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Every automobile, most especially the modern ones, have their own set of sensors. Basically, sensors are electronic devices used to take information and pass it along, usually to a computer for analysis. They are designed to monitor different elements, statistical data and performance level like air going into the engine, emission stages, tire slippage, temperature, voltages or currents, vacuum and torque oxygen, and further functions. On average, over fifty different sensors are used on high performance automobiles, and are widely seen and applied in different automotive activities and development.
One important kind of sensor that should be properly monitored is the oxygen sensor like the Suzuki oxygen sensor. These oxygen sensors are very important so much so that their failure through ordinary wear and tear or the use of leaded fuels can cause serious damage to the catalytic converter resulting to costly expenses. This kind of sensor can also be called as O2 sensor, lambda probe, lambda sensor, lambda sond or EGO (exhaust gas oxygen) sensor. This is just a small kind of sensor that is introduced into the exhaust system of a petrol engine to measure the volume of oxygen left in the exhaust gas in order to allow an electronic control unit (ECU) system to be in charge of the engine combustion process efficiency.
Modern automobiles have their oxygen sensors attached to their engine’s exhaust manifold to determine the richness or leanness of the air and gasoline mixture as it goes to the engine. After the said information has been gathered, it is now ready to be sent to the engine management or ECU computer, to perform the necessary adjustments of the mixture thereby giving the engine the best possible fuel economy or the amount of fuel required to move a vehicle over a given distance, and the lowest possible exhaust emissions.
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Suzuki Oxygen Sensor
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