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Type | Split |
---|---|
Cooling Capacity | 24000 BTU/h |
Power Supply | 220V, 50Hz |
Noise Level (Indoor) | 45 dB(A) |
Noise Level (Outdoor) | 55 dB |
Crucial warnings, cautions, and general safety advice for installation and servicing.
Guidance on selecting appropriate locations for indoor and outdoor units.
Safety measures for refrigerant handling and unit servicing.
Detailed technical data for the Sanyo KS2432A indoor unit.
Specifications for indoor unit's fan motor, heat exchanger, and flap motor.
Specifications for indoor unit's power transformer and sensors.
Visual representation and measurements for the KS2432A indoor unit.
Visual representation and measurements for C2432/CL2432 outdoor units.
Charts showing operating current vs. ambient and indoor temperatures.
Charts detailing discharge and suction pressures under various conditions.
Tables showing cooling capacity (TC, SHC) at different operating conditions.
Guidelines for insulating refrigerant tubing to prevent heat loss and condensation.
Specifies maximum tubing length and elevation difference.
Recommendations and restrictions for choosing an indoor unit installation location.
Guidelines for selecting an outdoor unit installation site.
Essential safety and procedural rules for wiring the unit.
Recommended wire lengths and diameters for power supply and inter-unit wiring.
Step-by-step procedure for connecting refrigerant tubing to the outdoor unit.
Summary of electrical characteristics for the system components.
Schematic showing the electrical connections for the indoor unit.
Schematic showing the electrical connections for the C2432 outdoor unit.
Schematic showing the electrical connections for the CL2432 outdoor unit.
Explains how the thermostat controls compressor and fan for temperature regulation.
Details the process of dehumidification during dry operation mode.
Describes how the unit prevents the indoor coil from freezing.
Explains how outdoor fan speed adjusts based on temperature for freezing prevention.
Initial checks for power, wiring, and common issues like circuit breakers.
Diagnosing why the unit or its components (fans, compressor) do not operate.
Addressing issues like poor cooling, excessive cooling, and sensor defects.
Procedures for testing resistance, protective devices, electrical parts, and fuses.
Instructions for assigning unique addresses to multiple indoor units.