Environmental protection device intelligent monitoring diagnosis system

Abstract

The invention discloses an environmental protection device intelligent monitoring diagnosis system which comprises a sensor module, an intelligent transmitter interface module, a network coupling processor, bus-type networks and a monitor center server. A signal output terminal of the sensor module is connected with a signal input terminal of the intelligent transmitter interface module. The intelligent transmitter interface module is connected with the network coupling processor. The network coupling processor is connected with the monitor center server through the bus-type networks. According to the invention, a sensor is independent of various different bus-type networks, and a problem that the sensor is incompatible with the various networks is solved; an environmental protection device state is monitored, device fault is diagnosed, and a device expert system service and remote device operation supervision are provided for environmental protection supervision departments, thus monitoring and fault diagnosis of a key pollution source environmental protection device is reinforced, environmental protection device human-made shutdown or fault shutdown which influences normal usage is prevented, and rapid fault diagnosis and maintenance of the environmental protection device are accelerated.

Description

technical field [0001] The present invention relates to an intelligent monitoring and diagnosis system for environmental protection equipment, in particular to a measurement and control network for establishing state monitoring and fault diagnosis of environmental protection equipment and realizing real-time online monitoring and diagnosis functions based on the IEEE (Institute of Electrical and Electronics Engineers, USA Institute of Electrical and Electronics Engineers) 1451 standard environmental protection equipment intelligent monitoring and diagnosis system. [0002] Background technique [0003] Due to the effects of materials, structure, electronics, software, environment and natural forces, most of the aging or defects of equipment have a certain development period, and their electrical, physical, chemical and other characteristics will undergo a small amount of gradual changes, and early state symptoms will appear. On-line monitoring of electromechanical equipment...

AI Technical Summary

Problems solved by technology

However, the current commonly used environmental protection equipment operation detection system has a large number of sensors, scattered distribution, and mixed digital and analog coexistence. It is difficult to build an on-site measurement and control system under the existing standards, technologies and cost conditions.

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