Morris 12832 Non-Insulated Ferrules for Din Rail Terminal Block Applications

Morris 12832 Non-Insulated Ferrules provide an ideal solution for Din Rail Terminal Block applications and various terminations. Engineered to ensure gas-tight connections, these ferrules excel in IEC style Din Rail mounted terminal blocks, promoting reliability in your electrical installations. Crafted from high-strength electrolytic seamless tubular copper, they deliver exceptional conductivity and durability. The electro-tin plating enhances corrosion resistance, ensuring longevity even in challenging environments. With a flared barrel design, these ferrules facilitate easy wire insertion, streamlining your installation process. They are available in multiple pin lengths, making them compatible with a variety of terminal block styles, allowing for versatile applications across different projects. Morris 12832 ferrules support a maximum voltage of 600 volts and can handle various wire sizes and current ratings: 9 amps for 22 AWG, up to 35 amps for 12 AWG, and a robust 50 amps for 10 AWG. This extensive compatibility ensures you have the right ferrule for your specific needs. Additionally, these ferrules are UL recognized, providing peace of mind regarding safety and quality standards. With a length of 0.315 inches, these non-insulated ferrules are ready to ship via UPS, making them a convenient choice for your next job.

Our Non-Insulated Ferrules are perfect for Din Rail Terminal Block Applications and other Terminations.

• Flared Barrel for Ease of Wire Insertion
• Max Current: 22 AWG - 9 Amps, 20 AWG - 12 Amps, 18 AWG - 17 Amps, 16 AWG - 18 Amps, 14 AWG - 30 Amps, 12 AWG - 35 Amps, 10 AWG - 50 Amps
• Available in Multiple Pin Lengths to accomodate a variety of Terminal Blocks Styles
• 600 Volts Max
• Manufactured from High Strength Electrolytic Seamless Tubular Copper
• Ensures Gas Tight Termination in IEC Style Din Rail Mounted Terminal Blocks and other terminations
• 302°F (150°C)
• UL Recognized
• Electro-Tin Plated for corrosion resistance

Resources

• Catalog PDF page