Associated Spring Raymond W2645028 Triple Wave Washer

Product Description

The Associated Spring Raymond W2645028 is a triple wave washer engineered to deliver controlled axial load and vibration damping in precision mechanical assemblies. Manufactured from grade 1074 steel, this washer features a 2.645-inch outer diameter, a 2.057-inch inner diameter, and an overall height of 0.184 inches. It delivers a load at deflection of 47 pounds (111.20 N), making it suitable for applications where consistent spring force and compact profile are required. Licensed HVAC technicians, industrial mechanics, and assembly professionals working with motors, bearings, and shaft components will recognize this as a standard wave spring washer used to preload components and take up axial play.

This triple wave washer is used in residential and commercial mechanical assemblies where axial preload is needed in tight stack-up spaces. Common install scenarios include motor shaft assemblies, bearing retention, gearboxes, and rotating equipment where conventional coil springs lack the space envelope. The inch-system dimensions make it a natural fit for North American OEM and service applications. The 2.057-inch bore accommodates shaft or fastener interfaces in that size range.

Key Features

• Triple wave profile distributes load evenly across three contact points for stable, repeatable spring force
• Grade 1074 steel construction provides strength and fatigue resistance under cyclic loading
• 47 lb load at deflection suits moderate preload applications
• Low-profile 0.184-inch overall height fits tight axial clearances
• 2.645-inch OD and 2.057-inch ID sized to inch-system shaft and bore standards
• 0.028-inch material thickness supports consistent deflection characteristics

Compatibility

Designed as an OEM-style replacement or service-part wave washer for mechanical assemblies requiring a 2.645-inch OD triple wave washer in grade 1074 steel with inch-system dimensions.

Installation Notes

Installation is typically performed by mechanical assemblers or service technicians familiar with bearing and shaft preload procedures. De-energize and lock out all rotating equipment before disassembly. Verify the bore diameter, outer diameter, and stack height against the assembly drawing before installation to confirm correct fitment. Avoid over-compressing the washer beyond its rated deflection, as permanent set will reduce load performance.