MMF006697

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Throughout numerous aspects of the engineering industry, Sensors play an important role as they ascertain the presence/absence of objects or processes and generate the respective signals for control. MMF006697 is an ultra-precise and lightweight vibration sensor with a 100 V input level that is used to detect and monitor different types of vibration in a variety of applications, such as industrial process control, energy monitoring, safety monitoring, structural health monitoring, automotive testing and research, R&D and production, machine maintenance, and more. Moreover, this sensor is designed to protect and monitor motor-driven units, such as pumps, compressors, conveyors, and heat exchangers against disasters induced by vibrations. It also offers two+4 additional measurement channels for simultaneous monitoring of adjacent components.

The working principle of MMF006697 revolves around piezoelectricity, which is a phenomenon causing electric charges to be accumulated on the surface of certain crystalline materials in response to mechanical stress. A piezoelectric vibration sensor or accelerometer is designed to determine the intensity of vibration in a range of applications. This sensor contains a piezoelectric element that produces an electrical signal when vibration or acceleration is applied to it. The bandwidth of the piezoelectric vibration sensor can be measured by the frequency at which it responds to input vibrations and accelerations.

This sensor utilizes a built-in analog to digital conversion (ADC) function allowing it to sample data with a resolution of 12-bit. This is essential for reliable detection over a wide range of input vibration and acceleration. It also features a digital filtering system to reduce noise levels, which is important for improved accuracy. Additionally, this sensor\'s high input level tolerance allows it to measure vibration amplitude of up to 100 V, providing users with a reliable solution for vibration monitoring. Moreover, its proprietary circuit design makes it extremely resistant to electromagnetic interference.

The application fields of MMF006697 include the monitoring of vibration from rotating machinery, pumps, engines, and other vibrating parts in industrial plants and facilities. This sensor is also capable of monitoring the vibration of components in motorcars, as well as aeroplanes, ships, and trains. In addition, it is suitable for vibration monitoring in research and development and production lines, and can be used to assess the performance of tools in applications such as machining, grinding, and drilling. Moreover, this vibration sensor can be used for safety monitoring, structural health monitoring, fault diagnosis and prevention, as well as onsite metrology.

In conclusion, MMF006697 is an ultra-precise and lightweight vibration sensor featuring a 100 V input level. It utilizes a built-in analog-to-digital conversion (ADC) function and digital filtering to reduce noise levels and improve accuracy. Its various application fields include the monitoring of vibration from rotating machinery, pumps, engines, and other vibrating parts in industrial plants and facilities. Additionally, it can be used for safety monitoring, structural health monitoring, fault diagnosis and prevention, production lines, vibration monitoring, and onsite metrology.

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