Gardner Spring GE0500-0634500S Extension Spring 0.5in Od

Product Description

The GARDNER SPRING GE0500-0634500S is an extension spring designed to store and release tensile energy in mechanical assemblies. With a 0.5 inch outside diameter, a maximum extended length of 8.06 inches, and a wire diameter of 0.063 inches, this spring delivers a spring rate of 4.1712 lb/in and an initial tension of 1.4773 lb. It is used in applications where two components must be drawn together or returned to a resting position after separation. Sold in a package of 3 pieces, it suits maintenance and service work where spare units are a practical necessity.

This extension spring is suited for use in light mechanical, HVAC, and equipment applications where a small-diameter, moderate-rate extension spring is required. The 4.5 inch inside hook length provides clearance for standard hook or loop attachment points in typical brackets and mounting hardware. Industrial service technicians, equipment repair professionals, and maintenance personnel are the primary installers of this component.

Key Features

• 0.5 inch outside diameter suits compact mechanical assemblies
• Spring rate of 4.1712 lb/in provides consistent, predictable tensile resistance
• Initial tension of 1.4773 lb keeps the spring closed under no-load conditions
• Maximum extended length of 8.06 inches with 4.5 inch inside hook length
• Wire diameter of 0.063 inches for durable coil construction
• Sold in a 3-piece package, reducing per-unit cost on service calls

Compatibility

Designed as a standard-dimension extension spring suitable for mechanical assemblies and equipment requiring a 0.5 inch OD, 0.063 inch wire diameter spring with a 4.1712 lb/in spring rate.

Installation Notes

Installation is performed by qualified mechanical or equipment service technicians. De-energize or power down any equipment before replacing springs to prevent injury from unexpected movement. Use appropriate hand tools and eye protection when stretching or seating extension springs, as stored tensile energy can cause rapid recoil. Verify hook alignment and attachment point integrity before returning the assembly to service.