000 131 25 17 Mercedes Benz Multi Class S 416 Connecting Rod
7300 850 001
This high-strength connecting rod is specifically engineered for the air brake compressor system of the Mercedes Benz Multi Class S 416 with an OM904 engine. Designed to meet strict industrial standards, this component ensures stable mechanical operation within the compressor assembly, providing reliable service for heavy commercial vehicle applications.
| EAN Code | 8699031048505 |
|---|
Description
The mechanical integrity of an air brake compressor depends heavily on the precision and durability of its internal components. This connecting rod is designed to manage the rhythmic movements within the compressor assembly, ensuring consistent pressure delivery. Built with heavy-duty grade materials, it is engineered to withstand the constant stresses and thermal variations typical of heavy commercial vehicle engine environments.
000 131 25 17 is the OE equivalent of the MERCEDES BENZ 000 131 25 17 connecting rod used in the MERCEDES BENZ Multi Class S 416 OM904 engine. This component is a critical part of the air brake compressor repair kit system, ensuring that the mechanical link between the crankshaft and the compressor remains stable during operation. It is specifically tailored for high-demand industrial use in heavy-duty transport applications.
For workshop technicians performing air brake compressor maintenance, this part offers a precise fit for the OM904 engine series. When replacing internal parts of the compressor, it is essential to verify that all components are free from wear to prevent system failure. Proper installation and regular inspection of the connecting rod and its surrounding assembly are vital for maintaining optimal air pressure levels in the braking system.
Maintaining a reliable air brake system requires using components that match the high standards of original equipment manufacturers. This part provides a direct solution for maintaining the functionality of the compressor in heavy-duty trucks and buses, ensuring that the vehicle's pneumatic systems remain responsive and dependable.
