Shakebot 1

ShakeBot

ShakeBot is a low cost and high-performance MEMS based accelerograph. It is a compact, flexible and reliable unit.

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Product information:

Key Features

  • High computing power allows edge-computing capabilities, with open data flow
  • Internet connectivity using LAN / WiFi and Virtual Private Network (VPN), ModBus
  • Local data storage of continous time series or triggered events
  • International SeedLink standard real-time seismic streaming protocol for direct link to seismic client like; SeismoWin, EarthWorm, SeisLog, SeiscomP, etc..
  • Real time measurements according to the UNI9916 norm; it transforms to velocity the measured acceleration in the requested frequency band
  • Low power consumption allows the ShakeBot for use in remote installations powered by small accumulators and solar panels
  • Easy Web browser configuration and management
  • Automatic position sensing and XYZ axis relocation
  • Automatic frequency peak-picking with frequency shifting alarm report

Applications

  • Structure Health Monitoring (SHM)
  • Earthquake Early Warning Systems (EEWS)
  • Seismic switch for industrial facility or equipment sensitive to seismic shakes.
  • Modal analysis
  • Integration of strong motion networks

Technical specifications

  • Power supply: 10-36Vdc
  • Power consumption: < 3W (WiFi off, LAN on)
  • Number of channels: 3 @ 20bit
  • Samping rates: 50,100,200,250,400,500,1000,1200 Hz
  • Real Time Clock: NTP synchronized (local NTP server available upon request)
  • Mass memory: microSD internal and USB pen-drives (external)
  • Data format: SAC, SAF, GSEcm6, GSEint (others upon request)
  • Data interface: Ethernet 10-100 / WiFi (optional with USB dongle)
  • Protocols: TCP/IP, HTTP, MQTT, SSH, Telnet, FTP, Modbus, SeedLink, etc…
  • Messaging: Telegram alerting for groups, message bot or SMS
  • Triggering: STA/LTA, amplitude, IP voting, schedule, network
  • Case: Aluminum IP44 (115 x 140 x 61mm)
  • Operative temperature: -10 / +50°C
  • Accelerometer: MEMS sensor
  • Noise density: < 28 µg/√Hz
  • Resolution: < 0.1 mg (sine-wave visible at sight in the time series) Dynamic range: > 85dB (from peak to time series noise threshold)
  • Bandwidth: DC-480Hz (maximum at 1200 SPS)
  • Cross axis sensitivity: < 1%
  • Non linearity: < 0.1%
  • Control panel: Status of health by LED coded flashes and one operating button

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