Heat dispersion connector

Abstract

The pipe bus end of the inventive heat radiating type joint and the heat radiating type joint an integrated one. The pipe bus end has a plurality of conducting surfaces, and there is a certain distance between the conducting surface and the conducting surface, so that: 1. It is easy to connect with other equipments; 2. it increases the heat-radiating space; 3. It is helpful to reduce the temperature rise of the end joint; 4. since it is an integrated one withou link bit and contacting resistance, thus reducing the heat, has a large carrying capacity, and ensures the end of the bus will not have a high temperature, and will have safe operation; 5. Since the heat radiating type joint is an integrated one which has canceled original conversion gold, so that it is low cost, light weight, and energy savings.

Description

technical field [0001] The heat-dissipating joint of the invention is especially suitable for connecting the busbars of conductive pipes that transmit power-frequency and large currents. Large current carrying capacity, low temperature rise, high mechanical strength, and improved operating safety factor. Background technique [0002] The existing conductive pipe busbar joint (patent number: 01215457.1) has the following disadvantages in the actual installation process: since the conductive pipe busbar is circular, it is necessary to install conversion fittings during the connection process with the equipment, from a round surface to a plane, through Rectangular conductors connect with other devices. 1. It is necessary to install conversion fittings to connect the pipe busbar to the equipment, which is costly, wastes materials and consumes energy. 2. The connection between the end of the pipe busbar and the conversion fitting will generate contact re...

AI Technical Summary

Problems solved by technology

[0002] The existing conductive pipe busbar joint (patent number: 01215457.1) has the following disadvantages in the actual installation process: since the conductive pipe busbar is circular, it is necessary to install conversion fittings during the connection with the equipment, from a round surface to a plane, through Rectangular conductors to connect with other equipment

1. The connection between the pipe busbar and the equipment needs to be equipped with conversion fittings, which is costly, wastes materials, and consumes energy

2. The connection between the end of the pipe busbar and the conversion fitting will generate contact resistance. Due to the existence of contact resistance, in the case of high current transmission, the end of the pipe busbar and the conversion fitting will generate excessive heat. The greater the heat, the higher the resistance , the more serious the heat is, the higher the temperature will cause the pipe busbar to be blown, short circuit between phases, short circuit to ground or cause a fire and cause a greater accident

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