Under the hood: Exploring the types of sensors used in automobiles

Underneath the sleek design, intricate machinery, and eye-catching exterior lies power-packed technology that makes four-wheelers safe to drive. In today's era of automotive technology advancements, the car engineering sector has explored and invented numerous sensor technologies that help mitigate the risk of accidents and increase engine functionality. Today four-wheelers are packed with numerous Electronic Control Units (ECUs) or car sensors that overlook and automate numerous vehicle functions. The following article will explore the vehicle sensor types used in automobiles and whether or not the car insurance from Zurich Kotak General Insurance covers them.

Explore the types of sensors used in automobiles

Below are various types of sensors used in automobiles:

Oxygen sensors:

The O2 sensors measure the amount of oxygen in the exhaust gases. This sensor specifies the fuel-to-air optimization ratio. The main focus of these sensor technologies is to make the engine fuel combustion efficient.

Temperature sensors:

The temperature sensor is responsible for monitoring the engine’s temperature. This car sensor indicates to the driver if the vehicle is overheating. However, these are under the hood sensor systems and their primary work is to prevent overheating of the vehicle by automatically regulating the engine’s cooling system.

Mass airflow sensor:

These vehicle sensor types are responsible for calculating the amount of air inflow in the engine. By calculating it determining the correct fuel injection quantity can be measured.

Throttle position sensors:

These ECUs are responsible for the proper functioning of the throttle valve. The throttle valve’s precise working enables precise fuel injection and smooth engine operation.

ABS wheel speed sensors:

This vehicle sensor is responsible for monitoring the speed of each wheel thereby modulating brake pressures so that the vehicle does not drift or skid during emergency braking or in bad weather conditions.

Crankshaft position sensors:

This vehicle sensor provides vital information about the crankshaft position. The optimized working of this sensor ensures proper ignition of the vehicle and smooth running of the engine.

Camshaft position sensor:

This sensor technology provides data about the camshaft position that is responsible for synchronizing the fuel injection of the vehicle.

Engine oil level sensor:

Engine oil is an important aspect of automotive technology. The engine oil level sensor is solely responsible for maintaining the level of oil in the engine. If the engine oil levels are not maintained it can lead to catastrophic engine damage.

Coolant temperature sensor:

To avoid overheating of the vehicle engine a coolant is present under the hood. Whenever the engine begins heating the engine cooling system activates wherein the coolant is responsible for cooling the temperature of the engine. Thus proper functioning of this sensor will enable the smooth functioning of the vehicle.

The conclusion

Thus, the intricately knit web of all the sensor technologies is a vital component of automotive technology. These inventions prove beneficial as they keep the functioning of the vehicle proper thereby ensuring the safety of the driver, passenger, and co-travellers. A four-wheeler insurance offers coverage for these sensors thereby keeping the health of the vehicle in the best condition. Buying car insurance will help cope with the expenses incurred due to malfunctioning of any of these car sensors.

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