To Next PageTo Next PageWhy does my Panasonic Heat Pump system switch off automatically?
If the Panasonic Heat Pump system operation switches off, it's due to the system's protection control. This happens when the water inlet temperature falls below 10 °C, causing the compressor to stop and the backup heater to activate.
What to do if Panasonic WH-MDC05J3E5 system does not work?
If your Panasonic Heat Pump system isn't working, check if the circuit breaker has tripped or activated.
How to improve the efficiency of Panasonic WH-MDC05J3E5 in HEAT/COOL mode?
If your Panasonic Heat Pump is not operating efficiently in HEAT or COOL mode, ensure the temperature is set correctly. Also, close the panel heater/cooler valve and clear any obstructions in the air inlet and outlet vents of the mono bloc unit.
Why is my Panasonic Heat Pump so noisy?
If your Panasonic Heat Pump is making excessive noise during operation, it could be due to the mono bloc unit being installed at an incline, or the cover not being closed properly. Ensure the unit is level and the cover is securely closed.
What to do if the operation LED is not lit on my Panasonic WH-MDC05J3E5 Heat Pump?
If the operation LED is not lit, or nothing is displayed on the Panasonic Heat Pump Remote Controller, check that the power supply is working correctly, or if a power failure has occurred.
General| Heating Capacity | 5.00 kW |
|---|---|
| COP | 4.74 |
| Refrigerant | R32 |
| Weight (Indoor Unit) | 10 kg |
| Type | Air-to-Water Heat Pump |
| Cooling Capacity | 5.0 kW |
| Power Supply | 230 V |
Essential safety warnings and precautions for installation and operation of the Mono Bloc unit.
Specific safety measures and precautions for working with R32 refrigerant.
Comprehensive guide for installing the Mono Bloc unit, including location, piping, and electrical connections.
Details on remote controller setup, installer configurations, and various operational modes.
Information regarding R32 refrigerant and its environmental impact and safety standards.
Overview of the chemical and physical properties of R32 refrigerant.
List of essential tools required for refrigerant piping installation and service.
Step-by-step procedures for new installation, relocation, and repair of the refrigerant cycle.
Specifications for copper pipe materials and flaring procedures for R32 refrigerant.
Procedures for installing, relocating, and servicing the unit.
Procedure for correctly inserting new refrigerant into the system.
Techniques and safety precautions for brazing refrigerant cycles.
Overview of inverter control and automatic adjustment for comfort and efficiency.
Methods for setting target water temperatures using compensation or direct settings.
Safety controls for indoor unit operation, including flow switch and water inlet temperature checks.
Safety controls for all operations, including current, overheating, and high pressure.
Protection controls specific to heating operation, including deice and defrost functions.
Protection controls specific to cooling operation, including freeze prevention.
Safety controls for all operations, including current, overheating, and high pressure.
Protection controls specific to heating operation, including deice and defrost functions.
Protection controls specific to cooling operation, including freeze prevention.
Refer to below steps for proper pump down procedure.
Instructions on how to adjust the pump speed settings via the remote control.
Diagnosing malfunctions in the refrigeration cycle, excluding electrical issues.
How the system displays error codes and stores them in memory for diagnosis.
Table listing diagnosis codes, abnormalities, judgments, and primary verification locations.
Methods for diagnosing specific malfunctions using error codes and troubleshooting flowcharts.
