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General| Capacity | 2 Ton |
|---|---|
| Power Supply | 220-240V, 50Hz |
| Refrigerant | R410A |
| Weight (Outdoor Unit) | 45 kg |
| Type | Split |
| Operating Temperature (Cooling) | 18°C to 43°C |
| Noise Level (Indoor Unit) | 42 dB(A) |
Specifies the maximum allowable length and diameter for refrigerant piping.
Defines the maximum allowable vertical distance between indoor and outdoor units.
Details the amount of refrigerant to add based on piping length.
Specifies the acceptable voltage range for operation (±10% of rated).
Indicates that air flow should be set to maximum for performance.
Lists key parameters measured for performance evaluation.
Explains the functions and buttons of the remote controller.
Instructions for setting the remote controller type for Cooling Only or Heat Pump.
Details safety mechanisms like time delay and frost prevention.
Describes how the 'I Feel' mode operates and adjusts temperature.
Explains the system's behavior when the COOLING mode is selected.
Explains the control that prevents cold air discharge during heating or defrosting.
Conditions that trigger the defrosting operation.
Conditions that stop the defrosting operation.
Visual representation of defrosting cycle timings.
Describes how fan speed is controlled via rotational frequency feedback.
Explains automatic fan speed adjustment based on temperature.
Details the operation of the vane motor for air direction control.
Explains how the vane angle is set and determined.
Describes the automatic vane angle determination for optimal air distribution.
Explains the function of the SWING mode for vane movement.
Provides instructions on setting the timer function for the air conditioner.
Lists failure codes displayed via lamp flashes or digital pipe.
Provides procedures for diagnosing and resolving system failures.
Wiring diagram for the indoor unit components.
Wiring diagram for the outdoor unit components.
List of parts for Indoor Unit models TAC-07CS/K and TAC-09CS/K.
Classifies air conditioners by function and installation type.
Defines the key elements: temperature, humidity, purity, and air flow.
Explains the basic working principle of a refrigerating cycle.
Defines the function of compressor, condenser, and evaporator.
Defines the function of capillary, dryer, muffler, and strainer.
Explains the use and operation of service valves for maintenance.
Explains refrigerant state changes on a Mollier diagram.
Guides the process of drawing a refrigerating cycle on a Mollier diagram.
Explains how to read and interpret the psychrometric chart.
Defines the Discomfort Index and its relation to temperature and humidity.
Explains how sound levels are calculated and composed.
Explains the NC curve for evaluating allowable noise levels.
Lists allowable noise levels for different environments like studios and apartments.
Covers factors contributing to cooling and heating load calculations.
Checks for electric components like switches, motors, and wiring.
Troubleshooting steps for refrigerant system issues like leaks and pressure.
Flowcharts for diagnosing and resolving common operational problems.
Covers essential installation practices to prevent issues like leaks.
Checks working power, voltage drop, and wire capacity.
Specifies required wire cross-sectional area based on rated current.
Inspects internal components like switches, protectors, and insulation resistance.
Troubleshooting electrical issues like ground test, wiring, and OLP.
Diagnosing mechanical issues like non-starting, poor compression, and overcurrent.
Analyzes suction/discharge air temperature difference and running current.
Guides troubleshooting based on refrigerant pressure and temperature readings.
Identifies symptoms and actions for refrigerant shortage.
Diagnoses and addresses issues related to closed refrigerant systems.
Identifies symptoms and actions for overcharged refrigerant.
Diagnoses issues related to poor compressor compression.
Diagnoses issues when the entire air conditioner unit is non-operational.
Troubleshooting steps when the indoor room fan fails to operate.
Diagnoses problems with the compressor or outdoor fan not starting.
Troubleshooting steps for non-operational up/down or left/right vanes.
Addresses issues where remote control settings or functions are disabled.
Troubleshooting for problems with switching between cooling and heating modes.
Addresses gas leaks due to improper pipe cutting techniques.
Addresses gas leaks caused by unremoved pipe burrs after cutting.
Addresses gas leaks due to inaccurate sizing during flaring works.
Addresses gas leaks from improper flare nut fastening.
Ensures proper drainage by checking indoor unit leveling.
Ensures correct drain hose connection for proper water flow.
Addresses leaks from improperly extended or laid drain hoses.
Ensures correct drain hose installation to prevent leaks.
Addresses leaks caused by upwarded drain hoses or clogged drains.
Troubleshoots issues related to drain hoses clogged with water.
Ensures proper insulation of tube connecting and hidden parts.
Addresses leaks from uninsulated hidden tubing sections.
Prevents water leaks caused by improper tubing and taping methods.
Ensures proper freon addition after extending tubings.
Addresses gas leakage on welded points for extending tubings.
Ensures adequate space for air intake to maintain cooling capacity.
Ensures adequate space for air discharge to maintain cooling capacity.
Ensures proper air intake for window type air conditioners.
Ensures proper air discharge for window type air conditioners.
Addresses issues with outdoor unit installation in verandahs affecting cooling.
Ensures proper awning installation for optimal outdoor unit performance.
Addresses cooling capacity reduction due to crushed tubes.
Addresses cooling capacity reduction due to use of incorrect tubing.
Addresses cooling capacity reduction due to long tubings and excessive height difference.
Addresses noise and vibration from unstably installed units.
Addresses noise and vibration from loose fittings and fasteners.
Addresses noise and vibration caused by unstably fixed tubings.
Addresses issues from poorly fixed electric power line screws.
Addresses issues from incorrect wiring of the outdoor fan's power lines.
Addresses major electrical problems due to poor insulation of connecting cables.
Addresses bad smells and gases delivered by the drain line.
Provides general information about R-407c refrigerant properties and handling.
Compares R-407c and R22 refrigerants in charging, composition, and leak detection.
Provides installation instructions specific to wall-mounted split type air conditioners.
Discusses temperature-pressure relationships and refrigerant properties.
Details the advantages and disadvantages of freon refrigerants.
Lists essential tools required for air conditioner installation.
Lists necessary accessories for air conditioner installation.
Guidance on selecting optimal indoor and outdoor unit locations.
Specifies requirements for piping length and elevation differences.
Instructions for securely mounting the indoor unit installation plate.
Guidance on drilling the correct size and position for piping through the wall.
Steps for cutting pipes and cables, and removing burrs for flaring.
Details the flaring technique and how to check for proper flare work.
Instructions for routing indoor tubing and drain hose, and connecting cables.
Steps for hanging and securing the indoor unit onto the installation plate.
Guidance on connecting pipings and drain hose to the indoor unit.
Instructions for aligning and tightening outdoor unit piping connections.
Instructions for routing indoor unit piping across the chassis.
Step-by-step guide for connecting cables to the indoor unit terminals.
Instructions for connecting cables to the outdoor unit control board.
Ensures proper drainage by checking evaporator water flow and connections.
Guides on how to form piping with insulation and secure it.
Details the importance of purging air and moisture from the system.
Step-by-step guide using a vacuum pump for air purging.
Instructions for preparing the remote control for test running.
Ensures secure and stable installation of the outdoor unit.
Steps to check refrigerant charge and air temperature difference after operation.
