Bus conductor connector

Abstract

In a bus conductor connector of the invention, a pair of phase line conductors of adjacent segment bus duct products are transversely propelled and inserted into a plug-in slot in the horizontal direction from an opening side of a transversely-disposed "U" shaped connecting conductor and are in contact and conducted by the transversely-disposed "U" shaped connecting conductor, and the bus conductor connector is simple in structure and is convenient to operate; and a sheet strip-shaped elastic conductor snapped to a clamping slot on the upper and lower inner walls of the plug-in slot compressesthe phase line conductors of the bus duct products through a bulge part to ensure the contact conduction performance, and mark bosses or mark grooves on the upper and lower surfaces of the transversely-disposed "U" shaped connecting conductor can provide a longitudinal positioning structure for the pair of phase line conductors of adjacent segment bus duct products, and so, the number of parts issmall, a connection process of phase line conductor of the bus duct products is simplified, installation and connection workload is reduced, the consumption time is short, an operation of dismountingand installation is convenient, the work efficiency is improved, and the production investment cost is reduced.

Description

technical field [0001] The invention relates to a busbar conductor connector. Background technique [0002] In the power transmission and transformation equipment in the power industry, the busbar system is generally used to provide power for the electric equipment to transmit current. The busbar system is usually composed of several sections of busway products connected through a connector structure. The connector is equipped with two conductive connecting plates. The conductors of the bus duct products in the adjacent section are connected and conducted through two conductive connecting plates. After the multi-phase conductors are respectively connected and conducted through a conductive connecting plate, they need to be connected and pressed by bolts to ensure the contact and conduction Performance, large number of parts, heavy installation and connection workload, inconvenient disassembly operation, low work efficiency, long time-consuming, high production cost investmen...

AI Technical Summary

Problems solved by technology

[0002] In the power transmission and transformation equipment in the power industry, the busbar system is generally used to provide power for the electric equipment to transmit current. The busbar system is usually composed of several sections of busway products connected through a connector structure. The connector is equipped with two conductive connecting plates. The conductors of the bus duct products in the adjacent section are connected and conducted through two conductive connecting plates. After the multi-phase conductors are respectively connected and conducted through a conductive connecting plate, they need to be connected and pressed by bolts to ensure the contact and conduction Performance, large number of parts, heavy installation and connection workload, inconvenient disassembly operation, low work efficiency, long time-consuming, high production cost investment; other existing technologies can realize mutual phase conductors of adjacent section busway products The connected connector also has the defects of complex structure, large volume and bulky, high consumption of raw materials and high cost

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