In today's rapidly developing technology, sensors, as key components for obtaining information, have a direct impact on the performance of applications in many fields. The 711A series of droplet shaped acceleration sensors launched by Senther Technology stands out in the market with its unique design and excellent performance.
The 711A series adopts an innovative droplet shaped appearance, which is not only for aesthetics, but also brings many practical advantages. The microstructure enables it to be easily installed in confined spaces, and in the aerospace industry, it can be placed on narrow components of aircraft to monitor component vibration in real-time. The adhesive installation method is easy to operate and can firmly fix the sensor, ensuring stable operation in complex environments.
The series of sensors adopts a piezoelectric ceramic crystal structure with a circular shear mode inside, which can be regarded as a core technological highlight. When piezoelectric ceramics are subjected to acceleration, they generate charges proportional to the acceleration, which are converted into low impedance voltage signals through internal circuits for output. This structure not only ensures long-term stability of the output, but also endows the sensor with wideband response characteristics. Whether it is low-frequency vibration or high-frequency impact, the 711A series can accurately capture and convert it into electrical signals, providing reliable basis for subsequent data analysis.
In terms of performance parameters, the 711A series performs equally well. It has multiple range options, ranging from ± 50g to ± 2000g, to meet the needs of different scenarios. In industrial equipment vibration monitoring, if the equipment operates with low vibration, a range of ± 50g can be selected to obtain high-precision measurement results; In severe vibration scenarios such as impact testing, a range of ± 2000g can be selected. It has high sensitivity, reaching up to 100mV/g (sensitivity varies depending on different ranges), and can sense extremely small acceleration changes. The frequency response range is wide, generally between 0.5Hz and 15000Hz, and can cover most vibration measurement scenarios. In addition, the protection level reaches IP68, with excellent waterproof and dustproof performance, and can work normally in harsh environments such as humidity and oil stains.
The 711A series has a wide range of applications. In terms of vibration testing, it can be used for vibration monitoring of automotive engines, motors, and other equipment. By analyzing vibration data, the operating status of the equipment can be determined, and potential faults can be detected in advance. In impact testing, precise measurement of impact acceleration can assist in optimizing the product's impact resistance performance. In hydraulic research, its microstructure and excellent performance can be used to measure the impact of water flow on lightweight structures, providing data support for hydraulic engineering design. In the field of modal analysis, it can help determine the natural frequencies and modes of vibration of structures, which is of great significance for mechanical structure design and optimization.
The 711A series of water droplet shaped acceleration sensors from Senther Technology, with its unique design, stable performance, and wide applicability, has become a powerful assistant for many industries to obtain accurate acceleration information, providing strong support for technological development in various fields.