L H Dottie Co RMC832114 8-32 X 1-1/4 in Combo Machine Screws

Product Description

The L H Dottie Co RMC832114 is an 8-32 threaded combo drive machine screw measuring 1-1/4 inches in length, sold in a 100-piece pack. These fasteners feature a combination drive head, accepting both slotted and Phillips drivers, which reduces tool changeovers on the job. Machine screws in the 8-32 thread pattern are a staple in electrical panel work, junction box assembly, equipment mounting, and general trade hardware applications. Electricians, HVAC technicians, and plumbers reach for this thread size regularly when securing covers, brackets, and components to tapped holes or with mating nuts.

These screws are suited for residential and light commercial trade work wherever an 8-32 threaded fastener is required. Typical applications include securing electrical enclosure covers, mounting din rail hardware, fastening equipment panels, and general hardware assembly. The 100-piece pack quantity supports service van stock, panel shop builds, and recurring maintenance work without frequent reorder.

Key Features

• 8-32 thread pattern for compatibility with standard tapped holes and hardware
• 1-1/4 inch length suits moderate-depth fastening applications
• Combination drive head accepts both slotted and Phillips drivers
• 100-piece pack supports bulk stocking and repeat-use applications
• Sized for electrical, HVAC, and general trade hardware use

Compatibility

Designed as a standard 8-32 machine screw for use with any tapped or pre-threaded hole conforming to the 8-32 UNC thread standard, including electrical enclosures, junction boxes, equipment panels, and mating hex or coupling nuts.

Installation Notes

Installation requires a Phillips or flathead screwdriver sized for an 8-32 machine screw head. Ensure the mating thread or nut is also 8-32 before driving to avoid cross-threading. Do not overtighten into tapped plastic or sheet metal, as stripping the thread is difficult to reverse. Follow applicable NEC or OSHA guidelines when fastening components inside energized enclosures — de-energize the equipment before beginning work.