Value Collection 06810741 Compression Spring 0.24 in Od

Product Description

The VALUE COLLECTION 06810741 is a small-diameter compression spring suited for light-load mechanical assemblies, tooling fixtures, and general industrial applications. It measures 0.24 inches in outside diameter with a 1 inch free length and a 0.035 inch wire diameter. The spring delivers a rate of 20.67 pounds per inch and handles a maximum working load of 8.43 pounds. Sold in a pack of 10, this spring is a practical choice for maintenance shops, OEM assembly lines, and field service kits where consistent small-spring performance is required.

This compression spring fits applications where a compact, low-profile return or retention spring is needed. The 0.25 inch hole diameter fit and 0.499 inch solid height make it a viable option for guided spring installations in precision assemblies. Typical use cases include light machinery, instrumentation, valve mechanisms, and general mechanical subassemblies requiring a consistent spring rate in a small form factor.

Key Features

• 0.24 inch outside diameter suits tight-clearance bores and guided spring applications
• 20.67 lb/in spring rate delivers predictable, linear compression force
• 8.43 pound maximum working load rated for light mechanical duty
• 0.035 inch wire diameter provides a compact coil profile
• 0.499 inch solid height allows controlled compression in confined spaces
• Sold in a pack of 10 for shop stock or small-batch assembly use

Compatibility

Designed as a general-purpose replacement or stock compression spring for light-duty mechanical assemblies requiring a 0.24 inch OD and 1 inch free length with a 0.25 inch guided hole diameter.

Installation Notes

Installation is performed by mechanical technicians or assemblers familiar with spring-loaded component design. Verify that the mating bore or guide pin matches the specified hole diameter and solid height to prevent coil bind or misalignment under load. Inspect the spring seat surfaces for burrs or damage before installation. Do not exceed the rated maximum working load to avoid permanent set or premature fatigue failure.