TE14-8SLF-25 - Pacer Group Heat Shrink Spade Terminal for 16-14 AWG Wires - 25 Pack

Heat Shrink Spade Terminal for 16-14 AWG Wires - #8 Stud Size - 25 Pack

These heat shrink spade terminals are designed for connecting wires to a stud, bus bar, or other components in your electrical systems. They provide superior protection against fraying wires and are built to withstand the effects of vibration in various environments. Unlike standard terminals that may disconnect if the screw loosens, these locking fork terminals ensure a secure connection thanks to their internal projection that snaps onto the screw. The flanged design further enhances stability, keeping the terminal fastened even under loose conditions.

Key Features:

• High-quality tinned copper for excellent corrosion resistance
• Simple and efficient installation process
• Provides solid and reliable electrical connections
• Meets multiple compliance standards for safety

Benefits:

• Environmentally sealed for maximum protection
• User-friendly design for easy installation
• Built for long-term durability in tough conditions
• Offers a long-lasting solution for electrical connections

Specifications:

• Color: Blue
• Wire Size: 16-14 AWG
• Stud Size: #8
• Terminal Pad Width: 0.32 inches
• Package Quantity: 25 terminals included

The Pacer Group TE14-8SLF-25 is a heat shrink spade terminal designed for securing electrical connections in B2B IT hardware and related systems. This component is suitable for 16-14 AWG wires and features a #8 stud size, facilitating connections to studs, bus bars, or other system components. The heat shrink functionality provides environmental sealing, protecting against wire fraying and enhancing durability in environments subject to vibration. Its locking fork design, incorporating an internal projection, helps maintain a secure connection even if the fastening screw loosens, while the flanged design adds stability. Constructed from tinned copper, these terminals offer corrosion resistance and support reliable electrical connections, making them suitable for applications requiring long-term stability in demanding conditions.