TE Connectivity Uninsulated Fork Terminal 22 AWG to 16 AWG, 6.35 mm Width, M3.5 Stud Size 53120-1

TE Connectivity 53120-1 is an uninsulated fork terminal engineered for terminating solid and stranded wires ranging from 22 AWG to 16 AWG. This terminal features a 6.35 mm width and an M3.5 stud size designed to meet demanding electronic and electrical connection requirements. The overall length of 14.63 mm and thickness of 0.84 mm provide a compact yet robust form factor.

Manufactured from high conductivity phosphor bronze with tin plating, the contact material ensures durability, corrosion resistance, and excellent electrical conductivity. The closed barrel design with brazed seams gives uniform mechanical strength around the barrel, while serrated or dimpled inner surfaces maximize tensile strength and improve the electrical contact area after crimping. Its bell-shaped barrel entrance facilitates easier wire insertion, enhancing assembly efficiency.

This Fork Terminal is ideal for use in electronics, power connectors, and wire terminal applications in industrial, manufacturing, and electrical equipment contexts. Its uninsulated construction suits environments where insulation is handled separately or not needed, allowing for direct metal contact. Compatible hand crimp tools further assist in achieving secure and reliable wire terminations.

Package and usage notes: For optimal crimping results, use suitable hand crimp tools such as RS stock numbers 817-325 and 373-308 or die assembly 162-3159. Constructed from phosphor bronze for durability and spring properties.

Tin-plated contacts provide corrosion resistance. Supports 22 AWG to 16 AWG wires for varied applications. Uninsulated design for direct termination approaches. Bell-shaped barrel entry eases wire insertion. Closed barrel with brazed seams ensures strength.

Dimpled or serrated barrel interior improves tensile and contact strength. Compatible with recommended hand crimp tools. Explore more TE Connectivity wire terminal solutions at EnvMart for dependable electrical connections in demanding setups.