To Next PageTo Next PageWhat happens if the compressor isn't compressing enough in my Panasonic CS-C12DKU Air Conditioner?
If the compressor in your Panasonic Air Conditioner isn't compressing sufficiently, the discharge tube of the compressor will become abnormally hot, typically between 154 to 194°F.
General| Outdoor Noise Level | 50 dB(A) |
|---|---|
| Dimensions (Outdoor Unit) WxHxD | 650 x 511 x 230 mm |
| Type | Split |
| Capacity | 1.2 kW |
| Cooling Capacity | 3.52 kW |
| Energy Efficiency Ratio (EER) | 3.5 |
| Power Consumption (Cooling) | 0.34 kW |
| Power Supply | 220V, 50Hz |
Highlights the unit's efficient performance.
Describes the compact physical dimensions of the unit.
Notes the extended horizontal airflow coverage.
Mentions the air filter's capability to remove dust and smoke.
Details automatic and manual control of vertical airflow via remote.
Specifies maximum allowable piping lengths for installation.
Lists enhancements like random auto restart and gas leakage protection.
Covers quiet mode, powerful mode, and timer functions.
Mentions removable and washable front panel for easy servicing.
Describes how to start and stop the unit's operation.
Explains available operation modes: Auto, Cool, Dry.
Details fan speed options: Auto, Low, Medium, High.
Covers automatic and manual vertical airflow adjustments.
Explains how to activate or deactivate Quiet and Powerful modes.
Describes how to set the desired room temperature.
Explains how to activate or deactivate Economy mode.
Details the 24-hour timer functionality for ON/OFF operations.
Detailed specifications for the CS-C9DKU/CU-C9DKU model.
Detailed specifications for the CS-C12DKU/CU-C12DKU model.
Provides dimensional drawings and measurements for the indoor unit and remote control.
Presents dimensional drawings and measurements for the outdoor unit.
Explains the process and conditions for cooling operation.
Details the soft dry operation for dehumidification and gentle cooling.
Describes how the unit automatically selects mode and temperature.
Covers various control functions like restart and time save.
Explains the 3-6 minute delay before compressor restarts after stopping.
Details the 7-minute delay for compressor restart to save energy.
Protects the indoor heat exchanger from freezing.
Prevents compressor damage from reverse rotation.
Prevents dew formation on the indoor unit discharge area.
Details how to control indoor fan speed.
Notes that there is only one speed for the outdoor fan.
Covers automatic and manual control of vertical airflow louvers.
Explains manual adjustment of horizontal airflow louvers.
Describes the powerful mode for rapid temperature achievement.
Explains the quiet mode for reduced noise levels.
Details the ON and OFF timer functions.
Describes the random restart feature after power failure.
Details the economy mode for energy saving.
Essential safety warnings and precautions for operation.
Crucial safety warnings and precautions for installation.
Guidance on choosing optimal locations for indoor and outdoor units.
Visual guide for unit installation layout.
Instructions for indoor unit installation.
Instructions for outdoor unit installation.
Procedures for connecting the refrigerant piping.
Steps to remove air and moisture from the system.
Instructions for electrical wiring of the outdoor unit.
Valve positions for shipping the unit.
Valve positions for system evacuation during installation/re-installation.
Valve positions during normal unit operation.
Valve positions for pumping down refrigerant.
Valve positions for evacuation during servicing.
Valve positions for gas charging during servicing.
Valve positions for pressure checks during servicing.
Valve positions for gas releasing during servicing.
How to identify lead-free printed circuit boards.
Step-by-step guide to remove the indoor electronic controller.
Procedures for removing the indoor fan motor and cross flow fan.
How to use the auto OFF/ON button for operation and settings.
How to reset the remote control to default settings.
Diagnosing issues based on refrigeration cycle parameters.
How AC conditions relate to pressure and current.
Methods for diagnosing compressor faults.
Graphs showing thermostat operation characteristics.
Graphs detailing cooling performance characteristics.
Schematic diagram for the indoor unit's electronic control system.
Circuit diagram for the wireless remote control.
Top and bottom view print patterns of the indoor unit PCB.
