Morris 12814 Non-Insulated Ferrules for Din Rail Terminal Block Applications

Morris 12814 Non-Insulated Ferrules are expertly designed for Din Rail Terminal Block applications and various terminations, ensuring reliable performance in a range of electrical setups. These ferrules guarantee gas-tight connections in IEC style Din Rail mounted terminal blocks, providing peace of mind for building professionals and knowledgeable homeowners alike. Constructed from high-strength electrolytic seamless tubular copper, the Morris 12814 ferrules offer exceptional durability and conductivity. Their electro-tin plating enhances corrosion resistance, contributing to the longevity of your electrical installations. The innovative flared barrel design facilitates easy wire insertion, streamlining the connection process. Available in multiple pin lengths, these ferrules accommodate various terminal block styles, making them versatile for different projects. With a maximum temperature rating of 302°F (150°C) and a voltage rating of 600 volts, they are engineered to handle demanding electrical environments. The current ratings range from 9 amps for 22 AWG to 50 amps for 10 AWG, ensuring compatibility with a wide array of wire sizes. Recognized by UL for safety and quality, the Morris 12814 Non-Insulated Ferrules are a reliable choice for your electrical needs, delivering superior performance without compromise.

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