Electro Hardware 1431M06F16-1032 Hex Standoff 10-32 3/4in

Product Description

The ELECTRO HARDWARE 1431M06F16-1032 is a male-female hex circuit board standoff used to create precise spacing between PCBs, enclosure panels, and mounting surfaces. Machined from aluminum with an anodized finish, this standoff meets QQ-A-225A Comp 2 material standards. It features a 10-32 threaded male post on one end and a 10-32 threaded female receptacle on the other, with an overall length of 0.75 inches and a hex body width across flats of 0.25 inches. The anodized surface provides corrosion resistance in low-moisture environments. This hardware is appropriate for panel builders, electronics technicians, and OEM assembly work.

This standoff is used in circuit board mounting applications where a fixed, stackable, or adjustable standoff column is needed. Typical installations include industrial control panels, enclosure PCB mounting, and equipment rack assemblies. The 3/4-inch overall length accommodates standard PCB-to-panel spacing requirements. It is sold individually with a minimum order quantity of 10 units, making it suitable for low-volume repair work or bulk assembly projects.

Key Features

• Male-female hex body allows stacking and panel pass-through mounting configurations
• 10-32 thread on both male post and female receptacle ends
• Overall length of 0.75 inches with a body length of 0.375 inches and thread length of 0.375 inches
• Width across flats of 0.25 inches for standard hex driver or wrench installation
• Aluminum construction with anodized finish meeting QQ-A-225A Comp 2 standard
• Length tolerance held to plus or minus 0.005 inches for consistent stack height

Compatibility

Designed for use in circuit board and panel mounting applications requiring a 10-32 male-female hex standoff with a 3/4-inch overall length and 1/4-inch hex body width across flats.

Installation Notes

Installation is typically performed by panel builders or electronics technicians using a hex wrench or nut driver sized for 0.25-inch flats. Power down and de-energize all circuits before installing or removing standoffs in live panels. Avoid overtightening, as aluminum threads can strip under excessive torque. Verify thread engagement depth on both the male and mating female sides before final assembly.