1100 255 100 Air Brake Compressor Repair Kits — MERCEDES BENZ
1100 255 100
The VADEN ORIGINAL 1100 255 100 is a premium repair kit designed for air brake compressor systems. This essential component ensures reliable pneumatic function and is engineered for heavy-duty performance in demanding vehicle environments. It is highly compatible with MERCEDES BENZ models including the AXOR 2 series and specialized heavy commercial vehicles.
| EAN Code | 8699031054179 |
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Description
The air brake compressor repair kit is a critical component designed to maintain the pneumatic integrity and pressure regulation of heavy-duty vehicle braking systems. This high-strength component ensures that the compressor operates within optimal parameters, preventing pressure drops and ensuring consistent air supply for the braking circuit. By using heavy-duty grade materials, this kit provides long-term reliability for commercial transport operations.
1100 255 100 is the OE equivalent of the repair kit used in MERCEDES BENZ AXOR 2 and AXOR 2535 series vehicles. This part is specifically engineered to meet the technical requirements of vehicles such as the AXOR 2 3240 K, AXOR 2 3343 B, and the AXOR 2543 LS. It provides a precise fit for various engine configurations including the OM457, ensuring seamless integration into the existing air brake system architecture.
For workshop technicians, this kit facilitates efficient maintenance and rapid assembly during routine service or heavy-duty repairs. It is designed to handle the high-pressure demands of heavy commercial vehicle braking systems, ensuring that all seals and internal components meet strict industrial standards. Regular inspection and timely replacement using this kit help prevent unexpected downtime caused by compressor failure.
Maintaining the air brake compressor with high-quality components is essential for fleet safety and operational efficiency. This repair kit supports various Mercedes-Benz models, including the INTEGRO O550 and TRAVEGO O580, ensuring that the pneumatic systems remain robust under heavy loads.