PRODUCTS
Product families on
one common platform.
Wireless, wired and hybrid sensing systems built on the same proven core: hardware, firmware, synchronization and calibration.
INDUSTRIAL & TEST
Wireless Vibration Sensor System V2
Ultra-compact wireless vibration sensors · 2 to 500 g · 8-channel Master
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Ultra-compact triaxial sensor: 25 g, 21.4 × 22.7 × 26.9 mm
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2–500 g measurement range, analog anti-aliasing filter
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Proprietary wireless protocol (Sub-1 GHz and 2.4 GHz bands)
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Recorded data from all sensors time-synchronized, typical accuracy 10 µs
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8-channel Master (1 + 7) with Ethernet connectivity and cloud integration
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Removable battery and high-speed USB data download
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HMI with remote operation; secure remote firmware updates
A typical system: 7 sensors, 1 Master (gateway), 1 USB data loader, 1 charger and the HMI software.
SENSOR TYPES · EACH RANGE IS IDENTIFIED AT A GLANCE BY ITS HOUSING COLOUR
LOW G
2 – 16 g
Light grey
MIDDLE G
15 – 60 g
Medium grey
HIGH G
100 – 500 g
Dark grey
MODULAR & INDEPENDENT BATTERY ARCHITECTURE
One sensor core, four power configurations
Standard battery
Compact, removable
Medium battery
Extended autonomy
Large battery
Long-duration operation
Wired power
Continuous, infrastructure-powered use
Same sensing electronics across multiple deployments
Battery size adapted to the required autonomy
Power module can evolve independently from the sensor electronics
Enables wired-power / wireless-data configurations
SPACE · AEROSPACE · AUTOMOTIVE
iCAN Sensors · FDCAN shock & vibration platform
Developed under a CNES R&T program, the iCAN range brings Smart'Acc's know-how to robust, real-time wired networks.
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Up to 16 FDCAN sensors per Master
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Shock, Sinus and MicroVib sensors managed by the FDCAN Master, locally or remotely
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Data to PC over Ethernet (UDP); monitoring commands sent locally or remotely
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Multi-chip sensor architecture; low-power and run modes; data in onboard RAM or flash
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Compatible with Smart'Acc hybrid wired/wireless installations
SHOCK
High-g transient events, up to ±2000 g
SINUS
Sinusoidal vibration testing, from ±50 g
MICROVIB
Low-level micro-vibration
Space
Aerospace & Defense
Automotive
Railway
Industrial machinery
Specifications under NDA
WIND TURBINES
iMultiSens Hub · COMBO FDCAN + Wi-Fi
Replace dozens of long sensor cables with short local connections and one intelligent hub.
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Up to 10 multi-physics sensors per hub
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Data transmitted via Wi-Fi or FDCAN
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Wired power where practical, wireless data where cabling is costly
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Cuts sensor cabling from about 200 m to about 40 m per 10 sensors
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Fewer wires through blade slip rings: lower complexity and cost
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Modular: from 1 hub (basic monitoring) to 10 hubs on large offshore turbines
SENSOR CABLING PER 10 SENSORS
Conventional · 10 × 20 m
200 m
iMultiSens · 10 × 2 m + 20 m line
40 m
About 80 % less sensor cable, and fewer wires through the blade slip rings.
TYPICAL CONFIGURATIONS
Turbine
Hubs
Sensors
Monitoring
Small
1
10
Basic monitoring
Medium
3
30
Full drivetrain / nacelle
Large
6
60
Advanced monitoring
Very large / offshore
10
100
Full multi-physics monitoring
NEXT GENERATION
Coming soon on the same platform
Prototypes available for evaluation in Q1 2027.
COMING SOON
V3 Full Wi-Fi Vibration Sensor
Dual-band Wi-Fi, no gateway: up to 250 synchronized sensors per test campaign (target).
COMING SOON
Wi-Fi Microphone
Wireless acoustic measurement on the same Smart'Acc platform and data ecosystem.
AT A GLANCE
Product comparison
Product
Measurement
Connectivity
Master
Scalability
Market
Wireless Vibration V2
Vibration 2–500 g
Proprietary Sub-1 GHz & 2.4 GHz
8 RF channels + Ethernet
Multi-sensor
Industrial / Test / Aerospace
iCAN FDCAN Sensors
Shock / Sinus / MicroVib, up to ±2000 g
FDCAN
Up to 16 sensors + Ethernet
Multi-sensor
Space / Aerospace / Automotive
iMultiSens Hub
Multi-physics, up to 10 sensors/hub
FDCAN + Wi-Fi
Hub-based
Modular, 1 to 10 hubs
Wind turbines