To Next PageTo Next PageHow to check power supply wiring for Sanyo SAP-K77GHAX Air Conditioner?
To ensure your Sanyo Air Conditioner is properly powered, verify that the power supply wires are securely connected to terminals L and N on the terminal plate located in the outdoor unit.
General| Brand | Sanyo |
|---|---|
| Model | SAP-K77GHAX |
| Category | Air Conditioner |
| Language | English |
Details specifications for indoor and outdoor units, including capacity, airflow, electrical ratings, and dimensions.
Lists detailed specifications for key internal components like Controller PCB, Fan Motor, and Heat Exchanger Coil.
Provides specifications for specific components like Thermistors, Power Relays, and 4-way Valves.
Illustrates the path of refrigerant through the system, detailing components and flow cycles.
Presents graphical data on operating current, low pressure, and high pressure characteristics for cooling and heating.
Displays charts showing air throw distance based on flap angle and axis air velocity for cooling and heating.
Provides detailed tables of cooling capacity based on various indoor and outdoor temperature conditions.
Shows a chart illustrating heating capacity ratio based on outdoor temperature.
Lists electrical data for indoor, outdoor, and complete units, including running amps and power input for cooling and heating.
Contains detailed wiring diagrams for indoor and outdoor units, crucial for installation and troubleshooting.
Provides guidelines for selecting optimal indoor and outdoor unit installation locations, including AVOIDING and DO sections.
Specifies recommended wire lengths, diameters, and fuse/breaker capacities for power supply systems.
Advises on the best and worst locations for installing the remote control unit to ensure proper operation.
Details the step-by-step procedure for conducting a test run of the air conditioner after installation.
Explains the process for removing and reinstalling the indoor unit's front panel and grille for access.
Describes how the unit controls room temperature by cycling the compressor ON/OFF based on sensor readings.
Explains the dry mode, which removes moisture from the air at low levels without significantly reducing room temperature.
Details the AUTO mode functionality, where the unit automatically switches between cooling and heating based on room and set temperatures.
Explains the function that prevents the indoor heat exchange coil from freezing during cooling or dry operation.
Describes how the indoor fan speed is automatically adjusted based on the difference between room and set temperatures.
Controls indoor fan speed to prevent cold drafts until the indoor heat exchange coil warms up during heating.
Prevents overheating of the indoor heat exchange coil by adjusting fan and compressor operation based on temperature.
Explains automatic fan speed adjustment for all modes based on room and set temperatures.
Details the reverse-cycle defrosting sequence and timing chart to remove frost from the outdoor unit.
Outlines initial checks for power supply wiring, inter-unit wiring, power supply, and connectors before diagnosing issues.
Provides troubleshooting steps for scenarios where the circuit breaker trips or the unit fails to start.
Addresses issues with specific components like the indoor fan, flap motor, or outdoor fan not operating.
Covers troubleshooting for performance issues like poor cooling, excessive cooling, or unusual sounds.
Describes methods for measuring insulation resistance of power supply cords, indoor/outdoor units, and electrical parts.
Explains how to check the continuity of a fuse on the PCB assembly using a multimeter.
Details the procedure for checking the condition of motor capacitors using a multimeter.
Guides on how to set or change the address of the remote control unit to prevent interference between multiple units.
