|
 |
 |
 |
 |
The oxygen sensor of your car is responsible for
the reduction of harmful exhausts emitted in the environment. It also
ensures that the power trains are performing its duty efficiently by
supplying the balanced amount of air content in the mixture. The
combination of fuel and air goes through several complex processes to
ensure that the balanced amount is given for the components making up
the car. Oxygen sensors are usually positioned in the exhaust manifold
in between the catalytic converter and the turbo for easier facility of
the exhaust that must be emitted in the open.
Toning down the amount of harmful exhaust is done by
the oxygen sensor by adjusting the amount of oxygen content in the much
needed fuel and air mixture. It sends the signal to the ECM or computer
system of the car, the component responsible for the adjustment of the
fuel grade and the change in altitude of the amount of oxygen to be
supplied and transported to the other auto parts comprising the
vehicle. The harmful exhausts commonly given off by the car are
nitrogen oxides, carbon monoxide and unburned hydrocarbons.
Cars meant for tough driving applications such
as off road driving must be matched with durable and efficient oxygen
sensor or O2 especially if the power supply is generated from fuel
injected engines. It is commonly made from a ceramic body with platinum
on the sides and a metal casing on the tip. The outside surface is
covered with a ceramic coating which is in contact with the oxygen
content in the car’s exhaust system while the interior is open to the
oxygen in the atmosphere.
Highly efficient oxygen sensors can enhance
the over all capacity and handling dynamics of the car. It also means
less harmful gas exhaust that can cause negative effects in our
environment.
|
|
 |
 |
 |
 |
| |
|
Featured
Volvo Oxygen Sensor
Inventory |
|
|
|
|
|
|
|
|
|
