On-line monitoring system of vibration feeder

Abstract

The invention relates to an on-line monitoring system of a vibration feeder,which is composed of of two parts of a physical sensing layer and an industrial cloud monitoring service layer,wherein datais collected by a sensor arranged a corresponding part of the vibration feeder and is transferred to a down hole data substation,the data is processed through a PLC controller and then transferred toa down hole data terminal station,transmitting the data to a ground data receiving station,carrying out general data station,the data is then transferred to a ground data receiving station,data collection,message pushing and operation processing are carried out through an industrial control computer,the administrator can know the running condition of the vibration feeder equipment system,the temperatures of a motor and a bearing,the temperature of a rubber spring,the vibration frequency and the rotating speed and the like at any time through a web browser,the overrun alarming and the fault stop are realized through the judgment of the PLC program,by means of OPC interface communication,the faults of electric appliances such as motor overcurrent,low voltage,electric leakage and the like canbe monitored. The system,which can realize on-line monitoring and automatic management of the vibration feeder,is an innovation of the development of the vibration feeder.

Description

technical field [0001] The invention relates to an online monitoring system for a vibrating feeder, which is mainly used in various industries such as coal, metallurgical mines, chemical industry, building materials, casting, petroleum, grain, etc. It is an online monitoring system provided by automatic control of various vibrating machinery such as feeding machines, and real-time grasp of the operation status of the vibrating equipment running on the front line. Background technique [0002] At present, in the vibration feeding (screening) equipment used in my country's coal, metallurgical mines and other industries, there are mainly two control methods for the operation of the vibration (screening) equipment, one is to control the start-up and The other is to start and stop the operation of the equipment by the operator through the local control box at the equipment use site. But these two kinds of operation modes all can't carry out real-time monitoring to the on-site ope...

AI Technical Summary

Problems solved by technology

However, neither of these two operating modes can monitor the on-site operation of the vibrating feeder (screening) machine in real time, such as: monitoring and fault alarming of equipment operating parameters such as motor and bearing temperature, rubber spring temperature, vibration frequency, etc.

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