Value Collection BOW-23834 Fork Terminal Red Crimp

Product Description

The VALUE COLLECTION BOW-23834 is a standard fork terminal designed for secure, reliable electrical connections in low-voltage wiring applications. It features a partially insulated polyolefin heat-shrink sleeve in red, making it easy to identify among color-coded wiring systems. The crimp connection type ensures a solid mechanical and electrical bond without soldering. Compatible with stud sizes 4 and 6, this terminal is well-suited for panel wiring, control circuits, and equipment terminations where a spade-style connection is required. Licensed electricians and experienced technicians install these terminals using standard handheld or ratcheting crimping tools.

This fork terminal is used in residential, commercial, and light industrial electrical work wherever a removable spade connection to a screw terminal or stud is needed. The red insulation color indicates compatibility with wire gauges in the standard red wire range. Typical applications include control panel wiring, appliance connections, and terminal block assemblies where the stud size 4 or 6 fastener pattern is used.

Key Features

• Partially insulated polyolefin sleeve provides mechanical protection at the crimp zone
• Red color coding supports quick identification in multi-wire installations
• Crimp connection type eliminates the need for soldering
• Fits stud sizes 4 and 6 for broad fastener compatibility
• RoHS compliant materials

Compatibility

Designed as an OEM-style replacement or standard-use fork terminal for screw and stud terminations in residential and commercial electrical control wiring using stud size 4 or 6 fasteners.

Installation Notes

Installation should be performed by a qualified electrician in accordance with applicable NEC requirements. De-energize all circuits before terminating wires. Use a properly sized crimping tool rated for the terminal type to ensure a secure connection. Do not over-crimp, as this may damage the insulation sleeve or reduce conductor contact integrity.