Vibration monitoring protection

Vibration monitoring protection refers to the need to take various effective measures to ensure the normal production and safe operation of enterprises, through the dynamic and continuous monitoring and control of all kinds of equipment in the factory and workshop, to achieve the dynamic monitoring of the working state and working environment of all kinds of equipment, so as to discover problems in time, deal with faults and avoid accidents. In the whole vibration monitoring and protection, vibration monitoring and protection technology can ensure the stable and reliable operation of equipment and the safety of personnel on the premise of ensuring the normal operation and safe work of equipment. All kinds of mechanical vibration signals and sensor signals in the vibration collection machinery and electrical equipment are transmitted to the communication system and computer and other communication equipment for analysis and processing, and then the site location information, alarm information and operation status information are provided. Dynamic analysis and tracking control of different vibration indexes are carried out with advanced technology.

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Xiamen Xiongba Electronic Commerce Co. LTD

FROM：Mr. Wei

E-Mail：2322181769@qq.com

TEL/WeChat:15396237607

1. Electromagnetic monitoring technology

Electromagnetic detection is a method to reflect the state change of the monitored mechanical vibration signal and analyze the measured data by measuring the change of magnetic field energy in the process of vibration based on the principle of electromagnetic induction. This method is applied to electrical equipment, electrical equipment and mechanical equipment. With the development of modern electronic technology, information processing technology and instrumentation technology, electromagnetic testing equipment has also been rapidly developed.

2. Sensing technology

Sensing technology is the technology of measuring and controlling, sensing and processing signals. According to the sensing principle and mechanism, the sensor signal is combined with microelectronics technology, information processing technology, computer technology and other high and new technologies, forming a set of high-precision sensing technology. The sensor technology is divided into vibration sensor and acceleration sensor. Vibration sensor is an important part of vibration measurement equipment. It is a measurement method to obtain vibration characteristic parameters (acceleration, speed, Angle, etc.) and control the input signals of various sensors through processing and analysis. Due to the influence of equipment working conditions, environment, noise and interference, traditional vibration monitoring methods are mainly used in conventional vibration measurement equipment.

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3. Mechanical fault detection, analysis and treatment technology

Mechanical fault detection, analysis and treatment technology mainly includes: mechatronics technology, high reliability technology, low cost technology, automation technology and ergonomics technology. Mechatronics technology refers to the mechanical system can make fault judgment in time according to the change of environmental conditions, automatic fault diagnosis; High reliability technology refers to the mechanical and electrical integration system can automatically judge the hidden trouble and fault recovery ability according to the fault; Ergonomics technology refers to the ability to fault judgment, troubleshooting and maintenance according to the operation of the electromechanical integration system. In mechatronics system, the mechanical fault detection, analysis and treatment technology is an important part of the mechanical system operation fault diagnosis, analysis, forecast and treatment technology. Mechatronics system fault detection analysis and treatment technology through the high reliable detection method for real-time online monitoring and diagnosis of equipment operating faults; Mechanical system troubleshooting and improvement through automatic diagnosis and control system; Mechanical system control and management through ergonomics technology.

Power system vibration diagnosis and analysis technology

During the operation of important equipment in the power system, the mechanical vibration and electromagnetic field signals will affect the power grid and bring instability and insecurity factors to the power grid. Vibration monitoring technology plays an important role in power system operation and safety operation.

V. Control system design and debugging technology

Control system design and debugging technology is based on the research of vibration monitoring alarm protection system technology, through the sensor installation and process design, equipment operation test, equipment monitoring and other technical links of in-depth research, so as to complete the whole protection system design and debugging technology, to ensure that the vibration monitoring and protection system can be used normally. Vibration monitoring and protection control system mainly includes: measurement, protection, monitoring controller and data acquisition and transmission module, etc., through the accurate and real-time collection of data in the process of mechanical vibration and analysis and calculation of equipment running status, vibration monitoring and protection diagnosis and control, recording and storage of equipment and environmental information and other monitoring and protection functions. Its main features: the ability to monitor vibration signals in real time; Data acquisition and transmission function; Monitoring and alarm protection function; Data storage and transmission functions; Real-time collection and storage; Communication and operation information printing function.