Associated Spring Raymond W3118035 Triple Wave Washer

Product Description

The ASSOCIATED SPRING RAYMOND W3118035 is a triple wave washer designed to apply controlled axial load in assemblies where precise spring force is required in a compact, low-profile package. Constructed from 1074 grade steel, it provides a load at deflection of 72 pounds (approximately 53.40 newtons). With an inside diameter of 2.42 inches, an outside diameter of 3.118 inches, and an overall height of 0.207 inches, this washer fits into tight axial spaces while delivering consistent, repeatable spring force. It is installed by mechanical technicians and assemblers working with rotating equipment, motors, gearboxes, and bearing assemblies.

Triple wave washers are commonly used in applications requiring light-to-moderate axial preload, vibration dampening, or take-up of axial play in mechanical assemblies. This part is suited for residential and commercial equipment builds and repair applications where a standard flat washer cannot provide the necessary spring back. Its inch-system dimensions make it a direct fit for assemblies designed to standard imperial specifications.

Key Features

• Triple wave profile delivers uniform axial load distribution across the washer circumference
• 72 lb load at deflection for controlled preload in bearing and shaft assemblies
• 1074 grade steel construction for reliable spring performance and durability
• Inside diameter of 2.42 inches and outside diameter of 3.118 inches for precise dimensional fitment
• Low-profile overall height of 0.207 inches suits space-constrained axial installations
• Inch-system measurement standard for compatibility with imperial-dimensioned assemblies

Compatibility

Designed as an OEM-style replacement or service part for mechanical assemblies requiring a triple wave washer with a 2.42-inch inside diameter, 3.118-inch outside diameter, and 72 lb load at deflection in 1074 grade steel.

Installation Notes

Installation is performed by qualified mechanical technicians or assemblers. Ensure all rotating equipment is fully de-energized and locked out before disassembly. Seat the washer concentrically on the shaft or within the bore to maintain even load distribution. Do not stack multiple wave washers unless the assembly design specifically calls for it, as this will alter the load and deflection characteristics.