To Next PageTo Next PageHow to check power supply wiring for Sanyo SPW-X363GH56 Air Conditioner?
To ensure your Sanyo Air Conditioner is functioning correctly, verify that the power supply wires are properly connected between terminal numbers 1 and 2 on the 3P terminal plates located in both the indoor and outdoor units.
General| Brand | Sanyo |
|---|---|
| Model | SPW-X363GH56 |
| Category | Air Conditioner |
| Language | English |
Details the electrical and performance characteristics of the air conditioning units.
Lists specifications for key components within the indoor and outdoor units.
Provides specifications for various other components like transformers, thermistors, and relays.
Presents detailed physical dimensions and mounting information for indoor and outdoor units.
Illustrates the refrigerant flow paths for both cooling and heating cycles.
Defines the optimal indoor and outdoor temperature ranges for cooling and heating operations.
Explains how the unit manages room temperature by cycling the compressor based on thermostat settings.
Details the function that prevents cold air discharge by controlling indoor fan speed during heating.
Describes how indoor fan speed is automatically adjusted based on room temperature.
Explains how outdoor fan speed is automatically regulated according to outdoor temperature.
Details the system's mechanism to prevent the indoor heat exchanger coil from freezing.
Explains control of condensing temperature based on outdoor heat exchanger coil temperature.
Describes the function that protects the air conditioner from overloading during heating.
Explains the function to prevent compressor burnout from overheating.
Details automatic switching between cooling and heating modes based on temperature.
Explains the defrosting system operation to remove frost from the outdoor heat exchanger.
Describes the function of the 4-way valve in directing refrigerant for cooling and heating modes.
Explains the unit's power failure recovery and automatic restart functionality.
Details the electronic valve for precise control of refrigerant flow.
Provides normal operating temperature ranges for compressor discharge gas.
Explains the circuit that detects compressor current to prevent damage from overcurrent.
Describes the dehumidification mode, which removes moisture without significant temperature drop.
Explains the automatic control of airflow direction via the auto-flap.
Details the operation logic for the drain pump based on cooling and freeze prevention modes.
Explains how the electronic refrigerant control valve is managed for optimal performance.
Describes the system's protection against abnormal power supply voltage.
Provides detailed wiring and schematic diagrams for the indoor unit.
Provides detailed wiring and schematic diagrams for the outdoor unit.
Guides on diagnosing and resolving common problems, including flow charts and alarm messages.
Provides methods for testing electrical parts like insulation resistance, fuses, and motors.
