With the development and popularization of 5G technology, the Internet of Things flourished in different industry. Smart home composed of all kinds of intelligent hardware as the most common scene in our daily life. Intelligent manufacturing, car interconnection is going to become the innovation force leading the intelligent application, to describe us a new way of production and life experience. How to make good use of the data power to maintain our massive equipment has become a common question for machine monitoring engineers.
As we all know, machine monitoring and predictive maintenance is by using the temperature/vibration data collected by sensors, supplemented by edge calculation and spectrum analysis, so that the system can alarm the abnormal situation such as poor lubrication, wear and overload in advance. By this information, system can predict the fault point and wear trend of the parts, engineers would make the downtime/repair plan, carry out the maintenance of the equipment with the lowest time and cost without affecting the production capacity. Compared with the great computing advantage of interconnection and cloud technology, engineers urgently need to find a high performance embedded sensors which can be applied to equipment condition monitoring, so as to realize all-time duty and wireless monitoring in industrial field.
Nowadays, neither the IEPE accelerometer based on piezoelectric (PE) technology nor the MEMS accelerometer based on variable capacitance (VC) technology can balance the performance of frequency response, signal-to-noise, low power consumption, stability and low cost for industrial large-scale application. This problem seriously constrain the rapid growing of machine monitoring application in general rotating machine. The only small amount of high value equipment monitoring significantly limit the advantages of big data to provide whole-process services and reduce costs for smart equipment and factories.
The new 540 series Embedded Piezoelectric Accelerometer(EPA) developed by Senther Technology will solve this problem for equipment engineers, and make the popularization of all equipment monitoring be possible. Model 540A/B apply the annular shear mode piezoelectric technology. With Senther’s innovative sensor process and calibration technology, 540A/B has excellent performance which the other technologies do not have: high signal-to-noise ratio, long-term stability, ultra-high frequency response, low power consumption, wide operating temperature, easy assembly. The 540A can offer outstanding signal-to-noise ratio signal, while can also be customized into standard IEPE sensors for modal or vibration testing. The 540B has the characteristics of ultra-low power consumption and quick warm-up, suitable for battery-powered wireless monitoring equipment applications.
Every 540 sensor has unique serial number for source and calibration record, to provide the most accurate service for your test. Welcome to visit our web site (www.senther.com) for the latest product specifications or calibration data search.
