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Type | Split System |
---|---|
Cooling Capacity | 9000 BTU/h |
Power Supply | 220-240V, 50Hz |
Power Consumption (Cooling) | 840 W |
Noise Level (Outdoor) | 50 dB |
Operating Temperature (Heating) | 24 °C |
Essential safety guidelines and cautions for handling and servicing the air conditioner unit.
Overview of different indoor and outdoor unit models, including specifications and chassis names.
Explanation of the coding system for indoor and outdoor unit model names and their components.
Detailed list of functions and available accessories for various indoor unit types, indicating applicability.
Description of various air flow control modes, including auto swing, chaos swing, and air flow steps.
Explanation of the PLASMA Air Purifying System, its mechanism for removing contaminants, and filter maintenance.
Details on setting External Static Pressure (ESP) and High Ceiling operation for optimal installation.
Information on hot start, self-diagnosis function, and soft dry operation for ensuring unit reliability.
Overview of convenience functions such as cooling/heating operations, auto cleaning, and timer settings.
Details on special functions like Low Ambient control, Space control, and Auto Elevation Grille.
Explanation of basic principles for controlling motor RPM via compressor frequency and IPM module.
Details on compressor control using fuzzy logic for stable system performance in cooling and heating modes.
Explanation of EEV operation using fuzzy control rules to maintain superheat or discharge pipe temperature.
Guide to understanding indoor and outdoor error indicators, codes, and their causes for fault identification.
Step-by-step instructions for performing pump down, including dip switch settings and LED indicators.
Procedure for evacuating refrigerant from the system using a vacuum pump, ensuring proper vacuum level.
Instructions for charging refrigerant into the system, including connecting hoses and purging air.
Analysis of refrigeration cycle performance based on temperature differences, pressure, and current for fault diagnosis.
Troubleshooting steps for product non-operation, remote control issues, and component failures.