ASC OS-315LN-PG Capacitive Accelerometer
Analog voltage output acceleration sensor for the demanding requirements of offshore applications
Key Features
- Trixial2
- Medium frequency range (MF) 0Hz to 1.8Hz
- 8 or 12 wire system
- Increased output level
- Hermetically sealed
About the ASC OS-315LN-PG Capacitive Accelerometer
类型的感应器ASC os - 315 ln - pg 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 sensors feature a robust, reliable stainless-steel housing with protection class IP68 and an integrated cable with configurable length and connectors.
The hermetically sealed housing of the accelerometers is ideal for very harsh environmental conditions, e.g. bogie stability tests and monitoring applications in rail transport or condition monitoring of vehicles and their components in the construction sector.
Key features ASC OS-315LN-PG
- Triaxial
- MEMS Capacitive
- Measurement Range: ±2 to ±400 g
- Noise Density: 7 to 400 µg/√Hz
- Frequency Range (±5 %): DC to 2000 Hz
- Stainless-Steel Housing (IP68)
- Made in Germany
- Very Low Noise Differential Voltage Output
- DC Response, Gas damped
- High Shock Resistance
- Excellent Offset and Scale Factor Stabilit
Options ASC OS-315LN-PG
- Customized Cable Length
- Customized Connector
- TEDS Module
- V4A Stainless-Steel Housing
Applications ASC OS-315LN-PG
- Railway Engineering
- Condition Monitoring
- Structural Health Monitoring
- 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.
