Gardner Spring MW0855-010 Wave Disc Spring 0.855 in Od

Product Description

The GARDNER SPRING MW0855-010 is a wave disc spring manufactured from high-carbon steel to grade 1074-1095. It is designed to deliver controlled axial load in compact assemblies where space is limited and consistent spring force is required. With an outside diameter of 0.855 inches, an inside diameter of 0.65 inches, and an overall height of 0.06 inches, this spring fits into tight axial envelopes. It delivers a load of 5.50 pounds at deflection and a load at flat of 6.41 pounds. Mechanical technicians, maintenance professionals, and assembly line workers install this type of spring in industrial and commercial equipment applications.

Wave disc springs are used in applications requiring precise load control within a minimal axial footprint. Common installations include bearing preload assemblies, valve components, clutch packs, and precision mechanical sub-assemblies found in industrial equipment, pumps, and rotating machinery. The inch measurement system makes this spring compatible with standard North American fastener and bearing assemblies. Its small form factor suits both OEM production builds and field replacement service work.

Key Features

• High-carbon steel construction to material grade 1074-1095 for consistent spring performance
• Outside diameter of 0.855 inches and inside diameter of 0.65 inches for compact radial fit
• Overall height of 0.06 inches supports minimal axial stack height
• Load at deflection of 5.50 pounds with load at flat of 6.41 pounds
• Thickness of 0.01 inches for precise load-deflection characteristics
• Inch measurement system for compatibility with standard North American assemblies

Compatibility

Designed as an OEM-style replacement or production-use wave disc spring for industrial and mechanical assemblies requiring a 0.855-inch outside diameter, 0.65-inch inside diameter spring in the inch measurement system.

Installation Notes

Installation of wave disc springs should be performed by qualified mechanical technicians familiar with spring-loaded assembly procedures. De-energize and lock out all equipment before disassembling any spring-loaded components. Verify correct orientation and stacking direction per the equipment manufacturer's service documentation before seating the spring. Avoid overcompressing beyond the flat load specification to prevent permanent set or component damage.