1173GB

Overview

The Greenlee Communications 1173GB is a red plastic knob designed for manual adjustment applications. It features a nominal thread size of 1/4 inch with a 20 threads per inch (TPI) pitch. The component has a specified size dimension of 1.25 inches. Constructed from durable plastic material, this part serves as a functional interface element for machinery or equipment requiring manual control adjustments.

Feature Summary

• Manual adjustment capability via threaded interface
• Durable plastic construction for longevity
• Ergonomic design for user handling

Applications

• Manual machinery control interfaces
• Equipment adjustment mechanisms
• Industrial tool accessories

Procurement Notes

Verify the exact thread specification and material composition against your specific mechanical requirements before ordering. Confirm that the 1/4-20 thread pitch matches your existing hardware. Ensure the 1.25-inch size fits within the designated spatial constraints of your assembly. Check for any environmental restrictions regarding plastic usage in your operational setting.

Selection Notes

Select this component when a non-conductive, lightweight adjustment knob is required. The 1/4-20 thread standard ensures compatibility with common industrial fasteners. Consider the red color coding if visual identification of specific controls is necessary for your operational workflow or safety protocols.

Part Context

This knob is part of Greenlee Communications' broader lineup of tools and accessories. While Greenlee is known for specialized electrical and communication tools, this specific item functions as a general-purpose mechanical component. It supports various manual operation needs across different equipment types rather than being exclusive to a single product line.

Replacement Considerations

Ensure any substitute maintains the 1/4-20 thread pitch and 1.25-inch diameter. Verify material compatibility if chemical resistance or temperature tolerance is critical. Red plastic knobs with identical specifications are suitable replacements if availability differs.