Associated Spring Raymond 106-414 Die Spring Extra Heavy-duty

Product Description

The ASSOCIATED SPRING RAYMOND 106-414 is an extra heavy-duty die spring designed for high-load industrial press and tooling applications. Built from chromium alloy steel with a trapezoidal wire profile, this spring delivers a spring rate of 345.00 pounds per inch and a maximum deflection load of 301.9 pounds. It features a 0.75 inch hole diameter, a 0.375 inch rod diameter, and a 3.5 inch free length. The green color designation indicates extra heavy-duty duty rating per industry standard die spring classification. Toolmakers, die setters, and maintenance technicians install this component in stamping dies, injection molds, and similar precision tooling assemblies.

This die spring is suited for use in metal stamping, forming, and press tooling where consistent, high-force return action is required. Its trapezoidal wire cross-section increases load capacity relative to round wire springs of comparable dimensions, making it appropriate for demanding production environments. The compact 3.5 inch free length and standardized rod and hole diameters allow direct drop-in fitment in tooling designed around industry-standard die spring sizing.

Key Features

• Extra heavy-duty rating with 301.9 pound maximum deflection load
• Spring rate of 345.00 pounds per inch for consistent, predictable force
• Trapezoidal wire shape provides higher load density versus round wire
• Chromium alloy steel construction for wear and fatigue resistance
• Green color coding for quick duty-rating identification in the field
• Manufactured to ISO 9001:2008 and ISO/TS 16949:2009 quality standards

Compatibility

Designed as an OEM-style replacement or new-installation die spring for tooling applications requiring a 0.75 inch hole diameter, 0.375 inch rod diameter, and 3.5 inch free length in the extra heavy-duty green classification.

Installation Notes

Installation is typically performed by toolmakers or die maintenance technicians. Before servicing any press or die assembly, de-energize all hydraulic and pneumatic systems and lock out all stored energy sources per applicable lockout/tagout procedures. Verify rod and hole clearances match the spring dimensions before seating. Do not compress the spring beyond the rated maximum deflection of 0.88 inches to avoid permanent set or fatigue failure.