Mercedes Change Over Valve - Pierburg 0025401897

Product Information

A vapor canister purge solenoid is an electrical component in a vehicle's evaporative emission control (EVAP) system. It controls the flow of fuel vapors from the vapor canister into the engine's intake manifold, allowing these vapors to be burned during combustion. This process helps reduce emissions and maintain engine efficiency.

• Check Engine Light: A malfunctioning purge solenoid can trigger the check engine light, often accompanied by specific trouble codes related to the EVAP system
• Increased Emissions: A malfunctioning purge solenoid can result in higher levels of harmful emissions, potentially causing the vehicle to fail emissions tests
• Evaporative Emission Control System Leaks: If the solenoid is damaged, it may lead to leaks in the EVAP system, which can affect the vehicle's overall emissions performance.

About Pierburg

Pierburg S.A. is a company that forms part of the KSPG AG Group, a worldwide leader in the design, development and production of automobile components. As a worldwide automotive provider, Pierburg S.A. holds a position as a leader in the automotive markets thanks to their competence in the areas of the reduction of emissions and secondary air management. The development of our products is carried out in close collaboration with well-known automotive manufacturers.

With a history beginning with the start of the automobile industry, Pierburg’s reputation has been that of superior engine expertise. Pierburg remains a pioneer in advanced pump technology working as an OEM (original equipment manufacturer) for many European auto brands. Their product line ranges from coolant pumps, oil pumps and re-circulating water pumps, to vacuum pumps and many more. For every function, Pierburg produces a solution that provides the highest reliability, dependability, and functionality for automobiles.

Even before the talks of climate change, Pierburg had been working on finding solutions for ecological friendly vehicle technology, in order to slow fuel consumption and decrease emissions. One example is Pierburg’s line of on-demand oil and water pumps only run when needed resulting in reduced engine emissions.