TE14-38R-25 - Pacer Group Pacer 16-14 AWG Heat Shrink Ring Terminal - 25 Pack

16-14 AWG Heat Shrink Ring Terminal - 25 Pack with 3/8" Stud Size

These heat shrink ring terminals are designed for secure and reliable electrical connections. Ideal for use in a variety of applications, they offer the convenience of being compatible with multiple wires. The terminal's ring shape ensures a firm attachment to a stud, significantly reducing the risk of disconnection. Choosing the right components is crucial for maintaining high-quality electrical performance. Known for their robustness and simplicity, these ring terminals are the ultimate choice in tongue-style connectors.

Features:

• Tinned copper construction for enhanced conductivity
• Rated for 600 volts
• Operating temperature range of -55°C to 125°C
• Highly compliant design for a secure fit

Benefits & Protections:

• Ensures solid electrical connections
• Built to last with extreme durability
• Long-lasting performance under demanding conditions
• Tin-plated for corrosion resistance
• Simple installation process

Specifications:

• Color: Blue
• Wire AWG: 16-14 AWG
• Stud Size: 3/8" (inch)
• Terminal Pad Width: 0.55" (inch)
• Package Size: 25 terminals included

The Pacer 16-14 AWG Heat Shrink Ring Terminal, part number TE14-38R-25, is a component designed for establishing secure electrical connections. This 25-pack of terminals is suitable for IT professionals and technicians requiring reliable wire terminations in various industrial or commercial settings. Each terminal accommodates 16-14 AWG wires and features a 3/8-inch stud size, allowing for firm attachment to a stud to mitigate disconnection risks. Constructed from tinned copper, these terminals offer enhanced conductivity and corrosion resistance, contributing to long-lasting performance. They are rated for 600 volts and operate within a temperature range of -55�C to 125�C. The heat shrink design provides an additional layer of protection and ensures a secure fit, making these terminals a practical choice for maintaining electrical system integrity.