Homac Mfg. Company

J William Venezia

John J Klosin

Jack C Ewing

A set screw bus connector comprising a bus with a secondary outlet and a service outlet extending from the bus. The service outlet comprises a terminal having a first borehole extending from its distal end to the bus, a first set screw in the terminal for securing a service cable in the first borehole, a second smaller borehole extending from the distal end of the terminal substantially parallel to but displaced from the first borehole, with the second borehole terminating short of the first set screw, and a second set screw in the terminal for securing a streetlight cable within the second borehole.

Set screw bus connector

A splice cover adapted for use with a submersible splice and interconnecting insulated cables comprising a resilient substantially cylindrical center section and resilient corrugated end sections. The corrugations provide interior and exterior grooves and ridges which permit expansion and extension of the end section so as to accept different size insulated cables while maintaining a watertight fit between the cover and the insulated cable and an interference fit between the splice and the splice cover.

Submersible splice cover with resilient corrugated and sections

A sealing element is provided for use on insulated flat cables of the type having opposed rounded minor surfaces and opposed substantially flat parallel major surfaces which comprises an elongated body of resilient material having an orifice extending longitudinally within said body. The orifice has a width greater than its height. Opposed involute walls extend within said orifice substantially along the width of the orifice whereby the involute walls stretch and conform to the opposed substantially flat parallel major surfaces of the flat cable when placed thereon, thus providing a secure, watertight interference fit. Depending upon usage, the orifice may extend through the body or terminate within the body. Additionally, it is preferred that sealing rings be formed in the inner wall of the orifice.

Flat cable sealing element

A sealing element is provided for use on insulated flat cables which comprises an elongated body of resilient material having an orifice extending longitudinally within said body. The orifice has a width greater than its height. Opposed involute walls extend within said orifice substantially along the width of the orifice whereby the involute walls stretch and conform to the opposed substantially flat parallel major surfaces of the flat cable when placed thereon, thus providing a secure, watertight interference fit. Depending upon usage, the orifice may extend through the body or terminate within the body. Additionally, it is preferred that sealing rings be formed in the inner wall of the orifice.

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Orlando, FL, United States of America

J William Venezia