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Highlights severe personal injury or death risk from electrical shock during wiring. Requires a qualified electrician.
Detailed specifications for indoor and outdoor units including performance, electrical ratings, features, and dimensions.
Detailed specifications for key components of indoor and outdoor units, such as motors and coils.
Specifications for additional components like transformers, thermistors, power relays, and thermostats.
Charts illustrating cooling characteristics and operating current based on temperatures.
Diagrams showing air throw distance based on flap angle and air velocity.
Tables detailing cooling capacity (kW) under various indoor and outdoor conditions.
Tables detailing electrical ratings, power input, and running amperes under different conditions.
Wiring diagrams for indoor and outdoor units, illustrating electrical connections.
Guidelines for selecting appropriate indoor and outdoor unit locations, avoiding hazards and ensuring performance.
Recommendations for placing the remote control unit for optimal operation and signal reception.
Table and notes on recommended wire lengths and cross-sectional areas for power supply systems.
Explanation of how the system controls room temperature by cycling the compressor.
Details on the dehumidification mode, including operation cycles and conditions.
Description of the function that prevents the indoor heat exchange coil from freezing.
Explanation of automatic switching of outdoor fan speed based on ambient temperature.
Steps to perform before starting detailed troubleshooting, focusing on power and wiring.
Troubleshooting steps for when the circuit breaker trips or the unit does not start.
Troubleshooting steps specific to the outdoor unit failing to operate.
Troubleshooting for specific parts like the indoor fan or outdoor fan not operating.
Troubleshooting steps for issues like poor cooling or excessive cooling.
Steps to diagnose and resolve issues caused by defective indoor coil or room temperature sensors.
Procedure for measuring insulation resistance of power supply wires and unit components.
Procedure to check the continuity of fuses on the PCB assembly using a multimeter.
Method for testing motor capacitors to determine if they are functioning correctly.
Step-by-step guide on operating the air conditioner using the remote control unit.
Instructions on how to adjust the fan speed, both automatically and manually.
Explanation of the energy-saving night setback mode for cooling and dry operations.
Highlights severe personal injury or death risk from electrical shock during wiring. Requires a qualified electrician.
Detailed specifications for indoor and outdoor units including performance, electrical ratings, features, and dimensions.
Detailed specifications for key components of indoor and outdoor units, such as motors and coils.
Specifications for additional components like transformers, thermistors, power relays, and thermostats.
Charts illustrating cooling characteristics and operating current based on temperatures.
Diagrams showing air throw distance based on flap angle and air velocity.
Tables detailing cooling capacity (kW) under various indoor and outdoor conditions.
Tables detailing electrical ratings, power input, and running amperes under different conditions.
Wiring diagrams for indoor and outdoor units, illustrating electrical connections.
Guidelines for selecting appropriate indoor and outdoor unit locations, avoiding hazards and ensuring performance.
Recommendations for placing the remote control unit for optimal operation and signal reception.
Table and notes on recommended wire lengths and cross-sectional areas for power supply systems.
Explanation of how the system controls room temperature by cycling the compressor.
Details on the dehumidification mode, including operation cycles and conditions.
Description of the function that prevents the indoor heat exchange coil from freezing.
Explanation of automatic switching of outdoor fan speed based on ambient temperature.
Steps to perform before starting detailed troubleshooting, focusing on power and wiring.
Troubleshooting steps for when the circuit breaker trips or the unit does not start.
Troubleshooting steps specific to the outdoor unit failing to operate.
Troubleshooting for specific parts like the indoor fan or outdoor fan not operating.
Troubleshooting steps for issues like poor cooling or excessive cooling.
Steps to diagnose and resolve issues caused by defective indoor coil or room temperature sensors.
Procedure for measuring insulation resistance of power supply wires and unit components.
Procedure to check the continuity of fuses on the PCB assembly using a multimeter.
Method for testing motor capacitors to determine if they are functioning correctly.
Step-by-step guide on operating the air conditioner using the remote control unit.
Instructions on how to adjust the fan speed, both automatically and manually.
Explanation of the energy-saving night setback mode for cooling and dry operations.
General| Brand | Sanyo |
|---|---|
| Model | SAP-K181A |
| Category | Split air conditioner |
| Language | English |
