000 131 25 17 Mercedes Benz Connecting Rod
7300 850 001
The 000 131 25 17 connecting rod is a precision-engineered component designed for the air brake compressor system. Specifically engineered for the Mercedes Benz Multi Class S 412 with the OM906 engine, this part ensures stable mechanical movement and long-term durability in heavy commercial vehicle applications.
| EAN Code | 8699031048505 |
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Description
The connecting rod serves a critical role within the air brake compressor assembly, facilitating the essential mechanical motion required for consistent air production. This high-strength component is designed to withstand the rigorous cycles of heavy-duty operation, ensuring that the compressor maintains optimal pressure delivery within the pneumatic system. By utilizing high-strength components, this part helps maintain the structural integrity of the compressor mechanism during intense engine cycles.
000 131 25 17 is the OE-equivalent connecting rod used in the Mercedes Benz Multi Class S 412 with the OM906 engine. This part is manufactured to meet strict technical standards to ensure seamless integration with existing air brake compressor systems. Precision engineering ensures that the component functions effectively within the demanding environments of heavy commercial vehicle engine compartments.
For workshop technicians performing maintenance on the air brake system, this connecting rod offers a reliable solution for component replacement or overhaul. It is essential to verify that the installation adheres to standard torque specifications and that the surrounding compressor assembly is free from debris or wear. Regular inspection of the compressor's internal moving parts, including this rod, helps prevent unexpected system failures in fleet operations.
Maintaining precise tolerances in the compressor assembly is vital for overall vehicle safety and pneumatic stability. This part provides a stable mechanical link, ensuring that the reciprocating motion of the piston is efficiently transferred to drive the compression process without mechanical lag or vibration issues.
