Overview of the Utility Resilient Mount
When dealing with heavy machinery, vehicles, and specialized equipment, managing mechanical vibrations and shock is critical to preventing premature wear and operational failure. The 5340-01-245-4321 – UTILITY RESILIENT MOUNT is a precision-engineered hardware component specifically designed for this purpose. Built using materials with elastic properties, this mount incorporates rigid mounting facilities such as flanges, sleeves, or studs to provide a secure physical connection while isolating sensitive assemblies from continuous or intermittent mechanical shock and vibration.
Technical Specifications and Physical Design
The primary function of this utility resilient mount is to act as a reliable support structure while dampening disruptive forces within a mechanical system. Unlike standard bumpers, bushings, or pneumatic shock absorbers, this specific component serves a direct structural support and dampening role for utility applications. Its construction allows it to absorb harsh operational impacts, protecting internal components and extending the overall service life of the machinery it supports.
Manufacturers and Cross-Reference Information
Procuring exact replacement components requires accurate cross-referencing to ensure proper fit and function. The 5340-01-245-4321 is associated with specific manufacturers and alternative part numbers recognized in supply chains:
- Armor Metal Group Madison Inc. (DBA Armor Metal Fabricating) – CAGE 33873, Part Number: 51178-1-105
- Oshkosh Corporation – CAGE 45152, Part Number: 2DB965
- Oshkosh Defense, LLC – CAGE 75Q65, Part Number: 2DB965
Applications in Heavy-Duty Equipment
Given its manufacturing origins with defense and heavy vehicle contractors like Oshkosh, hardware matching the 5340-01-245-4321 specification is commonly utilized in rugged, demanding operational environments. These utility resilient mounts are ideal for heavy-duty trucks, tactical vehicles, and industrial machinery where engines, auxiliary units, or sensitive equipment require robust shock isolation to maintain performance under harsh conditions.