Elring 104.610 Engine Intake Manifold Gasket

Elring Intake Manifold Gasket for Mercedes-Benz

Elring 104.610 is an engine intake manifold gasket for select Mercedes-Benz and Chrysler Crossfire applications. It is specified for vehicles with an electric auxiliary air pump and supports D4 exhaust emission norm requirements, making it a fitment-focused sealing solution for the listed models.

Key Features

• Engine intake manifold gasket from Elring
• For vehicles with electric auxiliary air pump
• Supports D4 exhaust emission norm applications
• OE-style sealing part for intake manifold service
• Part number 104.610 for accurate ordering and lookup

Detailed Description

This Elring intake manifold gasket, part number 104.610, is used to seal the intake manifold to the engine on listed Mercedes-Benz and Chrysler Crossfire vehicles. Proper intake sealing helps maintain stable airflow and manifold vacuum, which is important on Mercedes-Benz C240, C320, E320, ML320, ML350, CLK320, SLK320, SLK32 AMG, C32 AMG, C280, and S350 applications, as well as the 2004-2008 Chrysler Crossfire. This part cross-references Victor Reinz 71-31363-00 for the same application.

What It Helps Address

• Intake manifold vacuum leaks
• Unstable idle caused by sealing loss
• Air leakage at the manifold-to-cylinder head interface
• Check engine light conditions related to intake sealing faults
• Service replacement for worn or heat-aged manifold gaskets

Installation Notes and Tips

Verify engine code and vehicle equipment before ordering, especially on vehicles with an electric auxiliary air pump. Clean the mating surfaces thoroughly before installation and inspect the intake manifold for warpage or damage that could affect sealing. Confirm fitment against the listed applications for Mercedes-Benz C240, C320, E320, ML320, and related models before assembly.

Quality Assurance

Elring is a recognized sealing-system manufacturer with OE-focused engineering for engine service parts. Part number 104.610 is built for the listed applications and should be matched to the vehicle’s emission and equipment requirements before installation.