gas leakage and stops operation.
Protects the compressor by monitoring tank temperature rise under specific operating conditions.
Adjusts compressor frequency if it operates below a certain limit for an extended period.
Sets minimum operating frequency based on various temperature conditions.
Specific protection controls applicable only during cooling and soft dry operations.
Regulates compressor frequency based on outdoor air temperature during cooling/soft dry modes.
Limits compressor operation frequency when outdoor pipe temperature exceeds a threshold.
Stops the compressor if indoor heat exchanger temperature drops too low, resuming when it warms up.
Specific protection controls applicable only during heating operations.
Controls compressor frequency based on indoor intake air temperature during heating.
Regulates maximum current based on outdoor air temperature during heating.
Regulates compressor operating frequency based on indoor heat exchanger temperature.
How to activate Auto Operation, Test Run, and Remote Control modes using the Auto OFF/ON button.
Procedure for selecting and storing remote control transmission codes to prevent interference.
Details on the functions of various buttons on the remote control, including SET, CLOCK, RESET, TIMER, and TIMER.
Diagnosing issues by analyzing gas pressure, air temperature difference, and electric current.
Table showing how AC conditions relate to pressure and electric current in cooling and heating modes.
How to access and interpret error codes using the remote controller for diagnosis.
A comprehensive table listing error codes, their meanings, and primary verification locations.
Procedures for removing the front grille, main electronic controller, and associated components.
Step-by-step instructions for safely removing the front grille of the indoor unit.
Instructions for detaching the control board cover, indicator, and main electronic controller.
Steps to remove the power electronic controller, including disconnecting wires and boards.
Instructions for removing the discharge grille, including detaching the drain hose.
Steps for removing the control board by releasing screws and hooks.
Procedures for removing the cross flow fan, indoor fan motor, and associated parts.
Detailed steps for removing the electronic controller from the outdoor unit, including panel and cover removal.
Graphs showing cooling characteristics (capacity, current, pressure) versus outdoor air temperature.
Cooling performance data plotted against outdoor air temperature for the E7GKE model.
Graphs showing cooling performance versus piping length for the E7GKE model.
Graphs showing heating characteristics (capacity, current, pressure) versus outdoor air temperature.
Graphs showing heating performance versus piping length for the E7GKE model.
Cooling performance data plotted against outdoor air temperature for the E9GKE model.
Graphs showing cooling performance versus piping length for the E9GKE model.
Graphs showing heating performance versus outdoor air temperature for the E9GKE model.
Graphs showing heating performance versus piping length for the E9GKE model.
Cooling performance data plotted against outdoor air temperature for the E12GKE model.
Graphs showing cooling performance versus piping length for the E12GKE model.
Graphs showing heating performance versus outdoor air temperature for the E12GKE model.
Graphs showing heating performance versus piping length for the E12GKE model.
Tables detailing sensible heat capacity based on indoor and outdoor temperatures for various models.
Diagram showing the exploded view of the indoor unit components.
Diagram showing the exploded view of the outdoor unit components.
