Submerged arc furnace reactive compensation remote wireless communication control system

Abstract

The present invention relates to a remote wireless communication control system for submerged arc furnace reactive compensation. The system includes a remote wireless communication control machine and a submerged arc furnace reactive compensation device. The remote wireless communication control machine further includes a MS-RSCM302 security communication module integrated with a MS-3G network communication module, and a MS-NC2 serial port conversion module. The submerged arc furnace reactive compensation device includes a control cabinet and a capacitance automatic compensation cabinet. The control cabinet comprises a MS-RSCM302 security communication module, a MS-NC2 serial port conversion module, a DVPEH2 PLC controller, a programmable multi-function network instrument and a touch screen; while the capacitance automatic compensation cabinet comprises multiple compensation units. The present invention performs remote Internet communication and data collection via cable modem, wireless transmission and 3G, while remote monitoring and data reading on each site are realized through installation of customized software in the computers and smart phones, to further remotely manage the actual operation status of the submerged arc furnace reactive compensation device and to solve such maintenance burdens as tedious on-site maintenance and long maintenance time.

Description

【Technical field】 [0001] The invention relates to an electric submerged arc furnace control device system, in particular to a remote wireless communication control system for reactive power compensation of an submerged arc furnace. 【Background technique】 [0002] The existing technology of submerged arc furnace power compensation device generally requires manual on-site monitoring and debugging control. This kind of submerged arc furnace power compensation device under manual on-site monitoring and debugging control requires technicians to work on site, point-to-point implementation of monitoring operations, and has not developed a well-equipped The control system consumes more working time of technicians, so that the work efficiency is not high; the abnormality or damaged parts of the submerged arc furnace compensation device cannot be discovered and dealt with in time, which greatly wastes manpower, material resources and energy, so it cannot meet the needs of enterprises a...

AI Technical Summary

Problems solved by technology

[0002] The existing technology of submerged arc furnace power compensation device generally requires manual on-site monitoring and debugging control. This kind of submerged arc furnace power compensation device under manual on-site monitoring and debugging control requires technicians to work on-site, point-to-point implementation of monitoring operations, and has not developed a well-equipped The control system consumes more working time of technicians, so that the work efficiency is not high; the abnormality or damaged parts of the submerged arc furnace compensation device cannot be discovered and dealt with in time, which greatly wastes manpower, material resources and energy, so it cannot meet the needs of enterprises and enterprises. The needs of social development and efficiency requirements

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