11286

Overview

The Greenlee Communications 11286 is a flat washer component designed for mechanical fastening applications. It features specific dimensional characteristics with an outer diameter of 0.606 inches, an inner diameter of 0.439 inches, and a thickness of 0.439 inches. This hardware item serves as a standard distribution element in assembly processes requiring precise spacing or load distribution across fastener interfaces.

Feature Summary

• Provides standardized mechanical spacing between fastened components
• Distributes clamping load over a defined surface area
• Constructed for durable mechanical interface stability

Applications

• Mechanical assembly fastening systems
• Equipment mounting hardware integration
• Industrial panel construction

Procurement Notes

Verify the exact dimensional specifications against engineering drawings prior to procurement. Confirm material composition requirements for the specific application environment. Ensure compatibility with mating fastener sizes and torque specifications. Review manufacturer documentation for any specific handling or storage instructions relevant to the hardware type.

Selection Notes

Select this component based on strict adherence to the specified outer diameter, inner diameter, and thickness dimensions. Evaluate the mechanical load requirements and environmental conditions of the target assembly. Ensure the hardware meets the necessary structural integrity standards for the intended installation context.

Part Context

This part belongs to the Greenlee Communications hardware portfolio, which includes various tools and components for communication infrastructure. The 11286 functions as a passive mechanical element within larger assemblies, supporting the structural integrity of fastened connections in industrial settings.

Replacement Considerations

Substitute parts must match the 0.606-inch outer diameter, 0.439-inch inner diameter, and 0.439-inch thickness exactly. Verify material properties and surface finish compatibility. Ensure the replacement maintains the same mechanical performance characteristics for load distribution.