Value Collection 06812176 Compression Spring 0.48 in Od

Product Description

The VALUE COLLECTION 06812176 is a compression spring designed for mechanical assemblies requiring precise load and deflection characteristics. With an outside diameter of 0.48 inches and a free length of 1 inch, this spring delivers a spring rate of 48.2 pounds per inch and supports a maximum work load of 21.56 pounds. The wire diameter measures 0.062 inches, and the solid height is 0.498 inches. These springs are suited for use in industrial, mechanical, and equipment maintenance applications where consistent return force and compact fitment are required. Each package contains 10 springs.

This compression spring fits into assemblies with a maximum hole diameter of 0.5 inches, making it appropriate for a wide range of light-duty mechanical devices, tooling fixtures, valves, latches, and equipment requiring reliable compression action. Trade professionals and maintenance technicians working on industrial equipment, HVAC components, plumbing assemblies, or general mechanical systems will find this spring suitable for OEM replacement and custom fabrication work where these dimensions align with the design requirement.

Key Features

• Outside diameter of 0.48 inches fits holes up to 0.5 inches
• Spring rate of 48.2 pounds per inch for predictable load response
• Maximum work load of 21.56 pounds
• Wire diameter of 0.062 inches with a solid height of 0.498 inches
• Free length of 1 inch for compact installation clearances
• Sold in a package of 10 springs

Compatibility

Designed as a general-purpose compression spring for mechanical assemblies requiring a 0.48-inch outside diameter and 1-inch free length. Verify spring rate, load, and dimensional requirements against your specific assembly before installation.

Installation Notes

Installation is performed by mechanical technicians and maintenance professionals using standard hand tools. Ensure the mating bore or housing diameter accommodates the 0.5-inch maximum hole diameter before seating the spring. Relieve any stored mechanical energy in the assembly before removing or replacing compression springs. Confirm the spring rate and maximum load values match the original design specification to avoid under- or over-loading the mechanism.