Hyundai Car 1999-05

Operation

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This component detects the temperature of the engine coolant and relays the information to the electronic control assembly. This component employs a thermistor which is sensitive to temperature changes. The electric resistance of the thermistor decreases in response to temperature rise. The ECM judges coolant temperature by the sensor output voltage and provides optimum fuel enrichment when the engine is cold.

This component detects the temperature of the engine coolant and relays the information to the electronic control assembly. This component employs a thermistor which is sensitive to temperature changes. The electric resistance of the thermistor decreases in response to temperature rise. The ECM judges coolant temperature by the sensor output voltage and provides optimum fuel enrichment when the engine is cold.

This component detects the temperature of the engine coolant and relays the information to the electronic control assembly. This component employs a thermistor which is sensitive to temperature changes. The electric resistance of the thermistor decreases in response to temperature rise. The ECM judges coolant temperature by the sensor output voltage and provides optimum fuel enrichment when the engine is cold.

This component detects the temperature of the engine coolant and relays the information to the electronic control assembly. This component employs a thermistor which is sensitive to temperature changes. The electric resistance of the thermistor decreases in response to temperature rise. The ECM judges coolant temperature by the sensor output voltage and provides optimum fuel enrichment when the engine is cold.

This component detects the temperature of the engine coolant and relays the information to the electronic control assembly. This component employs a thermistor which is sensitive to temperature changes. The electric resistance of the thermistor decreases in response to temperature rise. The ECM judges coolant temperature by the sensor output voltage and provides optimum fuel enrichment when the engine is cold.

This component detects the temperature of the engine coolant and relays the information to the PCM. This component employs a thermistor which is sensitive to temperature changes. The electric resistance of the thermistor decreases in response to temperature rise. The ECM/PCM judges coolant temperature by the sensor output voltage and provides optimum fuel enrichment when the engine is cold.

 
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