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Type | Split System |
---|---|
Cooling Capacity | 9000 BTU/h |
Power Supply | 220-240V, 50Hz |
Weight (Indoor Unit) | 8 kg |
Weight (Outdoor Unit) | 25 kg |
Noise Level (Outdoor) | 50 dB |
Operating Temperature (Cooling) | 18°C to 43°C |
Dimensions (Outdoor Unit) | 700 x 240 mm |
Essential safety guidelines for handling, repair, and maintenance procedures to prevent hazards.
Detailed dimensions and physical specifications for indoor and outdoor units.
Explains the purpose and operation of each button on the remote control.
Details on various operating modes like AUTO, COOL, HEAT, DRY, TURBO, MILD, and SLEEP functions.
Covers DE-ICE, FAN SPEED, COMPULSORY OPERATION, SWING, TIMER, and SELF TEST functions.
Guidelines for choosing the optimal location for indoor and outdoor units, and the remote control.
Visual guide illustrating the connection and installation of indoor and outdoor units.
Steps for cutting holes and mounting the installation plate for the indoor unit.
Procedures for connecting refrigerant pipes and drain hoses for proper unit operation.
Instructions for physically installing the indoor unit onto the mounting plate and connecting hoses.
Steps for wiring, drain line installation, and grounding the outdoor unit.
Detailed steps and tool usage for modifying pipe flares for refrigerant connections.
Steps to remove air from the refrigerant system after installation.
Instructions for refilling the air conditioner with refrigerant after installation or leak.
Guidelines for refrigerant adjustment, quantity, and flare nut fixing torque.
Procedure for safely removing refrigerant from the system before unit relocation or component replacement.
Step-by-step guide for disassembling the front grille and related components of the indoor unit.
Procedures for disassembling electrical parts (Main PCB) and the heat exchanger of the indoor unit.
Detailed steps for removing the heat exchanger from the indoor unit.
Instructions for disassembling the fan motor and cross fan assembly from the indoor unit.
Steps for disassembling the outer covers, connector box, and front cabinet of the outdoor unit.
Procedures for removing the outdoor unit's heat exchanger and compressor.
Basic checks and common operational symptoms not directly related to air conditioner malfunction.
Diagnostic steps to identify and resolve 'no power' or completely dead unit issues.
Diagnostic procedures for when the indoor unit fan fails to operate.
Diagnostic steps to identify why the outdoor unit is not operating.
Diagnostic steps for when the UP/DOWN louver motor does not operate.
Diagnostic steps for when the air conditioner cannot be operated using the remote control.
Safety and handling precautions to be observed when replacing electronic components on the PCB.
General steps for identifying, detaching, replacing, and verifying new PCB components.
Specific diagnostic procedures for common malfunctions related to PCB components and connections.
Guides for diagnosing faults in sensors, fan motors, and stepping motors by checking resistance and voltage.
Diagrams showing the exploded view of the indoor unit and a comprehensive list of its parts.
Diagram illustrating the exploded view of the outdoor unit with numbered parts.
Exploded view and parts list for the remote control unit.
Exploded view and parts list for the PCB box, including main PCB and related modules.
Diagram illustrating the internal logic and signal flow of the microcomputer control system.
Visual representation of the refrigerant flow and key operating conditions for cooling and heating cycles.
Schematic diagram of the main printed circuit board (PCB) for the air conditioner.
Schematic diagram of the display PCB, showing LEDs, sensors, and connectors.
Schematic diagram of the PCB used in the remote control unit.
Diagram showing the electrical connections within the indoor unit.
Diagram illustrating the electrical connections for the outdoor unit.
Detailed schematic of the indoor unit's electronic circuitry and components.
Detailed schematic of the remote control's electronic circuitry.