Layered ferro-nickel alloy strip continuous vacuum bright thermal composite high-frequency flexible water-cooled cable

Abstract

The invention discloses a layered ferro-nickel alloy strip continuous vacuum bright thermal composite high-frequency flexible water-cooled cable, which comprises a water-cooled cable socket shell connected with an electrolytic copper water-cooled cable through gas welding and electric welding, and a water-cooled cable plug shell connected with the water-cooled cable socket shell, wherein the water-cooled cable plug shell is connected with a snakeskin-shaped metal electrified hose, a skin effect conductor layer is arranged on the outer layer of the snakeskin-shaped metal electrified hose, and areinforced rubber waterproof pipe is arranged on the outer layer of the skin effect conductor layer. According to the invention, the mechanical bearing capacity of the cable is increased, the follow-up skin area and the fusion effect of the conductors are expanded, the quick water-cooled cable socket and plug are coaxially connected, bolts and nuts do not need to be disassembled, and the water-cooled cable is flexible, universal and free of connection dead angles, so that the water-cooled cable is higher in flexibility, lower in internal resistance and lower in energy loss, the occurrence rate of water-cooled cable faults is reduced, and replacement is more convenient and faster when the water-cooled cable faults occur.

Description

technical field [0001] The invention belongs to the technical field of high-performance electrical alloy new materials, and in particular relates to a layered nickel-iron alloy strip continuous true bright heat composite high-frequency flexible water-cooled cable. Background technique [0002] Water-cooled cables are mainly used in the energy conduction occasions of medium and high-frequency electric furnaces with relatively high skin effect. Due to the relationship between the turning motion of the furnace core and the current collection of the skin, it is easy to heat up or burn out due to poor heat dissipation and cooling when connected to the induction furnace core. , Disconnected and open circuit, such as when replacing a new water-cooled cable, it takes a long time to reconnect to make the induction furnace run, and the middle and high frequency internal resistance of this type of cable conductor is large and the junction temperature is serious. Therefore, it is urgent...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a layered nickel-iron alloy strip continuous true light and heat composite high-frequency flexible water-cooled cable to solve the above-mentioned background technology that is easy to generate heat or dissipate heat during operation after being connected to the induction furnace core in the prior art Bad blowing, disconnection and open circuit, such as when replacing a new water-cooled cable, it will take a long time to reconnect to make the induction furnace run, and this kind of cable conductor has a serious problem of high-frequency internal resistance and high junction temperature

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