Gibraltar G10-2965BW Fluted Knob 7/8 Inch Phenolic

Product Description

The GIBRALTAR G10-2965BW is a fluted knob with a female insert, designed for manual adjustment and control applications across industrial, mechanical, and electronic enclosure settings. Built from phenolic material with a glossy finish, this knob features a 7/8-inch head diameter and accepts a 10-32 threaded female insert. Phenolic construction provides good resistance to heat and electrical conductivity, making it a practical choice where insulating properties matter. Licensed trades and equipment assemblers install this type of knob on control panels, instruments, and machinery requiring a reliable, hand-operable adjustment point.

This fluted knob suits a wide range of light industrial and commercial equipment assembly applications. It is commonly used on control panels, enclosures, test equipment, and mechanical assemblies where a secure hand-grip knob is needed for frequent adjustment or positioning. The fluted outer profile improves grip without requiring tools. The female insert configuration allows direct threading onto a machine screw or stud.

Key Features

• 7/8-inch head diameter for a compact, functional grip profile
• 10-32 female threaded insert for secure fastening to standard machine screws
• Phenolic construction offers heat resistance and electrical insulating properties
• Glossy finish provides a clean, professional appearance on finished panels
• Fluted outer surface improves manual grip and ease of adjustment

Compatibility

Designed as a standard replacement or assembly-build fluted knob for equipment and panels using 10-32 threaded studs or screws requiring a 7/8-inch phenolic knob with female insert.

Installation Notes

This knob is installed by threading the female insert directly onto a 10-32 machine screw or stud by hand. Ensure the mating screw or stud is clean and free of debris before installation. No special tools are required for standard installation, though care should be taken not to overtighten, as phenolic material can crack under excessive torque. Power down or de-energize any panel or enclosure before servicing components in the same assembly.