Products
Wireless Strain Gauge SenSpot™
Advanced Structural Health & Concrete Monitoring Solutions
Wireless Strain Gauge SenSpot™
Specs & Details
- Long lifetime: minimum expected life without battery replacement 10 years
- Lightweight: about 147 g (5.19 oz.)
- Wireless transmitter: 120 g (4.23 oz.)
- Cable (1ft): 10 g (0.35oz.)
- Strain sensing element: 17 g (0.6 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: 1-µStrain 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”)
– Strain Gauge sensor: 76.2mm (3”) x 33.4mm (1.30”) x 10mm (0.4”) - Complementary data collected: temperature, battery voltage, etc.
Stress and strain sensing are an integral part of most structural condition monitoring systems. Wireless Strain Gauge SenSpot™ sensors offer a breakthrough technology for real-time and long-term monitoring of structural integrity. SenSpot™ strain gauge sensors use Resensys proprietary sensing, scheduling, and ultra-low power synchronization technology. It is designed to operate maintenance-free for up to a decade. After installation, wireless strain gauge sensor SenSpots™ do not need calibration, battery replacement, or any other maintenance during its service life.
Benefits of Wireless Strain Sensor
- Long battery lifetime (10 years, typical)
- Wireless communication (IEEE 802.15).
- Small size and light weight
- High Accuracy: 1 microstrain typical resolution
- High-rate data transmission triggered by sudden strain changes
- Adjustable transmission interval
- Easy mounting
- High compatibility
Featured Applications
- Long- term and continuous monitoring of strain (stress).
- Detecting short-lived and transient high-strain events, e.g., caused by fast moving trucks on highway bridges or by turbulence on airframes.
- Monitors and measures strain for highway bridges, airframes, pipelines, machinery, cranes, tunnels etc.
- Conducts fatigue analysis, truck tests, and bridge load ratings.
- Assess structural health in nuclear powerplants, wind turbines, and railway infrastructure.
- Monitoring strain in buildings, dams, and retaining walls.
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