Gibraltar KNH4-HEXRT5--- 3 Arm Knob M6 Hex Hole

Product Description

The GIBRALTAR KNH4-HEXRT5--- is a three-arm control knob designed for use on threaded fastener assemblies and panel-mounted hardware requiring a secure, hand-operated grip. The knob features a through hex hole sized for M6 hardware, a 2-inch head diameter, and stands 1.1 inches overall in height. Constructed from matte-coated polypropylene in black, it delivers a firm grip surface suitable for repeated adjustments in equipment enclosures, control panels, machinery guards, and similar trade applications. Technicians and installers reach for this style of knob when tool-free hand tightening and quick release are required in tight spaces.

This knob is suited for light industrial, electrical panel, HVAC equipment enclosure, and general mechanical assembly applications where a hand-adjustable fastener point is needed. The three-arm radial design distributes grip force evenly, making it practical for frequent loosening and re-tightening without tools. Its compact 2-inch head diameter keeps it viable in panel-dense installations where clearance is limited.

Key Features

• Three-arm radial grip design for tool-free hand tightening and adjustment
• Through hex hole style sized for M6 hardware
• 2-inch head diameter with 0.74-inch hub diameter
• 1.1-inch overall height with 0.61-inch head height
• Matte-coated polypropylene construction in black finish
• Compact profile suited for panel-dense or space-constrained installations

Compatibility

Designed as a general-purpose three-arm knob for M6 threaded through-hex fastener applications in equipment enclosures, control panels, and light industrial assemblies.

Installation Notes

Installation requires no special tools — the knob is pressed or threaded onto an M6 hex fastener by hand. Ensure the mating hardware thread and hex size are confirmed before installation. De-energize or power down any panel or enclosure before accessing internal fastener points. Do not overtighten, as polypropylene arms can crack under excessive torque.