WE.3008

Overview

The Greenlee Communications WE.3008 is an identification decal designed for labeling and marking purposes within communication infrastructure projects. This component serves as a visual identifier, specifically noted with the designation K05-1SPGL in distributor catalogs. It is intended to provide clear asset identification on equipment or cabling systems used by service providers and utilities.

Feature Summary

• Provides durable visual identification for communication assets
• Designed for use in professional datacom and telecom environments
• Supports clear labeling of infrastructure components

Applications

• Labeling fiber optic termination points
• Identifying cable runs in utility networks
• Marking equipment in service provider facilities

Procurement Notes

Verify the specific application requirement for the K05-1SPGL designation when sourcing this decal. Ensure compatibility with existing labeling standards before procurement. Confirm that the product is sourced from authorized distributors to guarantee authenticity. Check for any specific storage conditions required for adhesive materials. Validate part number accuracy against official Greenlee documentation.

Selection Notes

Select this decal based on the need for standardized identification in communication installations. Consider the environmental conditions where the label will be applied to ensure durability. Evaluate the size and format requirements against the target surface area. Ensure the labeling solution aligns with industry best practices for asset management.

Part Context

Greenlee Communications specializes in tools and accessories for datacom, telecom, and fiber-optic applications. The WE.3008 falls under their range of accessories designed to support installation and maintenance workflows. It complements their broader lineup of premium installation tools and testing equipment.

Replacement Considerations

No public confirmed substitute part numbers are available for the WE.3008. Users should verify exact specifications if considering alternative identification methods.