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访问我们的位置页面for your nearest Althen location.


访问我们的位置页面for your nearest Althen location.

Acceleration Sensors

Precise measurement of acceleration, vibration and shock

Platform Acceleration Sensorsolution Althen Sensors



所有传感B0B体育平台下载器都具有高度抵抗冲击和振动,并且适用于广泛的目的。它们以高达25,000 Hz的频率运行,测量范围在±0.25 g至±70,000 g之间,并且可以在-40°C至 +140°C的温度下部署。

我们很乐意帮助您选择最合适的加速度计或测量解决方案。填写我们的contact form要么contact us directly: you can find the phone numbers and e-mail addresses of yournearest location on our locations page.


Find the perfect acceleration sensor for your application. We’d be happy to help you choose.


  • High-precision measurements
  • Excellent impact and shockresistance
  • Versatile thanks to flexible parameters
  • Available with special certifications, such as for use in crash tests
  • 提供不同的技术(压电,应变仪,MEMS,电容等)
  • Integrated or external electronics available
  • Custom solutions for specific applications available on request

Applications for Acceleration Sensors

  • Automotive industry/racing (transmission testing, crash testing, brake controls, engine diagnostics, etc.)
  • 运输/铁路行业(轨道床分析等)
  • Construction (geophysical and seismic measurements, bridge and tunnel construction, crane controls, etc.)
  • Aerospace (flight simulation etc.)
  • 工业机器人(机器控制等)
  • Sports and entertainment (theme park rides etc.)
  • 实验室测试和生物力学测试


Abnormal accelerations, vibrations or high temperatures give early signs of machine failure due component imbalance, misalignment, wear or improper use of equipment. Those can be now effortlessly identified without manual measurements or expensive wired equipment to increase machine uptime and extend mean time between failures.

Together with our technology partner Treon we supply a smart industrial IoT measurement solution for condition monitoring applications. The system consists of wireless battery powered industrial sensor nodes and a gateway for communication to transmit data to the cloud.


Althen Sensors Wireless IoT Vibration Measurement Solution Video

Measure and Monitor Steady and Unsteady Acceleration

正如加速度计有许多不同的应用程序一样,构建它们的方法也有许多不同的方法:我们提供加速传感器B0B体育平台下载压电,压电,应变量表,MEM和电容测量技术. In order to pick the right accelerometer, you should first analyze the conditions and parameters under which the sensor will be deployed. Our experts at Althen are happy to give extensive, independent advice – and help you find exactly the right accelerometer for your task.

Our acceleration sensors are available with integrated or external electronics. We can also integrate our sensors into your application for you. Althen is your competent partner for accelerometers for any of the following fields:

  • Submersible and naval installations
  • 运输测量
  • 桥梁和隧道建筑,结构监测
  • Environmental monitoring
  • Aviation testing,Explosion testing
  • Biomechanical studies
  • SAE and racing crash tests

We offer a special range ofEURO-NCAP认证的微型加速度计为了automotive industry. In addition to NCAP certification, part of the portfolio is also certified for the use in crash tests according to SAE J211/J2570, ISO 6487 and World SID. Our sensors offer single- and multi- axis measurements. You can choose from versions with integrated measurement amplifiers or full open Wheatstone bridges. The sensors can be mounted by glue joints or using fasteners.



Simply get in touch and let us know your requirements.



Would you like to get to know our products in practice? Take a look at these interesting projects from our customers:

How Accelerometers Work


在加速度下,地震传感器的质量causes a change in electrical charge in the piezo element, which can be read out as a charge Q that is proportional to the acceleration. Piezoelectric elements behave like a capacitor providing voltage at a set internal resistance. With an optional charge amplifier integrated in the sensor casing (IEPE interface), the output is converted into a voltage.

Piezoresistive Acceleration Sensors (DC Response)

Direct current acceleration sensors are also called piezoresistive acceleration sensors. A piezoresistive accelerometer is based on changes in electrical resistance in a strain gauge (part of the sensor’s seismic system). To compensate for temperature fluctuations, these sensors require an additional internal or external temperature compensation for their output. Modern piezoresistive sensors accomplish this using special integrated circuits for all forms of on-board signal conditioning as well as on-site temperature compensation. You can either use these sensors with conventional glued-on strain gauges or opt for microelectromechanical systems (MEMS) technology instead.



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