Gibraltar G10-3001-S Push Pull Knob Phenolic 8-32

Product Description

The GIBRALTAR G10-3001-S is a push pull knob designed for manual control applications requiring a compact, durable grip interface. Constructed from phenolic material, this knob offers good resistance to heat and electrical insulation properties suitable for industrial and electronic equipment. It features a female insert mount with an 8-32 threaded hole and a hole depth of 0.25 inches. The head diameter measures 21/32 inches, the hub diameter is 3/8 inches, and the overall height is 19/32 inches. Licensed trades and equipment technicians install this type of knob during assembly, repair, or panel replacement work.

This knob is suited for use in control panels, instruments, electronic enclosures, and light industrial equipment where a small-profile push pull interface is needed. The female insert design threads onto an 8-32 fastener or shaft stub, making it appropriate for both OEM assembly and field replacement scenarios. Its phenolic construction makes it a practical choice in environments where electrical isolation at the grip point is a consideration.

Key Features

• Phenolic construction provides heat resistance and electrical insulation
• Female insert mount with 8-32 threaded hole for secure shaft attachment
• Compact head diameter of 21/32 inches for tight panel layouts
• Overall height of 19/32 inches with a 1/4-inch hole depth
• Hub diameter of 3/8 inches for stable mounting engagement
• Push pull operation for straightforward manual actuation

Compatibility

Designed as an OEM-style replacement or assembly component for control panels and instruments requiring an 8-32 female insert push pull knob with a phenolic body.

Installation Notes

Installation is typically performed by equipment technicians or panel assemblers during build or service. Power down or de-energize any associated equipment before handling control components. Thread the knob onto the shaft until fully seated and confirm secure engagement before returning the panel to service. Do not overtighten, as phenolic material can crack under excessive torque.