Advanced Structural Health & Concrete Monitoring Solutions

Vibration/Acceleration SenSpot™

Specs & Details

  • Long lifetime: minimum expected life without battery replacement 10 years
  • Lightweight: about 120 g (5.19 oz.)
  • Easy mounting:
    – Self-adhesive, no drilling is required (e.g. steel)
    – Flange-mount, drilling is required (e.g. concrete)
    – Quick installation, 1-2 minutes
  • High accuracy: 4µg  resolution
  • Wide working temperature: -40 to +65°C (-40 °F to +150°F)
  • Long communication range: 1.0km free space
  • Small size:
    – Wireless transmitter: 50mm (1.96”) x 50mm (1.96”) x 34mm (1.34”)
  • Complementary data collected: temperature, battery voltage, etc.

Description

Resensys Wireless Vibration/Acceleration SenSpot™ offers a reliable and efficient solution for monitoring structural vibrations. This wireless accelerometer sensor provides accurate and real-time data on vibrations, enabling early detection of potential issues. Equipped with a long-lasting battery and a compact design, the SenSpot™ sensor requires minimal maintenance and can be easily deployed in various environments.

The wireless vibration sensor uses Resensys proprietary technology to deliver high-performance wireless communication and data collection. With its compact and durable design, the SenSpot™ vibration sensor can be easily installed in diverse environments. SenSpot™ accelerometer sensors detect changes in acceleration and start sampling and transmitting acceleration values when a vibration event is detected. This feature allows for real-time monitoring of vibration and acceleration in all directions.

Benefits of Wireless crack detection sensor

  • Long lifetime (battery life of 10 years)
  • Adjustable sampling interval (50 to 500 samples per second)
  • Adjustable sensitivity threshold (8mg to 512mg)
  • Small size (59mm)
  • Ingress Protection: IP67, waterproof

Featured Applications

  • Monitors single-axis or tri-axial acceleration.
  • Calculates natural frequencies/modal analysis and detects shifts in natural frequencies.
  • Structural Health Monitoring: Assess the vibration response of buildings, bridges, and other structures.
  • Machinery Monitoring: Monitor equipment vibration to optimize performance and prevent failures.
  • Construction Site Monitoring: Monitor vibration levels during construction activities.
  • Industrial Process Monitoring: Monitor vibration in industrial machinery and equipment.

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