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General| Refrigerant | R410A |
|---|---|
| Outdoor Unit Weight | 42 kg |
| Air Flow (Indoor Unit) | 850 m³/h |
| Operating Temperature (Cooling) | 18-43 °C |
| Power Supply | 220V, 50Hz |
| Cooling Capacity | 18000 BTU/h |
Controls the operation of the outdoor unit via power relays.
Enhances quiet operation through optimized airflow design.
Improves heating efficiency with a water-attracting surface.
Manages refrigerant flow for heating and cooling modes.
Protects the unit from corrosion and environmental damage.
Shields valves from debris and moisture.
Monitors and protects against high discharge pipe temperatures.
Illustrates the refrigeration flow for a 1-to-2 system.
Details the refrigerant path for a 1-to-3 system.
Shows the refrigeration circuit for a 1-to-4 system.
Depicts the refrigerant flow for a 1-to-5 system.
Electrical connection diagram for the M2OC-18HFN8-Q model.
Electrical connection diagram for the M2OG-14HFN8-Q model.
Electrical connection diagram for the M2OD-18HFN8-Q model.
Electrical connection diagram for the M3OE-27HFN8-Q model.
Wiring diagrams for M3OF-21HFN8-Q and M3OF-27HFN8-Q models.
Electrical connection diagram for the M4OE-28HFN8-Q model.
Electrical connection diagram for the M4OB-36HFN8-Q model.
Electrical connection diagram for the M5OD-42HFN8-Q model.
Table showing indoor unit combinations for M2OG-14HFN8-Q.
Indoor unit combinations for M2OC/M2OD-18HFN8-Q models.
Indoor unit combinations for M3OE-21HFN1-Q model.
Unit combinations for M3OE/M3OF-27HFN8-Q models.
Indoor unit combinations for M4OE-28HFN8-Q model.
Indoor unit combinations for M4OB-36HFN8-Q model.
Indoor unit combinations for M5OD-42HFN8-Q model.
Specifies torque values for installation fittings.
Guidelines for selecting and connecting power cables.
Details maximum piping lengths and height differences.
Procedures for initial system setup, leak testing, and evacuation.
Step-by-step guide for removing air from the system.
Procedure for recharging refrigerant in an operational system.
Steps to recover refrigerant before indoor unit repair.
Detailed procedure for collecting refrigerant into the outdoor unit.
Procedure for evacuating the entire system before outdoor unit repair.
Detailed steps for system evacuation.
Procedure for charging the system with refrigerant.
Definitions for technical abbreviations used in control functions.
Specifications for operating voltage, frequency, and current.
Explains the functions of the outdoor unit's digital display tube.
How to check unit status using the outdoor PCB switch.
Overview of various system protection features.
Details on compressor, communication, and condenser protection.
Explains anti-freezing, oil return, and ambient temperature protections.
Explains error codes for indoor unit malfunctions.
Lists error codes for different indoor unit types.
Explains error codes displayed by the outdoor unit.
General troubleshooting procedures for common issues.
Steps to diagnose and resolve indoor EEPROM errors.
Flowchart for troubleshooting communication failures.
Procedure for diagnosing indoor fan speed issues.
Steps to check for open or short circuits in sensors.
Troubleshooting guide for water-level alarm issues.
Diagnostic steps for PFC module protection errors.
Troubleshooting communication issues between PCBs.
Troubleshooting for compressor drive errors.
Steps to diagnose and resolve outdoor EEPROM errors.
Troubleshooting communication between IPM and outdoor main boards.
Diagnostic steps for voltage protection issues.
Procedure for diagnosing outdoor fan speed problems.
Troubleshooting for high pressure protection in specific models.
Troubleshooting for low pressure protection in specific models.
Steps to diagnose compressor current overload protection.
Troubleshooting for compressor discharge temperature protection.
Diagnostic steps for high condenser temperature protection.
Troubleshooting for IPM module protection issues.
Troubleshooting cooling/heating operation failures.
Diagnosing frosting or warming issues in heat exchangers.
Procedure for measuring temperature sensor resistance.
