Data acquisition and monitoring system of vacuum pressure die-casting machine

Abstract

The invention discloses a data acquisition and monitoring system of a vacuum pressure die-casting machine. The data acquisition and monitoring system comprises a central processing module, a pressure die-casting machine monitoring module, an IO (Input Output) module, a plurality of serial communication interfaces, a communication module, a data memory module and a power module, wherein the central processing module is connected with the pressure die-casting machine monitoring module, the IO module, the communication module 7, the serial communication interfaces, the data memory module and the power module respectively; the electric quantity, temperature, die opening data, working state and smelting furnace state of the pressure die-casting machine are acquired by the pressure die-casting machine monitoring module; the employee information and the die information are acquired through the serial communication interfaces; the information acquired by the pressure die-casting machine monitoring module, the IO module and the serial communication interfaces is managed and processed by the central processing module and is transferred to a remote server through the communication module. The data acquisition and monitoring system realizes remote management and monitoring of the pressure die-casting machine, and has the effective networking and remote processing effects of a vacuum pressure die-casting machine system.

Description

technical field [0001] The invention relates to an industrial automation data collection and monitoring system, in particular to a data collection and monitoring system for a vacuum die-casting machine, which belongs to the field of die-casting machines. Background technique [0002] With the continuous development of the Internet of Things technology, it has entered the information age, and most industries have moved from automation to informatization. For the field of die-casting machines, it is still in the stage of stand-alone automation. Most of the existing vacuum die-casting machine systems are still in the state of only being able to count mold opening data on a single machine, unable to identify mold information, employee information, monitoring of power and temperature of the vacuum die-casting machine system, etc., and cannot monitor the vacuum die-casting machine The system performs remote monitoring and cannot perform network statistics. Contents of the inven...

AI Technical Summary

Problems solved by technology

Most of the existing vacuum die-casting machine systems are still in the state of only being able to count mold opening data on a single machine, unable to identify mold information, employee information, monitoring of power and temperature of the vacuum die-casting machine system, etc., and cannot monitor the vacuum die-casting machine The system performs remote monitoring and cannot perform network statistics

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