Associated Spring Raymond 106-314 Die Spring Extra Heavy-duty

Product Description

The ASSOCIATED SPRING RAYMOND 106-314 is an extra heavy-duty die spring designed for use in stamping dies, press tooling, and industrial machinery applications. Built from chromium alloy steel with a trapezoidal wire cross-section, this spring delivers a maximum deflection load of 140 pounds and a maximum deflection of 0.88 inches. The green color coding identifies it as an extra heavy-duty rating per industry convention. It is typically installed by tool and die makers, maintenance machinists, or industrial MRO technicians maintaining press tooling and fixture assemblies.

This die spring fits applications requiring a 0.625-inch hole diameter and an 11/32-inch rod diameter, with a free length of 3.5 inches. It is suited for use in metal stamping dies, injection mold tooling, and heavy-duty mechanical assemblies where consistent, repeatable spring force is critical. The extra heavy-duty duty rating makes it appropriate for high-cycle or high-load press environments where light or medium-duty springs would fatigue prematurely.

Key Features

• Extra heavy-duty duty rating for high-load press and die applications
• Trapezoidal wire cross-section provides higher load capacity versus round wire at equivalent outside diameter
• Chromium alloy steel construction for fatigue resistance in high-cycle tooling
• Green color coding for quick visual identification of duty rating
• 140-pound maximum deflection load with 0.88-inch maximum deflection travel

Compatibility

Designed as a standard die spring replacement for tooling assemblies requiring a 0.625-inch hole diameter, 11/32-inch rod diameter, and 3.5-inch free length in extra heavy-duty green-series applications.

Installation Notes

Die springs are installed by qualified tool and die technicians or industrial maintenance machinists. Always relieve all press or tooling load and lock out the press before servicing spring assemblies. Ensure the mating hole and rod dimensions match the spring specifications before installation. Do not compress the spring beyond its rated maximum deflection to avoid permanent set or premature failure.