To Next PageTo Next PageHow to check power supply for Sanyo SPW-U363GH56 Air Conditioner?
To check the power supply for your Sanyo Air Conditioner: * Verify that the voltage is within the specified range (±10% of the rating). * Ensure that power is being supplied to the unit.
How to check power supply wiring on Sanyo SPW-U363GH56 Air Conditioner?
To check the power supply wiring on your Sanyo Air Conditioner, ensure the power supply wires are correctly connected between terminal No. 1 & 2 on the 3P terminal plates in the indoor unit and the outdoor unit.
How to check inter-unit wiring on Sanyo SPW-U363GH56 Air Conditioner?
To check the inter-unit wiring on your Sanyo Air Conditioner, verify that the inter-unit control wiring (DC low voltage) is correctly connected between the indoor unit and outdoor unit.
General| Brand | Sanyo |
|---|---|
| Model | SPW-U363GH56 |
| Category | Air Conditioner |
| Language | English |
Instructions for safe handling and moving of indoor and outdoor units.
Guidelines for installing units in various environments.
Procedures for connecting refrigerant lines, including safety precautions.
General advice for performing maintenance and repair tasks.
Detailed specifications for each air conditioner model.
Specifications for key components like motors, valves, and heat exchangers.
Specifications for transformers, thermistors, relays, and pumps.
Physical dimensions and layout drawings for indoor and outdoor units.
Diagrams illustrating the refrigerant flow in cooling and heating cycles.
Specifies the temperature limits for cooling and heating operation.
Explains how the unit maintains the set room temperature via compressor control.
Details the function to prevent cold air drafts during heating startup.
Describes how indoor fan speed is automatically adjusted based on room temperature.
Explains the automatic adjustment of outdoor fan speed based on outdoor temperature.
Details the mechanism to prevent the indoor heat exchanger coil from freezing.
Explains how condensing temperature is controlled using outdoor coil temperature.
Describes the function that prevents the air conditioner from overloading during heating.
Details how compressor discharge temperature is managed to prevent overheating.
Explains the automatic switching between cooling and heating modes.
Describes the system that removes frost from the outdoor heat exchanger.
Details the function and control of the 4-way valve for refrigerant direction.
Explains the unit's ability to resume operation after a power failure.
Describes the function of the electronic valve for precise refrigerant flow control.
Provides temperature ranges for compressor discharge gas under different conditions.
Explains the circuit that monitors compressor current for protection.
Details the operation mode for removing moisture without significant temperature drop.
Explains the control logic for the drain pump operation.
Describes the control methods for the electronic refrigerant control valve.
Explains the system for detecting and responding to abnormal voltage levels.
Wiring and schematic diagrams for the indoor unit.
Wiring and schematic diagrams for the outdoor unit.
Guides for diagnosing and resolving unit problems using flow charts and alarms.
Procedures for testing electrical parts like insulation, fuses, and motors.
