To Next PageTo Next PageWhat does error code H15 mean on my Panasonic CS-YS24PKV Air Conditioner?
Error code H15 on your Panasonic Air Conditioner indicates an abnormality with the compressor temperature sensor. The issue might stem from a faulty connector connection (check and repair any faulty connections), a faulty sensor (replace the compressor temperature sensor), or a faulty PCB (replace the PCB).
What does error code H23 mean on my Panasonic CS-YS24PKV?
Error code H23 on your Panasonic Air Conditioner indicates an abnormality with the indoor heat exchanger temperature sensor. This could be due to a faulty connector connection (check and repair any faulty connections), a faulty sensor (replace the indoor heat exchanger temperature sensor), or a faulty PCB (replace the PCB).
What does error code H27 mean on my Panasonic CS-YS24PKV?
Error code H27 on your Panasonic Air Conditioner indicates an issue with the outdoor air temperature sensor. This can be caused by a faulty connector connection (check and repair any faulty connections), a faulty sensor (replace the outdoor air temperature sensor), or a faulty PCB (replace the PCB).
What does error code H28 mean on my Panasonic Air Conditioner?
Error code H28 on your Panasonic Air Conditioner indicates an abnormality with the outdoor heat exchanger temperature sensor. This can be due to a faulty connector connection (check and repair any faulty connections), a faulty sensor (replace the outdoor heat exchanger temperature sensor), or a faulty PCB (replace the PCB).
General| Brand | Panasonic |
|---|---|
| Model | CS-YS24PKV |
| Category | Air Conditioner |
| Language | English |
Identifies controls and components on the indoor unit for user interaction and operation.
Locates and identifies various parts and features of the outdoor unit.
Details the layout and functions of the remote control for operating the air conditioner.
Provides detailed measurements and diagrams for the indoor unit models.
Presents dimensional drawings and specifications for the outdoor units.
Illustrates the refrigeration cycle for specific indoor/outdoor unit models.
Shows the refrigeration system diagram for larger capacity models.
Depicts the electrical system layout for 9 and 12 PKV models.
Details the electrical circuit for 18 PKV models.
Illustrates the electrical system for 24 PKV models.
Provides diagrams for connecting wires within the indoor unit.
Details wiring connections for the outdoor unit, including resistance values.
Shows the detailed electronic circuit schematics for indoor units.
Presents the electronic circuit diagrams for outdoor units.
Illustrates the layout of main and auxiliary PCBs for indoor units.
Shows the layout for main and noise filter PCBs of outdoor units.
Guides on choosing the optimal location for indoor and outdoor unit installation.
Step-by-step instructions for mounting and installing the indoor unit.
Procedures for installing the outdoor unit, including piping and mounting.
Explains core functions like thermostat and soft dry operations.
Details how indoor and outdoor fan motors operate under various conditions.
Describes how to adjust vertical and horizontal airflow direction.
Explains setting ON and OFF timers for unit operation.
Covers intelligent operation modes for energy saving and comfort.
Details controls like time delay restart and 30-second forced operation.
Explains protection mechanisms against over-current and IPM overheating.
Covers protection based on operating frequency and temperature thresholds.
Describes controls to prevent freezing and dew formation.
Details the function to reduce odor released from the unit.
Explains how to use the Auto Off/On button for operation and testing.
Details functions related to the remote control, like setting and resetting.
Provides guidance for diagnosing problems related to the refrigeration system.
Explains how to use the unit's self-diagnosis function and error codes.
Offers step-by-step troubleshooting procedures for specific error codes.
Provides detailed steps for disassembling the indoor unit for repair.
Outlines the disassembly process for larger indoor unit models.
Shows performance data like cooling capacity and current vs. outdoor temp.
Details how piping length affects performance parameters.
Lists and illustrates replacement parts for the indoor unit.
Lists and illustrates replacement parts for the outdoor unit.
