Morris 11338 Nylon Insulated Ring Terminals for Electrical Connections

Morris 11338 Nylon Insulated Ring Terminals for Electrical Terminations provide a reliable solution for various electrical applications. These ring terminals are designed with nylon insulation that is color-coded, making identification straightforward and efficient. Crafted from high-strength electrolytic copper alloy, they ensure durability and excellent conductivity. The terminals are electro-tin plated, offering enhanced corrosion resistance to maintain performance over time. The easy entry expanded insulation feature helps eliminate strand "hang up," resulting in increased crimping rates and providing superior mechanical strain relief. For added convenience, the wire range is clearly stamped on the surface for quick reference. The terminal barrel boasts a brazed seam, while the serrated barrel design ensures excellent electrical contact and resistance to pull-out forces. Rated for a maximum temperature of 221°F (105°C) and a voltage of 600 volts, these ring terminals accommodate various wire sizes, supporting electric currents from 9 amps for 22 AWG to 50 amps for 10 AWG. With a stud size of #8, the Morris 11338 is cULus listed, ensuring compliance with safety standards. These terminals are an invaluable addition to any professional's toolkit, delivering performance and reliability in every use.

Nylon Insulated Ring Terminals for Electrical Terminations.

• Ring Terminals are Nylon Insulated
• Terminal Barrel has Brazed Seam
• cULus Listed
• Manufactured from High Strength Electrolytic Copper Alloy
• Serrated Barrel provides excellent electrical contact & resistance to pull-out forces
• 221°F (105°C) 600 Volts Max
• Color Coded insulation for easy identification
• Wire range stamped on the surface for easy interpretation
• Maximum Electric 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
• Electro-Tin Plated for corrosion resistance
• Easy Entry Expanded Insulation eliminates strand "Hang Up", increasing crimping rates and provides mechanical strain relief

Resources

• Catalog PDF page
• Spec Data Sheets
• Spec Sheet