To Next PageTo Next PageHow to check power supply for Sanyo SAP-C127RAX?
To ensure your Sanyo Air Conditioner receives adequate power, first, verify that the voltage falls within the specified range, allowing for a variation of +/–10% of the rating. Second, confirm that the power supply is active and properly delivering power to the unit.
How to check power supply wiring for Sanyo SAP-C127RAX?
To resolve power supply wiring issues with your Sanyo Air Conditioner, check that the power supply wires are correctly connected to terminals L and N on the terminal plate in the outdoor unit.
How to check lead wires and connectors in Sanyo SAP-C127RAX?
To troubleshoot lead wires and connectors in your Sanyo Air Conditioner units: * Ensure the coating of lead wires is undamaged. * Confirm lead wires and connectors are firmly connected. * Verify the wiring is correct.
General| Brand | Sanyo |
|---|---|
| Model | SAP-C127RAX |
| Category | Air Conditioner |
| Language | English |
Details technical specifications for indoor and outdoor units, including performance, dimensions, and electrical ratings.
Lists specifications for key internal components like control PCBs, fans, and motors for indoor units.
Lists specifications for other components such as thermistors and power relays for both indoor and outdoor units.
Illustrates the flow of refrigerant through the indoor and outdoor units during the cooling cycle.
Presents cooling characteristics charts showing operating current and low pressure versus outdoor inlet air temperature.
Displays charts illustrating air throw distance for different flap angles and air velocities under cooling conditions.
Provides tables of cooling capacity (TC) and sensible heat capacity (SHC) under various temperature conditions.
Details electrical ratings such as running amperes and power input for indoor, outdoor, and complete units.
Provides wiring diagrams for the indoor unit, illustrating connections for the controller, fan motor, and flap motor.
Guides on selecting appropriate locations for indoor and outdoor units, considering airflow, sunlight, and structural support.
Lists recommended wire lengths and diameters for power supply systems, along with wiring system diagrams.
Advises on optimal placement of the remote control unit and mounting instructions for wall installation.
Provides a step-by-step guide on performing a test run of the air conditioner using the remote controller.
Explains the procedure for safely removing and reinstalling the front grille of the indoor unit for access.
Details how to set addresses for multiple remote controllers to prevent interference between units.
Explains how room temperature is controlled by cycling the compressor based on sensor readings.
Describes the dry mode operation, which removes moisture from the air at low cooling levels.
Details the freeze prevention function that protects the indoor heat exchange coil from freezing.
Explains how the indoor fan speed is automatically adjusted based on the difference between room and set temperatures.
Provides initial checks for power supply, wiring, and connections before proceeding with troubleshooting.
Outlines troubleshooting steps for when the air conditioner fails to operate, including circuit breaker issues.
Addresses issues where neither the indoor nor outdoor unit is running, focusing on power supply and remote control checks.
Guides on troubleshooting when only the outdoor unit fails to run, checking temperature settings and wiring.
Covers troubleshooting for specific component failures, such as the indoor fan, flap motor, or outdoor fan.
Addresses issues like poor cooling or excessive cooling, including filter checks and setting adjustments.
Explains how to measure insulation resistance for power supply cords, indoor/outdoor units, and electrical parts.
Details the procedure for checking the continuity of fuses on the Printed Circuit Board (PCB).
Describes how to check the condition of motor capacitors using a multimeter for proper functionality.
