What to do if Gree Inverter has abnormal cooling or heating?
If your Gree Inverter is showing abnormal cooling or heating, close any open doors or windows and draw any curtains or louvers to block direct sunlight. Reduce the number of heat sources in the room. Also, clean the filter if it is blocked with dirt.
Why is my Gree GMV-560WM/H-X Inverter cooling or heating abnormally?
If your Gree Inverter is not cooling or heating properly, check that the air intake and outlet of both the indoor and outdoor units are free from obstructions. Also, make sure the temperature setting, fan speed, and wind direction are properly adjusted using the wireless remote controller or wired controller.
How to troubleshoot a Gree Inverter that doesn't run?
If your Gree Inverter isn't running, first ensure it's properly connected to a power supply. Then, verify that the voltage is within the specified range. Check the fuse and breaker, replacing the fuse or reconnecting the breaker if necessary. Also, replace the batteries in the remote controller. Finally, make sure you are within the 8m control range of the remote.
What to do if Gree GMV-560WM/H-X Inverter runs but stops immediately?
If your Gree Inverter runs but stops immediately, the air intake or outlet of either the indoor or outdoor unit might be blocked. Remove any obstructions to resolve this issue.
General| Refrigerant | R410A |
|---|---|
| Outdoor Unit Noise Level | 65 dB(A) |
| Operating Temperature Range (Cooling) | -5°C to 50°C |
| Cooling Capacity | 56.0 kW |
| Heating Capacity | 63 kW |
| Power Supply | 380-415V/3Ph/50Hz |
| Indoor Unit Noise Level | 45 dB(A) |
Explains warning signs and their implications to prevent damage or injury.
Lists essential safety guidelines for unit installation, operation, and maintenance.
Details safety measures for electrical connections, refrigerant handling, and environmental considerations.
Outlines actions strictly forbidden and mandatory safety requirements for operation.
Highlights features, lists main parts, and describes product combinations.
Explains the working principle, diagrams, and operational temperature/humidity ranges.
Lists critical safety warnings for installation, repair, and moving of the unit.
Covers unit dimensions, site selection, space, foundation, and shock absorption.
Outlines design principles, requirements, and specifications for refrigerant piping systems.
Details pipe selection, allowable lengths, height differences, and connections between modules.
Details procedures for installing refrigerant pipes, manifolds, and ensuring proper connections.
Covers insulation materials, wrapping techniques, and pipeline support requirements.
Outlines preparation and step-by-step instructions for installing ventilation pipes.
Details procedures for performing an air tightness test on the refrigeration system.
Explains the process and requirements for vacuum drying the refrigeration system.
Details how to calculate and perform refrigerant charging, including pre-charging and start-up.
Emphasizes safety requirements and concentration limits for preventing and managing refrigerant leaks.
Covers safety notices, circuit breaker, wire specifications, and power cord connection procedures.
Provides procedures for connecting the power cord to the unit.
Covers terminal connection, material selection, and wiring methods for communication lines.
Details address setting, IDU/ODU connection, and controller configuration.
Covers preparations before test run and critical notices for safe unit debugging.
Introduces the three methods for engineering debugging: button, PC software, and debugger.
Directs users to refer to the wired controller or remote controller manual for operation.
Covers cleaning of heat exchangers, drain pipes, and seasonal maintenance procedures.
Guides on seasonal operational precautions and obtaining replacement parts.
Lists common malfunctions, their reasons, and suggested measures for resolution.
Provides a comprehensive list of error codes and their corresponding content for diagnosing unit faults.
Outlines warranty conditions and requirements for unit operation and parts.
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