Gardner Spring GT1715627-ML Torsion Spring 270 Deg 0.259 Od

Product Description

The GARDNER SPRING GT1715627-ML is a small-diameter torsion spring designed for precision mechanical assemblies where controlled rotational force and compact geometry are required. It features a 0.259-inch outside diameter, a 0.017-inch wire diameter, and a 270-degree deflection angle, making it well suited for tight-tolerance applications in instrumentation, HVAC actuators, and light electromechanical devices. The spring provides 1/8 inch-pound of torque at leg length, with 4.75 active coils and a 0.750-inch leg length. Installation uses a maximum tool size of 0.156 inches. Licensed technicians and assembly professionals working with small mechanical components typically source this part for OEM-style replacements or precision sub-assembly builds.

This torsion spring sees use in residential and light commercial mechanical assemblies, including HVAC control linkages, damper actuators, small valve mechanisms, and general instrumentation hardware. Its compact form factor and defined torque output make it appropriate for any application requiring a repeatable rotational return force within a confined envelope. It is sold in packages of 6 with a minimum order quantity of 1 package.

Key Features

• 270-degree deflection angle for wide rotational travel in compact assemblies
• 0.259-inch outside diameter and 0.017-inch wire diameter for tight-clearance fitment
• 1/8 inch-pound torque at leg length provides consistent, repeatable rotational force
• 4.75 coils with 0.750-inch leg length for stable engagement geometry
• Maximum tool size of 0.156 inches accommodates standard small-spring installation tooling
• Sold in packs of 6 to support service inventory and small-batch assembly needs

Compatibility

Designed as an OEM-style replacement or sourcing option for precision mechanical assemblies requiring a small-diameter torsion spring with a 270-degree deflection angle and 0.259-inch outside diameter.

Installation Notes

Installation of torsion springs in mechanical assemblies should be performed by qualified technicians familiar with spring-loaded mechanisms. Relieve any stored energy in the assembly before removing the old spring. Use tooling no larger than 0.156 inches at the spring bore to avoid coil distortion during installation. Follow the equipment manufacturer's service documentation for proper leg orientation and engagement direction.