ASC 4311LN / ASC 4315LN Capacitive Accelerometer
Uniaxail MEMS acceleration sensor for measuring relatively small accelerations, e.g. in the aerospace or automotive sector
About the ASC 4311LN / ASC 4315LN Capacitive Accelerometer
The accelerometers of type ASC 4311LN and ASC 4315LN are based on proven MEMS technology and capacitive operating principle. The integrated electronic circuitry enables a differential analog voltage output (±4 V FSO) and flexible power supply voltage from 6 to 40 VDC. The LN (Low Noise) accelerometers from ASC provide an outstanding noise performance from 7 to 400 µg/√Hz which is essential for demanding measurements of smallest frequencies and amplitudes.
The sensor ASC 4311LN features a lightweight aluminum housing and the sensor ASC 4315LN provides a robust stainless-steel housing, both with protection class IP65 and an integrated cable with configurable length and connectors.
The uniaxial accelerometers feature a flat design that allows quick and easy mounting, a basic requirement in NVH (noise, vibration, harshness) and test bench applications or for evaluating driving comfort and vehicle dynamics.
Key features ASC 4311LN / ASC 4315LN
- Uniaxial
- MEMS Capacitive
- Measurement Range: ±2 to ±400 g
- Noise Density: 7 to 400 µg/√Hz
- Frequency Range (±5 %): DC to 2000 Hz
- Aluminum or Stainless-Steel Housing
- Made in Germany
- Very Low Noise Differential Voltage Output
- DC Response, Gas damped
- High Shock Resistance
- Excellent Offset and Scale Factor Stability
Options ASC 4311LN / ASC 4315LN
- Customised Cable Length
- Customised Connector
- TEDS Module
Applications ASC 4311LN / ASC 4315LN
- Noise, Vibration, Harshness
- Driving and Ride Comfort Tests
- Vehicle and Running Dynamics
- Specifications
- Datasheets
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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.
