Associated Spring Raymond R19-038 Re Nitrogen Gas Spring

Product Description

The ASSOCIATED SPRING RAYMOND R19-038 RE is a nitrogen gas spring designed for use in metal stamping dies, press tooling, and precision fixture applications. It delivers a spring force of 157 lbf at initial charge and 218 lbf at full stroke, powered by a factory-sealed nitrogen charge at 2,030 psi. The body diameter measures 0.748 inches, with a body length of 3.07 inches and an overall length of 4.65 inches. Maximum stroke is 1.5 inches. The red color coding aids quick identification of force class during setup and maintenance. This component is installed by toolmakers, die setters, and precision fabricators working in stamping and forming operations.

Nitrogen gas springs of this type replace conventional coil springs in progressive and compound dies where consistent, controllable force over a defined stroke is critical. The compact 0.748-inch diameter allows integration into tight die sections where standard coil springs cannot fit. This unit is suited for light-force stamping applications in both prototype and production tooling environments where repeatable stroke force and minimal footprint are priorities.

Key Features

• 218 lbf full stroke force for consistent die cushion and blank holder performance
• 157 lbf initial spring force with progressive force curve over 1.5-inch maximum stroke
• Factory pre-charged at 2,030 psi nitrogen - no external charging required at installation
• 0.748-inch diameter body fits compact die cavities and tight fixture envelopes
• Red color coding identifies force class at a glance during die setup and changeover
• Overall length of 4.65 inches with 3.07-inch body length for predictable die stack height calculations

Compatibility

Designed as an OEM-style replacement nitrogen gas spring for use in metal stamping dies, press tooling, and precision fixturing applications requiring a 0.748-inch diameter, 1.5-inch stroke gas spring with a 218 lbf full stroke force rating.

Installation Notes

Installation should be performed by qualified toolmakers or die setters familiar with nitrogen gas spring systems. Always depressurize or confirm the spring is at rest before handling a pre-charged gas spring in a confined die pocket. Follow the press manufacturer and die design specifications for mounting bore tolerances and retainer geometry. Do not apply heat, weld near, or attempt to disassemble or recharge this unit without proper nitrogen charging equipment and training.