Associated Spring Raymond 105-524 Die Spring Heavy Duty Gold

Product Description

The ASSOCIATED SPRING RAYMOND 105-524 is a heavy-duty die spring designed for use in stamping, punching, and metal forming tooling applications. It features a 1 inch hole diameter, a 1/2 inch rod diameter, and a 6 inch free length, with a trapezoidal wire profile that delivers higher load capacity per unit of length compared to standard round-wire springs. The gold color coding indicates heavy-duty load rating per industry convention. Manufactured from chromium alloy steel for fatigue resistance and consistent force output under repeated cycling, this spring handles a maximum deflection load of 460.8 pounds over a maximum deflection of 1.8 inches.

This die spring is suited for installation in press tooling, die sets, and progressive die assemblies in industrial manufacturing environments. Typical applications include stripper plates, nitrogen cylinder replacements, clamping fixtures, and guide pin returns. It is installed by tool and die makers, machine builders, and maintenance technicians working with metal stamping and forming equipment. The gold designation aligns with ISO 10243 and JIS B 5012 heavy-duty spring color-coding standards commonly used in die design.

Key Features

• Heavy-duty load rating with a maximum deflection load of 460.8 pounds
• Trapezoidal wire cross-section provides higher load density than round-wire alternatives
• Chromium alloy steel construction for extended fatigue life under cyclic loading
• 1 inch hole diameter and 1/2 inch rod diameter for standard die set fitment
• 6 inch free length with 1.8 inch maximum deflection and a spring rate of 256 pounds per inch
• Manufactured under ISO 9001:2008 and ISO/TS 16949:2009 certified quality systems

Compatibility

Designed as an OEM-style replacement or direct-fit die spring for heavy-duty press tooling requiring a 1 inch bore, 1/2 inch rod, and 6 inch free length configuration.

Installation Notes

Die springs should be installed by qualified tool and die makers or maintenance technicians with the press fully de-energized and all stored energy released before tooling entry. Ensure the rod diameter and bore clearance match the spring specifications to prevent lateral loading and premature fatigue. Do not compress the spring beyond the rated maximum deflection of 1.8 inches. Inspect seating surfaces for burrs or misalignment that could cause uneven load distribution during press cycling.