Value Collection 06811046 Compression Spring 0.3in Od

Product Description

The VALUE COLLECTION 06811046 is a small-diameter compression spring suited for light-duty mechanical assemblies, tooling fixtures, and precision equipment. It measures 0.3 inches in outside diameter with a free length of 1.5 inches and a wire diameter of 0.035 inches. The spring delivers a rate of 8.28 pounds per inch and handles a maximum working load of 6.87 pounds before reaching solid height. These specs make it a reliable choice for applications requiring controlled resistance in a compact form factor. Sold in a package of 10 units, it suits shop stock and maintenance inventories that demand consistent, repeatable spring performance.

This compression spring is used in residential and commercial mechanical assemblies where a small-profile spring is needed to provide return force, preload, or cushioning. Typical applications include machine components, pneumatic tooling, valve assemblies, jigs and fixtures, and light electrical equipment. The 0.3-inch outside diameter fits within a 0.313-inch hole diameter, and the solid height of 0.559 inches defines the travel limit under full compression. Machinists, maintenance technicians, and equipment assemblers are the most common installers of this spring type.

Key Features

• Outside diameter of 0.3 inches fits a 0.313-inch hole diameter for guided installations
• Spring rate of 8.28 pounds per inch provides predictable, linear resistance through travel
• Maximum working load of 6.87 pounds before reaching solid height
• Wire diameter of 0.035 inches supports consistent coil spacing and fatigue resistance
• Free length of 1.5 inches with a solid height of 0.559 inches gives 0.941 inches of usable travel
• Packaged in quantities of 10 for shop stock and replacement inventory

Compatibility

Designed as a standard compression spring for light-duty mechanical assemblies requiring a 0.3-inch outside diameter and 1.5-inch free length form factor.

Installation Notes

This spring is typically installed by machinists or mechanical technicians during equipment assembly or maintenance. Relieve any stored mechanical energy and de-energize the equipment before disassembling spring-loaded components. Use appropriate hand tools or spring compressors to seat the spring squarely within its bore or over its pilot to prevent buckling under load. Do not exceed the rated maximum working load to avoid permanent deformation.