How much does it cost to replace coolant sensor in Pontiac Montana?
The average cost for a Pontiac Montana engine coolant temperature sensor replacement is between $155 and $205. Labor costs are estimated between $124 and $157 while parts are priced between $31 and $48. This range does not include taxes and fees, and does not factor in your unique location.
How does the coolant temperature sensor work on an Audi?
The engine coolant temperature sensor reads the temperature of the coolant in one or more of these passages, and relays that information to the vehicle computer. The computer will send another signal to the engine temperature gauge, and alert the driver if the temperature exceeds the specified range for that vehicle.
What happens when the coolant temperature sensor fails?
When the engine coolant temperature sensor fails, it will send inaccurate information to the vehicle’s computer, causing the computer to react to false operating conditions. This will cause the engine to consume more fuel than normal, depleting fuel mileage, and causing black, sooty smoke from the engine under moderate to heavy acceleration.
The average cost for a Pontiac Montana engine coolant temperature sensor replacement is between $155 and $205. Labor costs are estimated between $124 and $157 while parts are priced between $31 and $48. This range does not include taxes and fees, and does not factor in your unique location.
The engine coolant temperature sensor reads the temperature of the coolant in one or more of these passages, and relays that information to the vehicle computer. The computer will send another signal to the engine temperature gauge, and alert the driver if the temperature exceeds the specified range for that vehicle.
When the engine coolant temperature sensor fails, it will send inaccurate information to the vehicle’s computer, causing the computer to react to false operating conditions. This will cause the engine to consume more fuel than normal, depleting fuel mileage, and causing black, sooty smoke from the engine under moderate to heavy acceleration.