Gibraltar G10-3704-S Push Pull Knob Phenolic 8-32

Product Description

The GIBRALTAR G10-3704-S is a push pull knob designed for manual control applications in industrial and mechanical equipment. Made from phenolic material, this knob features a female insert mount with an 8-32 threaded hole, giving technicians a secure and reliable grip interface for panel-mounted controls, valves, switches, and adjustment mechanisms. The head diameter measures 1-3/32 inches, overall height is 25/32 inches, the hub diameter is 9/16 inches, and the hole depth is 3/8 inches. Phenolic construction provides good rigidity and resistance to heat and solvents, making it appropriate for light industrial and electrical panel environments.

This knob suits residential and commercial applications where a compact, threaded-insert control knob is needed on control panels, instrumentation, HVAC equipment, electrical enclosures, and similar assemblies. The push pull configuration allows intuitive axial actuation, and the 8-32 female insert threads directly onto standard 8-32 fasteners or shafts. Installers working on panel fabrication, controls replacement, or equipment maintenance will find this knob a straightforward OEM-style solution for compact control interfaces.

Key Features

• Phenolic construction offers heat resistance and dimensional stability
• Female insert mount with 8-32 threaded hole for standard shaft compatibility
• Push pull actuation style for axial control applications
• Compact profile: 1-3/32 inch head diameter and 25/32 inch height
• 3/8 inch hole depth and 9/16 inch hub diameter for positive shaft engagement

Compatibility

Designed as an OEM-style replacement or new-installation push pull knob for equipment panels and controls requiring an 8-32 female insert threaded knob in a compact phenolic form factor.

Installation Notes

Installation is performed by threading the knob onto a compatible 8-32 shaft or fastener by hand or with light hand tools. Ensure the mating shaft thread is clean and undamaged before installation. Power down or de-energize any associated equipment before servicing control panels or replacing knobs. Do not overtighten, as phenolic material can crack under excessive torque.