How to fix communication error between AUX Inverter outdoor and indoor unit?
If you're experiencing a communication error between the outdoor and indoor units of your AUX Inverter, the first step is to check the wiring and connections between these units to ensure they are properly connected.
What to do if my AUX Inverter has a drainage fault?
If your AUX Inverter is experiencing drainage issues, clear any blockages in the drainage system to ensure proper water flow.
How to troubleshoot over-voltage or low voltage protection fault on AUX Inverter?
If your AUX Inverter is showing an over-voltage or low voltage protection fault, check the electrical supply voltage to ensure it is within the correct range.
What causes a low pressure fault in AUX Inverter and how to fix it?
If your AUX Inverter indicates a low pressure fault, check the refrigerant levels to ensure they are adequate for proper operation.
How to fix fault with the fan motor of outdoor unit in AUX Inverter?
If you're having trouble with the fan motor of the outdoor unit of your AUX Inverter, check the outdoor fan motor to ensure it is functioning correctly.
What to do if AUX Inverter compressor fails to start?
If your AUX Inverter is experiencing issues with the compressor start, check the compressor start relay.
How to fix a fault with the high pressure switch on AUX Inverter?
If you encounter a fault with the high pressure switch in your AUX Inverter, check and replace the high pressure switch as needed.
How do I troubleshoot the anti-frozen protection fault on my AUX Inverter?
If your AUX Inverter shows a fault with anti-frozen protection of the indoor unit in heating mode, check for airflow blockages.
What to do if temperature sensor (Tcm) on AUX Inverter outdoor unit is faulty?
If your AUX Inverter is showing a fault with the temperature sensor on the outdoor unit, replace the temperature sensor.
How to fix a fault with the temperature sensor (Ticm) on the indoor unit of AUX Inverter?
If your AUX Inverter indicates a fault with the temperature sensor on the indoor unit, replace the indoor temperature sensor.
Provides detailed specifications for L series wall-mounted units (07K, 09K).
Lists specifications for L series wall-mounted units (12K, 18K).
Details specifications for F series wall-mounted units (07K, 09K).
Provides specifications for F series wall-mounted units (12K, 18K).
Lists specifications for the F series wall-mounted unit (24K).
Details specifications for J series wall-mounted units (07K, 09K).
Provides specifications for J series wall-mounted units (12K, 18K).
Lists specifications for cassette units (09K, 12K, 18K).
Lists specifications for ceiling floor units (09K, 12K).
Details specifications for duct units (07K, 09K).
Provides specifications for 14K and 18K outdoor units.
Details specifications for 21K and 27K outdoor units.
Lists specifications for 36K and 42K outdoor units.
Shows the electrical diagram for wall-mounted indoor units (L Type).
Presents the electrical diagram for F type wall-mounted units.
Shows the electrical diagram for J type wall-mounted units.
Illustrates the electrical diagram for cassette indoor units (09K, 12K, 18K).
Presents the electrical diagram for ceiling floor indoor units (09K, 12K, 18K).
Shows the electrical diagram for duct indoor units (07K, 09K, 12K, 18K).
Details the electrical diagram for outdoor units (14K, 18K, 21K, 27K).
Presents the electrical diagram for 36K and 42K outdoor units.
Provides coefficients for adjusting cooling and heating capacity based on temperature.
Shows coefficients for adjusting capacity based on piping length and height differences.
Explains how to set indoor unit parameters via remote or wired controllers.
Provides essential precautions for installing units safely and effectively.
Specifies suitable locations for outdoor unit installation, considering environment and noise.
Describes how to securely mount the outdoor unit using brackets and bolts.
Provides crucial precautions for connecting refrigerant pipes, including welding.
Guides on using expanding machines and connecting pipes to units.
Explains the process of emptying and vacuuming the system before charging refrigerant.
Details the importance and method of wrapping pipes with heat insulation material.
Provides a table for adding refrigerant based on pipe length exceeding 7.5m.
Highlights safety precautions for electrical work, including grounding and fuses.
Details wire types, sizes, and ODU/IDU power supply requirements.
Lists error codes displayed on the unit and wired controller with descriptions.
Provides analysis for specific failure codes, starting with H2.
Analyzes the causes and solutions for wired controller communication failure.
Analyzes the causes and solutions for communication failure between indoor and outdoor units.
Flowchart for diagnosing and resolving outdoor unit phase sequence protection issues.
General| Refrigerant | R410A |
|---|---|
| Energy Efficiency Class Cooling | A |
| Power Supply | 220-240V, 50Hz |
| Type | Split |
| Features | Auto Restart, Sleep Mode |
| Warranty | 1 Year |
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