Value Collection 06810113 Compression Spring 0.12 in Od

Product Description

The VALUE COLLECTION 06810113 is a small-diameter compression spring suited for light-duty mechanical assemblies requiring precise load and rate characteristics. With an outside diameter of 0.12 inches and a free length of 0.625 inches, this spring delivers a spring rate of 6.6 lb/in and handles a maximum work load of 1.85 pounds. Wire diameter is 0.016 inches, and solid height measures 0.251 inches. These springs are commonly installed by maintenance technicians, mechanical assemblers, and tool-and-die professionals working with compact actuator and fastener applications.

This compression spring is intended for use in small mechanical assemblies, instrumentation, consumer devices, and industrial tooling where a short travel, low-load return or clamping force is required. The 0.125-inch hole diameter compatibility makes it suitable for guided-post installations. Each order ships in a pack of 10 springs, supporting bench stock and low-volume assembly work alike.

Key Features

• Outside diameter of 0.12 inches for tight-clearance installations
• Free length of 0.625 inches with a solid height of 0.251 inches
• Spring rate of 6.6 lb/in for predictable, consistent deflection
• Maximum work load of 1.85 pounds
• Wire diameter of 0.016 inches for fine-pitch coil geometry
• Sold in a pack of 10 for bench stock or small-batch assembly use

Compatibility

Designed as a standard compression spring for compact mechanical assemblies requiring a 0.12-inch outside diameter and 0.625-inch free length with guided-post fitment up to 0.125 inches hole diameter.

Installation Notes

Compression springs of this size are typically installed by hand or with needle-nose pliers during mechanical assembly or device repair. Ensure the mating bore or post diameter is within specification before installation to prevent spring buckling or coil binding. Verify the spring is fully seated before closing the assembly and confirm the compressed length does not exceed the solid height under maximum load conditions.