TechnologySensors of type ASC EQ-3211 are based on proven MEMS technology and a capacitive operating principle. The integrated electronics provide a differential analog voltage output (±2.7 V FSO) and accept a flexible supply voltage from 5 to 40 VDC. The ASC EQ series delivers ultra-low noise and a resolution < 1 µg, meeting seismic motion class B requirements. An integrated built-in self-test allows on-site verification of sensor functionality.
HousingThe accelerometers are housed in a lightweight, corrosion-resistant aluminum enclosure rated IP67. A detachable cable with configurable length and choice of connectors simplifies installation and maintenance.
ApplicationsDesigned for continuous monitoring of safety-critical structures such as power plants, tunnels and other civil infrastructure, the ASC EQ-3211 reliably detects very small vibration amplitudes for structural health monitoring and seismic instrumentation.
Key product details- Sensor type: Accelerometer (analog)
- Sensor technology: MEMS capacitive
- Number of sensitive directions: Triaxial
- Output signal: Voltage (differential analog output ±2.7 V FSO)
- Measurement ranges: ±3 g and ±5 g
- Power supply: 5 to 40 VDC
- Noise / Resolution: Ultra low noise, resolution < 1 µg (suitable for motion class B seismic measurements)
- Built-in self-test for functionality verification
- Housing material: Aluminum
- Protection class: IP67
- Temperature range: -40°C to +85°C
- Detachable cable with configurable length and connectors
Technical specifications- Model series: ASC EQ series
- Operating principle: Capacitive MEMS
- Output: Differential analog voltage, full scale output ±2.7 V
- Supply voltage: 5 VDC to 40 VDC
- Measurement ranges available: ±3 g, ±5 g
- Number of axes: 3 (triaxial)
- Resolution: < 1 µg
- Seismic motion class: B
- Self-test: Integrated built-in self-test
- Housing: Aluminum, IP67 rated
- Connector/cable: Detachable cable, configurable length and connectors
- Operating temperature: -40°C to +85°C