Pin Terminal

Design & Structure

• Crimping Mechanism: The terminal is crimped onto both the wire’s insulation and the conductor, creating a dual-secure connection.
• Reduced Pin Diameter: The pin area typically has a smaller diameter than the wire, making it ideal for soldering through board holes in wire-to-board setups.
• Solid Pin Construction: Engineered to withstand over-tightening, preventing damage to the wire and ensuring a reliable, low-resistance electrical connection.

Key Advantages

1. Versatile Applications:
   • Suitable for wire-to-board soldering (via through-hole mounting on PCBs).
   • Compatible with terminal block installations, offering flexibility across different electrical systems.
2. Damage Prevention:
   • Insulation Support: Reinforces the wire at the crimp point, minimizing stress and potential breakage during bending or vibration.
   • Internal Barrel Serrations: Provide aggressive grip on the wire conductor, ensuring optimal electrical contact and maximum tensile strength to resist pull-out.
3. Reliability:

   • The combination of mechanical stability (from crimping and insulation support) and electrical integrity (via serrated contact) makes these terminals ideal for demanding environments.

Application

• Electronics manufacturing (e.g., PCBs, control panels).
• Industrial equipment and automotive systems.
• Any application requiring secure, vibration-resistant wire connections.

This design balances ease of installation with robust performance, making pin terminals a preferred choice for professionals seeking durable, versatile connectivity solutions.

 Vinyl-Insulated Terminals