Value Collection 06811210 Compression Spring 0.36 in Od

Product Description

The VALUE COLLECTION 06811210 is a small-diameter compression spring suited for light-duty mechanical assemblies requiring precise load and rate characteristics. It measures 0.36 inches in outside diameter with a free length of 0.5 inches and a wire diameter of 0.032 inches. The spring delivers a rate of 15.26 lb/in and handles a maximum work load of 4.5 pounds. Solid height is 0.153 inches. This type of spring is commonly installed by maintenance technicians and mechanical assemblers working on equipment requiring compact, reliable return-force components.

This compression spring is appropriate for use in small mechanical devices, instrumentation, tooling fixtures, valves, and general industrial assemblies where a tight-diameter, short free-length spring is required. It is sized to fit a 0.375-inch hole diameter. The package includes 10 springs per order, making it practical for bench-stock inventory or repair applications where multiples are commonly consumed.

Key Features

• 0.36 inch outside diameter fits a 0.375 inch hole diameter for positive seating
• 0.5 inch free length in a compact form factor for confined spaces
• 15.26 lb/in spring rate provides consistent, predictable deflection force
• 4.5 pound maximum work load appropriate for light-duty return and compression applications
• 0.032 inch wire diameter with a solid height of 0.153 inches
• Pack of 10 supports bench-stock replenishment and multi-unit repairs

Compatibility

Designed as a general-purpose compression spring for light-duty mechanical assemblies requiring a 0.36 inch OD, 0.5 inch free length form factor.

Installation Notes

Compression springs of this size are typically installed by maintenance technicians and mechanical assemblers using standard hand tools. Ensure the mating bore or housing is free of debris before seating the spring. Confirm the installed load does not exceed the rated maximum work load of 4.5 pounds to avoid permanent set. Always depressurize or de-energize the assembly before servicing spring-loaded components.