New NOx sensor for man truck, 51154080018

Technical parameters:
Sensor mounted behind the catalytic converter.
Sensor compatible with the vehicle’s ECU
24V power supply.
High quality replacement
Full DTC vehicle diagnostics printout with all error codes and VIN number required for claim

NOx sensor man AM 51154080018 on offer from Arcoore

The nitrogen oxides sensor for man AM 51154080018 available in the Arcoore range is a high-quality replacement that guarantees optimal operation in the drive unit and engine controller. The element is ready for installation directly in the exhaust gas recirculation system upstream / downstream of the catalytic converter. Its compatibility with the ECU system allows you to send messages to the engine controller about the NO and NO2 content in the exhaust gas, on the basis of which the controller regulates the operation of the drive unit.

How does the NOx sensor man AM 51154080018 work?

During the continuous monitoring of the nitrogen oxides content in the exhaust gas, the sensor sends a signal with information to the engine controller. On the other hand, the controller, based on the received information, manages the operation of the drive unit in such a way that it generates as little nitrogen oxide NO and nitrogen dioxide NO2 as possible in the process of combustion of the fuel-air mixture.

Why is the NOx sensor replacement necessary?

If a fault with the nitrogen oxide sensor is detected in your man AM 51154080018, it will not only result in an incorrect reading of these compounds in the exhaust gases and their emission into the atmosphere, but also increased fuel consumption and unstable engine operation. All because the controller, which receives incorrect information from the sensor, will supply the engine with the wrong proportions of fuel-air, as well as the wrong amount of Adblue.

What do we owe the NOx sensor man AM 51154080018?

Correct information about the exhaust gas content allows you to achieve optimal engine operation. In the case of a damaged NOx sensor, the engine will not be supplied with an optimal mixture, which will result in e.g. too high concentration of toxic and harmful to the environment and health nitrogen oxides, excessive fuel consumption, increasing driving costs and uneven engine operation.