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General| Type | Split System |
|---|---|
| Cooling Capacity | 2.0 kW |
| Heating Capacity | 2.5 kW |
| Power Supply | 220-240V, 50Hz |
| Refrigerant | R410A |
| Noise Level (Outdoor) | 48 dB |
Details key operational aspects like automatic flap control, auto mode, and self-diagnosis function.
Explains the nomenclature used for model identification, breaking down the product code.
Lists detailed technical specifications for different models, including capacity, power, dimensions, and refrigerant.
Defines the operational limits and conditions for safe and effective use of the air conditioner.
Provides detailed physical dimensions of both indoor and outdoor units for installation planning.
Illustrates the refrigerant circuit and components for cooling and heating cycles.
Guides capacity correction based on temperature and piping length for proper unit selection.
Details the electrical connections and wiring diagrams for the indoor and outdoor units.
Explains the functions of buttons on the remote control and the corresponding indicator lights.
Describes the function and operation of the unit's backup switch for manual control.
Details the function that resumes operation after a power interruption.
Explains how the flap position is controlled, including air scroll, memory, and swing functions.
Describes the comfort timer and how it adjusts the next operation start time based on temperature.
Details the behavior of key components like fans, flaps, and valves during heating.
Explains how fan speeds are adjusted for different airflow controls during heating.
Describes how the compressor and outdoor fan operate based on temperature settings during heating.
Explains the function that maintains a minimum temperature to prevent frost.
Details the 'Hot Spurt' function, which temporarily raises the set temperature for faster heating.
Explains the High Power mode operation for 15 minutes for rapid heating.
Outlines the conditions and process for automatic defrost operation to remove ice build-up.
Illustrates component behavior during defrosting, including compressor and fan actions.
Describes the procedure for manually initiating a defrost cycle for testing or specific conditions.
Explains the ECONO mode, which adjusts set temperature and fan speed for energy saving.
Details the behavior of key components during cooling operation.
Explains how fan speeds are adjusted for different airflow controls during cooling.
Describes how the compressor and outdoor fan operate based on temperature settings during cooling.
Explains the High Power mode operation for 15 minutes for rapid cooling.
Explains the ECONO mode, which adjusts set temperature and fan speed for energy saving in cooling.
Details the initial operational steps for dehumidifying mode, including fan and compressor actions.
Explains the cyclical operation of the unit in DRY mode based on temperature differences.
Explains the ECONO mode for dehumidifying, adjusting set temperature and fan speed.
Explains how the unit automatically selects the operation mode (Heating, Dry, Cooling) based on room temperature.
Describes the conditions and actions taken to prevent frost on the indoor heat exchanger.
Explains the protection mechanism for the indoor fan motor, including error indications.
Details the control to prevent dew condensation in the indoor unit during cooling.
Explains the mandatory 3-minute operation period before thermal operation becomes effective.
Explains how high pressure is managed by controlling the outdoor fan and compressor.
Describes the protection mechanism that cuts off current to the compressor during overcurrent conditions.
Details the protection that stops the compressor if discharge pipe temperature exceeds a limit.
Explains the protection against errors in communication between indoor and outdoor units.
Describes error conditions and indications related to thermistor disconnections or failures.
Provides critical safety warnings and precautions for installation and operation.
Lists serious safety hazards and necessary precautions during installation and handling.
Highlights important safety considerations and potential risks requiring careful attention.
Provides guidelines for selecting optimal locations for indoor and outdoor unit installation.
Specifies the maximum allowed piping length and vertical height difference between units.
Details the process and requirements for mounting the indoor unit's installation board.
Explains how to drill holes and install fixture sleeves for piping passage.
Covers preparation steps for the indoor unit, including connecting wires and forming pipes.
Provides instructions for properly installing the outdoor unit on a stable base.
Details how to connect the wiring between the indoor and outdoor units correctly.
Explains how to prepare refrigerant piping, including keeping openings clean and removing nuts.
Details the procedure for connecting refrigerant piping, including torque specifications.
Explains the process of removing air and moisture from the refrigerant system using a vacuum pump.
Covers the insulation of refrigerant pipe connections to prevent condensation.
Outlines the steps for conducting a trial run to ensure proper operation and check for leaks.
Lists standard operating data such as pressure, temperature difference, and running current for different models.
Specifies the effective operating distances and angles for the wireless remote controller.
Provides a flowchart and initial checks for troubleshooting common operational issues before PCB exchange.
Explains the self-diagnosis codes indicated by the RUN and TIMER lamps and outdoor unit LEDs.
Details inspection steps for thermistor errors, including resistance checks and PCB replacement.
Outlines troubleshooting steps for current cut issues, including service valve and short circuit checks.
Provides troubleshooting for outdoor unit abnormalities like overload operation or wiring issues.
Details checks for compressor overheat, such as thermistor resistance and refrigerant levels.
Explains troubleshooting for indoor fan motor errors, checking connections, voltage, and motor itself.
Guides troubleshooting for serial signal transmission errors between indoor and outdoor units.
Describes phenomena observed after short circuits or wire breakages on indoor and outdoor unit thermistors.
Details inspection procedures for indoor electrical components like fuses and terminal blocks.
Provides steps to check if the remote controller is functioning correctly.
Explains the process of evacuating the refrigerant system to remove impurities.
Details the procedure for charging the correct amount of refrigerant into the system.
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