Value Collection 06810667 Compression Spring 0.24in Od 10pk

Product Description

The VALUE COLLECTION 06810667 is a small-diameter compression spring sold in a pack of 10. It is designed to store and release mechanical energy under axial compressive loads in light-duty assemblies, tooling fixtures, valves, and general industrial applications. The spring measures 0.24 inches outside diameter with a free length of 1.25 inches and a wire diameter of 0.032 inches. It delivers a spring rate of 11 lb/in and supports a maximum work load of 6.59 pounds. Machinists, maintenance technicians, and mechanical assemblers commonly use this spring when building or servicing compact mechanisms that require precise, consistent return force.

This compression spring is suited for light-load mechanical assemblies where a small form factor is required. Typical applications include jig and fixture work, valve return mechanisms, small actuator assemblies, and OEM equipment maintenance. The 0.25-inch hole diameter fit and 0.551-inch solid height make it compatible with confined bore applications where space is limited. The pack quantity of 10 makes it practical for bench stock and multi-point installations.

Key Features

• 0.24 inches outside diameter fits tight bore and confined-space assemblies
• 11 lb/in spring rate provides consistent, measurable return force
• 6.59 pound maximum work load rated for light mechanical duty
• 0.032 inches wire diameter construction for small-scale precision applications
• 0.551 inches solid height allows for compact compressed clearances
• Sold in a pack of 10 for bench stock and multi-unit servicing

Compatibility

Designed as a general-purpose compression spring for light-duty mechanical assemblies, tooling, valve mechanisms, and OEM equipment requiring a 0.24-inch OD spring with 1.25 inches free length.

Installation Notes

Installation is typically performed by machinists or mechanical maintenance technicians during assembly or repair of light-duty mechanisms. Before servicing any assembly, relieve all stored mechanical, pneumatic, or electrical energy in the system. Ensure the mating bore diameter does not exceed 0.25 inches and that adequate clearance exists for the spring to reach solid height without side-loading. Do not compress the spring beyond its solid height, as this can cause permanent set and loss of rated spring rate.