SOLISTRAND ring crimp terminals designed to terminate solid and stranded wire and irregular shaped conductors. The robust design of these SOLISTRAND ring terminals enables them to maintain their superior performance characteristics even when used in the most challenging of environments. This design also enables these SOLISTRAND ring terminals to offer a long service. These SOLISTRAND ring terminals are made from fine grade high conductivity copper for optimal electrical performance and are electro tin plated for improved corrosion resistance. The closed barrel has brazed seams for an increased metal strength around the barrel offering resistance to harsh industrial environments. The inner surface of the barrel is serrated for maximum tensile strength and to maximise the electrical contact area after crimping. The resulting ’W’ crimp also allows a more cost effective shorter barrel to be used. The bell shaped barrel entrance of these SOLISTRAND ring terminals makes the insertion of wires easier and reduces installation time. For the optimum combination of mechanical strength and electrical conductivity these SOLISTRAND ring terminals are applied to the conductor using associated SOLISTRAND crimping tools which can be purchased separately.

Constructed of fine grade high conductivity copper for optimal electrical performance
Electro tin plating for improved resistance to corrosion
Robust design ideal for use in harsh environments
Brazed seams for increased barrel strength
Dimpled and serrated barrel for increased electrical performance and tensile strength
Bell shaped mouth on barrel for quick and easy wire insertion
170°C maximum rated for suitability in all standard applications

These SOLISTRAND crimp ring terminals are suitable for use in a wide range of applications including the following: materials handling equipment, motors, heavy equipment, pad and pole mount transformers, switchgear, telecommunications, appliances, panel boxes, power supplies and instruments and control.

TE Connectivity SOLISTRAND Terminals and Splices