To Next PageTo Next PageWhat to do if the motor rotates briefly then stops on my Panasonic Air Conditioner?
If the motor rotates for a few seconds and then quickly stops when the indoor unit of your Panasonic Air Conditioner is operating, first replace the indoor unit controller, then, if necessary, replace the DC motor.
Why does the indoor fan motor not rotate on my Panasonic CS-MKE12NKU Air Conditioner?
If the indoor fan motor does not rotate when your Panasonic Air Conditioner unit is operating, it indicates indoor unit controller trouble. Replace the controller.
How to troubleshoot self-diagnostics failure on Panasonic Air Conditioner?
To troubleshoot a self-diagnostics failure on your Panasonic Air Conditioner: * Check the indoor unit. * Check the power voltage. * Check if the fuse is blown. * Replace the circuit board or the fuse.
Why does the fan not stop on my Panasonic CS-MKE12NKU?
If the fan in your Panasonic Air Conditioner does not stop when the unit stops, it indicates indoor unit controller trouble. Replace the controller.
What to do if the fan motor rotation speed varies excessively during indoor unit operation of my Panasonic CS-MKE12NKU?
If the fan motor rotation speed varies excessively during indoor unit operation of your Panasonic Air Conditioner, first replace the indoor unit controller, then, if necessary, replace the DC motor.
What to do if the fan motor rotation speed does not change during indoor unit operation of my Panasonic CS-MKE12NKU Air Conditioner?
If the fan motor rotation speed does not change during indoor unit operation of your Panasonic Air Conditioner, first replace the indoor unit controller, then, if necessary, replace the DC motor.
General| Brand | Panasonic |
|---|---|
| Model | CS-MKE12NKU |
| Category | Air Conditioner |
| Language | English |
Important safety warnings and precautions to follow during operation and maintenance.
Table showing compatibility of indoor units with specific multi-outdoor units.
Defines the operational temperature limits for cooling and heating modes.
Detailed technical specs for indoor units: capacity, power, dimensions.
Specifications for key internal components like fan motors and heat exchangers.
Specifications for sensors and their resistance characteristics.
Diagrams and measurements for indoor unit sizes and mounting points.
Schematic diagrams illustrating refrigerant circulation paths.
Graphs showing air throw distance for different flap angles and fan speeds.
Wiring diagrams for the indoor unit and its components.
Describes modes like Emergency, Auto, SENSOR DRY, and PAM control.
Details on overload, freeze, and cold-air prevention systems.
Safety guidelines and initial checks before performing maintenance or repairs.
Procedure for self-diagnostics and interpretation of error codes.
Covers unit checks, serial communication errors, fan motor, and noise issues.
