TE14-56R-25 - Pacer Group 16-14 AWG Heat Shrink Ring Terminals - 25 Pack - 5/16"

16-14 AWG Heat Shrink Ring Terminals - 5/16" Stud Size - 25 Pack

These high-quality ring terminals are designed for secure and reliable connections in electrical applications. Perfect for connecting wires to various connection points, these heat shrink ring terminals ensure a solid fit when placed over a stud, minimizing the risk of disconnection. Ideal for those who value reliability and ease of use, the durability of these terminals makes them a favored choice among professionals and DIY enthusiasts.

Features:

• Made of tinned copper for excellent conductivity
• Rated for 600 Volts
• Operating temperature from -55°C to 125°C
• Highly compliant design for versatile applications

Benefits & Protections:

• Provides solid and secure connections
• Extremely durable for long-lasting performance
• Tin-plated for corrosion resistance
• Simple installation process for quick use

Specifications:

• Color: Blue
• Wire AWG: 16-14 AWG
• Stud Size (inch): 5/16"
• Terminal Pad Width (inch): 0.48”
• Package Size: 25 terminals included

The Pacer Group TE14-56R-25 heat shrink ring terminals are designed for establishing secure electrical connections in various IT and business applications. These terminals accommodate 16-14 AWG wire and feature a 5/16" stud size, making them suitable for connecting wires to corresponding connection points. Constructed from tin-plated copper, they offer both excellent conductivity and corrosion resistance, contributing to long-term reliability in operational environments. The heat shrink feature provides strain relief and environmental sealing once applied. Rated for 600 volts and capable of operating between -55�C and 125�C, these terminals are engineered for consistent performance across a range of conditions. This 25-pack is intended for IT professionals and technicians requiring durable and reliable wire termination solutions for equipment, power supplies, or control systems where a robust, stud-based connection is necessary to minimize disconnection risks.