Intelligent manufacturing special network data acquisition and temperature control system

Abstract

The invention relates to an intelligent manufacturing special network data acquisition and temperature control system comprising an intelligent feedback adjustment terminal, a control system, an automatic ignition unit, a blowing unit, a flame monitoring unit, an automatic temperature control unit, a gas heating unit and an electric heating unit, wherein the flame monitoring unit collects the heating temperature of a burner of the gas heating unit; the automatic temperature control unit collects the temperature data of the flame monitoring unit and the temperature data of the electric heatingunit, and uploads the collected temperature data to the control system; the intelligent feedback adjustment terminal receives the temperature data uploaded by the control system; when the temperatureis lower than the initial forging temperature of the workpiece, the gas heating unit is driven by the automatic ignition unit to continue heating; and when the temperature is higher than the heating processing temperature of the workpiece, the blowing unit performs the blowing and cooling. The system provided by the invention realizes the automatic start and stop of the heating furnace, the automatic adjustment of the flame and the automatic shutdown when flameout according to the change of the temperature.

Description

technical field [0001] The invention relates to the field of industrial site data collection, in particular to an intelligent manufacturing private network data collection and temperature control system. Background technique [0002] Forging is the oriented chipless pressure forming of metal between two dies. The most commonly used process method is forging die forging or forging die forming: with this method, parts with a single weight of 200g to more than 150Kg can be manufactured. The continuous development of process methods, materials and technology has made it possible to forge more complex forgings and increase production volume. The result: increasing competitive pressure and higher demands on product quality. High temperatures, dirt, heavy component weight, irritating materials and tight spaces create daily work challenges. [0003] my country is a big forging country. The environment of the production workshops of most enterprises is relatively harsh, and the pr...

AI Technical Summary

Problems solved by technology

The heat obtained by the process medium in the radiation chamber accounts for about 70% to 80% of the heat load, and the rest of the heat is obtained at the convection end, so the heat transfer process of the heating furnace is more complicated

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