| Inspection |
| 1. | Check for continuity and measure the resistance between terminals No 3 and No 6.
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| 2. | Operate the seat heater after connecting the connector, and then check the thermostat by measuring the temperature of seat surface.
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| 1. | Check for continuity and measure the resistance between terminals No 1 and No 4.
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| 2. | Operate the seat heater after connecting the connector, and then check the thermostat by measuring the temperature of seat surface.
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| 1. | You can enter the diagnosis mode by turning the seat heater button on. |
| 2. | You can enter the diagnosis mode by referring to following description.
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| 3. | After entering the diagnosis mode, you can check what failed by checking the blinking LED. [Driver / Passenger Seat Heater]
[Rear Seat Heater]
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| 4. | You can check the malfunctioning by checking the blinking LED. |
| 5. | Pressing the IGN OFF button will end the diagnosis mode for the heater seat. |
| 6. | You can check whether the heating seat system works properly after turning the IGN ON. If you want to check the error code, you can refer to the procedure of 2 above. |
Circuit Diagram[Front Seat Heater (Non-Air Ventilation)][Rear Seat Heater (Bench Type)]
Components[Front Seat]1. Driver seater heater switch2. Passenger seater heater switch[Rear Seat]1. Seat heater switch
DescriptionThe evaporator temperature sensor will detect the evaporator core temperature and interrupt compressor relay power in order to prevent evaporator from freezing by excessive cooling. The evaporator temperature sensor has the Negative Temperature Coefficient (NTC).
DescriptionThe temperature control actuator is located at the heater unit. It regulates the temperature by the procedure as follows. The signal from the control unit adjusts the position of the temperature door by operating the temperature switch. Then the temperature will be regulated by the hot/cold air ratio decided by the position of the temper