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General| Power Supply | 220-240V, 50Hz |
|---|---|
| Refrigerant | R410A |
| Energy Efficiency Ratio (EER) | 3.21 |
| Coefficient of Performance (COP) | 3.61 |
| Operating Temperature (Cooling) | 18-43°C |
| Cooling Capacity | 27000 BTU |
| Heating Capacity | 28000 BTU |
| Operating Temperature (Heating) | -7°C to 24°C |
Controls the power supply to various components.
Designed for reduced operational noise.
Enhances heating efficiency through surface treatment.
Manages refrigerant flow for heating/defrosting operations.
Protects the unit's exterior from corrosion.
Safeguards valves and prevents water dripping.
Monitors and protects against high discharge temperatures.
Prevents refrigerant dilution in the compressor crankcase.
Electrical schematic for the M2OC-14HRDN1-Q model.
Electrical schematic for the M2OC-14HRDN1 model.
Electrical schematic for the M2OC1-18HRDN1-Q model.
Electrical schematics for M3OC1-21HRDN1-Q, M3OC1-27HRDN1-Q, M3OC-27HRDN1.
Electrical schematic for the M2OC-18HRDN1 model.
Electrical schematic for the M4OC-24HRDN1-Q model.
Electrical schematics for M4OC1-27HRDN1-Q and M4OC-27HRDN1.
Electrical schematic for the M4OC-36HRDN1-Q model.
Electrical schematic for the M50A-36HRDN1-Q model.
Diagram showing the refrigerant flow for binary type systems.
Diagram showing the refrigerant flow for trinary type systems.
Diagram showing the refrigerant flow for quadplex type systems.
Diagram showing the refrigerant flow for quintuple type systems.
Indoor unit combinations for specific M2OC models.
Indoor unit combinations for specific M2OC models.
Indoor unit combinations for the M3OC1-21HRDN1-Q model.
Indoor unit combinations for M3OC1-27HRDN1-Q and M3OC-27HRDN1.
Indoor unit combinations for the M4OC-24HRDN1-Q model.
Indoor unit combinations for M4OC1-27HRDN1-Q and M4OC-27HRDN1.
Indoor unit combinations for the M4OC-36HRDN1-Q model.
Indoor unit combinations for the M5OA-36HRDN1-Q model.
Defines common abbreviations used in electronic controls.
Specifies operating conditions for electronic controls.
Details the functions and displays of the outdoor unit's LED.
Procedure for checking unit states using the SW1 switch.
Displays and remarks for point check function on most units.
Specific displays and remarks for M5OA-36HRDN1-Q point check.
Details on compressor frequency and unit running modes.
Information on capacity demand and ambient temperature readings.
Codes corresponding to cooling and heating capacity demands.
Data on indoor unit count and outdoor ambient temperature.
Details on the opening degree of electronic expansion valves.
Ensures a delay before compressor restarts to prevent damage.
Protects the compressor from overheating at the discharge.
Safeguards components against low voltage conditions.
Limits compressor frequency based on current to prevent overcurrent.
Handles communication failures between indoor and outdoor units.
Shuts down the compressor if condenser coil temperature is too high.
Prevents freezing of the outdoor unit's heat exchanger.
Defines rules for ensuring proper oil circulation.
Functions to preheat the compressor under specific cold conditions.
Heats the compressor crankcase to prevent oil dilution in cold weather.
Lists and explains error codes for indoor unit malfunctions.
Error codes and LED status for Glory series indoor units.
Error codes for various indoor unit series.
Error codes for NEOLA, PREMIER, OASIS series indoor units.
Error codes and LED status for A5 Duct series indoor units.
Error codes and LED status for Console series indoor units.
Error codes for outdoor units excluding the M5OA-36HRDN1-Q model.
Error codes specific to the M5OA-36HRDN1-Q outdoor unit.
Steps to diagnose and resolve indoor EEPROM malfunction.
Steps to diagnose and resolve indoor/outdoor unit communication errors.
Steps to diagnose and resolve zero-crossing signal errors.
Steps to diagnose and resolve indoor fan speed control issues.
Steps to diagnose and resolve temperature sensor open/short circuits.
Steps to diagnose and resolve full-water malfunction issues.
Steps to diagnose and resolve outdoor EEPROM malfunction.
Steps to diagnose and resolve compressor voltage protection issues.
Steps to resolve communication issues between IPM and outdoor boards.
Steps to diagnose and resolve compressor discharge temperature protection.
Steps to diagnose and resolve compressor top temperature protection.
Steps to diagnose and resolve high pressure protection faults.
Steps to diagnose and resolve low pressure protection faults.
Steps to diagnose and resolve compressor current protection faults.
Steps to diagnose and resolve IPM module protection faults.
Steps to diagnose and resolve high condenser temperature protection.
Steps to diagnose and resolve PFC module protection faults.
Steps to diagnose and resolve inverter compressor drive protection faults.
