Suited for terminating copper conductors in various electrical connections, HYLUG(TM) uninsulated terminals are manufactured from seamless electrolytic copper tubing with heavy-duty wall thickness. With proprietary brite finish, terminals feature internally beveled barrel end and electro-tin plated terminals for corrosion resistance. Products are UL listed and CSA certified to 600 V and may be used on applications to 35 kV.

Provides simple cable preparation, excellent electrical connection

FCI-BURNDY[R] Products, a leading connector manufacturer and provider of OEM solutions to the industrial, energy, and automotive industries, presents HYLUG(TM) terminals, ideal for terminating copper conductors in a wide variety of electrical connections. Typical uses include heavy-duty industrial, utility, commercial, and telecommunication applications.

HYLUG terminals are manufactured from seamless high conductivity, electrolytic copper tubing with heavy-duty wall thickness. They provide maximum conductivity, low resistance and ductility for an excellent combination of electrical and crimp forming properties. The barrel diameter closely matches commercial (code) cable and Navy cable diameters, providing a strong connector/conductor relationship to produce a high quality electrical connection.

HYLUG terminals feature FCI-BURNDY's propriety brite finish and electro-tin plated terminals to ensure durable long-lasting corrosion resistance. The HYLUG also provides easy cable insertion with an internally beveled barrel end.

Each connector is marked with the wire size and type, die index, color coding, and proper number/location of crimps to provide easy identification and proper tooling and lower installation costs. These terminals require simple cable preparation for an easily installed permanent and inspectable cable termination.

HYLUG terminals are listed by UL (UL STD. 486A) and CSA certified to 600 volts, when applied with the proper tool and die combination. The terminals may be used on applications to 35KV for suitable high voltage applications.