A multi-station power frequency induction furnace based on the Internet of Things platform

Abstract

The invention discloses a multi-station power frequency induction furnace based on the Internet of Things, which includes a power frequency induction furnace main body and an auxiliary structure, the power frequency induction furnace main body and the auxiliary structure form a multi-station power frequency induction furnace, and the auxiliary structure includes The round ingot horizontal continuous casting system and the round ingot horizontal continuous casting system, the round bar material lifting unit is arranged between the round ingot horizontal continuous casting system and the round ingot horizontal continuous casting system, and the round bar material lifting unit passes through It is connected with the round ingot horizontal continuous casting system and the round ingot horizontal continuous casting system in a cable or wireless way, maximally integrating the advantages of power frequency induction furnace and holding furnace power matching and holding furnace structure, and adding the equipment to various Advanced sensors, data acquisition modules, wireless transmission modules, and docking with the Internet of Things platform can not only realize one machine with multiple functions, but also can actually receive the machine's operating status, production specifications and output, and are widely used in metal and metal alloy smelting and casting industries.

Description

technical field [0001] The invention belongs to the technical field of metal calendering, in particular to a multi-station power frequency induction furnace based on the Internet of Things platform. Background technique [0002] At present, most copper processing enterprises use power frequency induction furnaces for production. A power frequency furnace has only one production method, either deep pit semi-continuous vertical casting of round ingots or deep well pit semi-continuous vertical casting of square ingots, or horizontal induction Casting strip or horizontal ingot billet, either horizontal casting tube billet or horizontal casting tube round ingot, or upward drawing copper rod or upward drawing copper tube billet, single production, low equipment utilization rate, high energy consumption, if Simultaneous production of the above-mentioned ingots requires more than three power frequency furnaces to be put into use at the same time. This production method not only has ...

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Problems solved by technology

[0004] The invention provides a multi-station power frequency induction furnace based on the Internet of Things platform to solve the problem of low work efficiency and low input and output in the prior art