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ETNA2
 
Kinemetrics' ETNA accelerometer has established a global standard for recording strong vibrations, and over 6000 units of this model have been installed worldwide in the past two decades. As the new generation of ETNA series accelerometers, ETNA2 features a brand new and cost-effective network-based monitoring function, and is equipped with Kinemetrics' world-class classic EpiSensor accelerometer. ETNA2 is very easy to operate, and its design is based on the Rockhound application software. This software system has been put into use and improved in the Basalt instrument, and continues to be used in the current new Obsidian instrument. 
The ETNA2 accelerometer has excellent performance and can be widely used in the field of earthquake monitoring. This instrument is small in size, light in weight, and easy to operate. If your field is earthquake warning, structural monitoring, post disaster assessment, or even induced earthquake monitoring related to oil and gas, geothermal fluid injection activity monitoring, ETNA2 is the product that meets your needs. In addition, if you need to manage and maintain a large number of monitoring stations, our efficient station maintenance software (SSM) supports you to record maintenance work such as software updates, on-site station inspections, or replacement of instrument batteries through a browser. The generated logs can be automatically uploaded to the data center for archiving, reducing paper-based work and avoiding human errors.

Sensor 
Type:Triaxial EpiSensor force balance accelerometers, orthogonally oriented, internal
Full scale range:User selectable at ±1g, ±2g or ±4g
Bandwidth:DC to 200 Hz
Dynamic range:155dB+
Digitizer 
Channels:3 Channels:
rates:A second lower sample rate can be selected from the primary sample rates above
Power Requirement: 
Consumption:<3w
Voltage range:9-28VDC
Operation temperature:-20℃ to +70℃
For more detailed technical specifications, please download ETNA2 Datesheet
  • Structural Health Monitoring 
  • Vibration monitoring 
  • Earthquake warning 
  • Building Code