Kipp K0568.00800855 Vibration Isolator M3 8mm

Product Description

The KIPP K0568.00800855 is a plate and stud style vibration isolator designed to reduce vibration transmission between mounted components and their supporting structures. Built around an M3 metric thread, this isolator measures 8 millimeters in diameter and 8 millimeters in height. The rubber element is rated at Shore 55A hardness, providing a firm yet compliant dampening characteristic suited to light mechanical assemblies and instrumentation mounts. At 0.01 pounds, this compact isolator is well suited for applications where space and weight are critical constraints. Installation is straightforward for mechanical technicians and equipment assemblers working with metric-fastened enclosures, panels, or machinery bases.

This vibration isolator is used in light-duty mechanical and industrial applications where isolation of vibration and shock between a mounting plate and a threaded stud connection is required. Typical install scenarios include electronic enclosure mounting, small motor isolation, HVAC component sub-mounts, and instrumentation panels where vibration attenuation is needed to protect sensitive equipment or reduce noise transmission through a structure.

Key Features

• M3 metric thread for compatibility with standard metric fastening systems
• 8 millimeter diameter and 8 millimeter height for compact fitment in space-constrained assemblies
• Shore 55A hardness rating delivers balanced stiffness and vibration dampening
• Plate and stud isolator type allows secure sandwich-style mounting between surfaces
• Lightweight at 0.01 pounds, adding negligible mass to the assembly

Compatibility

Designed as an OEM-style replacement or new-installation vibration isolator for metric-threaded M3 mounting applications in light mechanical, industrial, and instrumentation assemblies.

Installation Notes

Installation is performed by mechanical technicians or equipment assemblers using standard metric hand tools. Power down or de-energize any associated equipment before servicing mounted components. Do not overtighten the M3 fastener, as excessive clamping force can compress the isolator beyond its effective dampening range and reduce isolation performance. Verify thread engagement on both the plate and stud sides before placing the assembly under load.