TBPE14-156-25 - Pacer Group Heat Shrink Male Bullet Terminal - 16-14 AWG, 25 Pack

Heat Shrink Male Bullet Terminal - 16-14 AWG, 25 Pack

This pack of heat shrink male bullet terminals is designed for secure, durable electrical connections that can be easily disconnected and reconnected. Ideal for various applications where reliability and field serviceability are essential. The terminals provide protection against moisture, salt spray, and corrosion, making them suitable for rugged environments.

Key Features:

• Male bullet terminal designed for quick connections
• Environmental sealing protects against water and corrosion
• Improves vibration resistance in harsh settings
• Easy to disconnect and reconnect
• Robust connections for long-lasting use
• Complies with various industry standards

Benefits:

• Durably constructed for extended life
• Tinned copper for excellent conductivity
• Simple installation process
• Environmentally sealed for reliability

Specifications:

• Insulation Color: Blue
• Wire AWG: 16-14 AWG
• Package Quantity: 25 terminals
• Bullet Terminal Size: 0.156 inches
• Shrink Ratio: About 3:1 at 135 °C
• Operating Temperature Range: -55 °C to 125 °C
• Volume Resistivity: 10¹⁵ Ohm-cm3
• Dielectric Strength: 900 V/mil
• Voltage Rating: 600 V

The Pacer Group TBPE14-156-25 heat shrink male bullet terminals are designed for creating secure and re-connectable electrical connections in professional environments. This pack of 25 terminals is suitable for 16-14 AWG wire and provides environmental sealing against moisture, salt spray, and corrosion. The 0.156-inch bullet terminal size facilitates quick connection and disconnection, which is beneficial for field serviceability or applications requiring modularity. These terminals are constructed with tinned copper for conductivity and offer improved vibration resistance, making them appropriate for use in rugged settings where connection integrity is critical. They are rated for 600V and operate within a temperature range of -55 �C to 125 �C, ensuring reliable performance across various industrial and IT hardware applications.