Morris 12892 Non-Insulated Ferrules for Din Rail Terminal Block Applications

Morris 12892 Non-Insulated Ferrules are expertly designed for Din Rail Terminal Block applications and various terminations, delivering reliable performance in both residential and industrial settings. Crafted from high-strength electrolytic seamless tubular copper, these ferrules ensure gas-tight connections in IEC style Din Rail mounted terminal blocks, promoting effective conductivity and safety. The electro-tin plating provides exceptional corrosion resistance, making these ferrules suitable for demanding environments. Featuring a flared barrel, they allow for easy wire insertion, facilitating quick and efficient installations. Morris offers multiple pin lengths, accommodating a wide range of terminal block styles to meet diverse project needs. With a maximum operating temperature of 302°F (150°C) and a voltage rating of 600 volts, these ferrules are built to handle a variety of wire sizes and currents. Specifically, they support 22 AWG at 9 amps, scaling up to 12 AWG at 35 amps, ensuring versatility for different applications. Additionally, Morris 12892 ferrules are UL Recognized, underscoring their compliance with industry safety standards. Whether you’re a building professional or a knowledgeable homeowner, Morris 12892 Non-Insulated Ferrules provide the quality and reliability you need for secure terminations.

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