ASC cs - 1611 ln Accel电流输出erometer
Triaxial MEMS based acceleration sensor with a built-in voltage to current converter
About the ASC CS-1611LN Current Output Accelerometer
The accelerometers of the ASC CS series are based on proven MEMS technology with a capacitive operating principle. The integrated electronic circuitry enables a single-ended analog current output of 4-20 mA and flexible power supply voltage from 8 to 30 VDC. The models of the ASC CS series feature broadband noise of <0.65 µA and are used in applications that are requiring extremely long cables (>100 m) or very high EMC immunity.
传感器ASC cs - 1511 ln和SC CS-1611LN feature a lightweight, reliable aluminum housing with protection class IP67 and an integrated cable with configurable length and connectors.
Due to their loss-free signal transmission, even in the case of very long cables, the sensors of the ASC CS series are used in continuous condition monitoring and structural health monitoring (SHM), such as infrastructure monitoring in rail transport or structural analysis of bridges.
Key features ASC CS-1611LN Current Output Accelerometer
- Biaxial, Triaxial
- MEMS Capacitive
- Measurement Range: ±2 to ±50 g
- Output Signal: 4-20 mA
- Frequency Range (±5 %): DC to 2000 Hz
- Aluminum Housing
- Made in Germany
- Low Noise Current Output
- Loss-free Signal Transmission
- Very High EMC Immunity
- DC Response, Gas damped
- High Shock Resistance
- Excellent Offset and Scale Factor Stability
Options ASC CS-1611LN Current Output Accelerometer
- Customized Cable Length
- Customized Connector
- Stainless-Steel Housing (protection class IP68)
Applications ASC CS-1611LN Current Output Accelerometer
- Structural Health Monitoring
- Infrastructure Monitoring
- Renewable Energy and Industrial Applications
- Specifications
- Datasheets
Related products
Related services
/ 2
Calibration
Take advantage of our calibration technology – for new purchases as well as existing equipment. Regular calibration by Althen ensures that your sensors and testing equipment are working accurately. This is the only way to get meaningful, correct results over the long run.
