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Genuine Dodge Ram 3500 Oxygen Sensor
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33 Oxygen Sensors found
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Dodge Ram 3500 Oxygen Sensor
The Oxygen Sensor in Dodge Ram 3500 are significant to enhance the performance of the engine and the emission system. The sensor determines the amount of oxygen contained in the exhaust fumes and relays the info to the engine control unit thus enabling it to adjust to the most appropriate mixture of air and fuel. This keeps the engine of the Dodge Ram 3500 performing at its optimum level thus increasing on the power output and at the same time improving on the fuel efficiency. Many years of production of Dodge ram 3500 models have employed different kinds of Oxygen Sensors such as zirconia oxygen sensors as well as titania oxygen sensor. Zirconia type may be narrow-band or wideband and utilized based on its ability to produce voltage as a function of oxygen concentration whereas titania change resistance. Since Oxygen Sensor does not have a self-cleaning mechanism, the recommended interval for its change is 60 000-90 000 miles with the key issues being increased emission and reduced fuel economy.
Looking for affordable and high-quality auto parts? Then you have already arrived at the proper online shop. We offer all Dodge Ram 3500 Oxygen Sensor at great affordable prices. Moreover, all genuine Dodge Ram 3500 Oxygen Sensor come with a manufacturer's warranty. In the long run, you would realize you have saved a lot of trouble and money with OEM parts from here.
Dodge Ram 3500 Oxygen Sensor Parts Questions & Experts Answers
- Q: How Does an Oxygen Sensor Work in a Dodge Ram 3500's Exhaust System?A: The oxygen sensor in a vehicle's exhaust system reacts with the oxygen to produce a voltage output that varies depending on the oxygen content. This feedback signal is used by the PCM to determine the required fuel injector pulse width and control the air/fuel ratio. The pre-converter oxygen sensor provides this feedback, while the post-converter sensor is used to monitor the efficiency of the catalytic converter. The PCM operates in an open-loop fuel control mode until the sensor reaches its operating temperature of around 600 degrees F. The sensor requires good electrical connections, air circulation, correct operating temperature, and unleaded fuel to operate correctly. The PCM can detect sensor problems and set Diagnostic Trouble Codes. To replace the oxygen sensor, raise the vehicle, locate the sensor and disconnect the electrical connector, remove the sensor using a wrench or oxygen sensor socket, clean the threads, and apply anti-seize compound if reusing the old sensor. Installation is the reverse of removal.
