Morris 12868 Non-Insulated Ferrules for Din Rail Terminal Block Applications

Morris 12868 Non-Insulated Ferrules are engineered to facilitate reliable connections in Din Rail terminal block applications and various terminations. These ferrules ensure gas-tight terminations, meeting the stringent requirements of IEC style Din Rail mounted terminal blocks. Constructed from high-strength electrolytic seamless tubular copper, these ferrules offer exceptional durability and performance. Electro-tin plating provides superior corrosion resistance, extending the life of your electrical connections. The flared barrel design allows for easy wire insertion, making installation quick and efficient. Available in multiple pin lengths, these ferrules accommodate a variety of terminal block styles, ensuring versatility in application. With a maximum temperature rating of 302°F (150°C) and a voltage rating of 600 volts, the Morris 12868 is robust enough to handle demanding environments. The current ratings for various wire sizes are impressive, handling up to 50 amps for 10 AWG wire, making them suitable for a range of electrical projects. Additionally, these ferrules are UL recognized, ensuring compliance with safety standards. Perfect for professionals and knowledgeable homeowners alike, the Morris 12868 Non-Insulated Ferrules are a reliable choice for enhancing the integrity of your electrical connections.

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