WIRELESS · WIRED · HYBRID DISTRIBUTED SENSING
Space-grade vibration sensing.
Wireless, wired or hybrid.
Smart'Acc Technology designs and manufactures ultra-compact vibration and shock sensors, originally developed for space applications, for aerospace, industrial, automotive and wind-energy monitoring.
25 gr
Ultra-compact wireless sensor, 21.4 × 22.7 × 26.9 mm
10 µs
Typical synchronization accuracy of the recorded data across all sensors
2–500 g
Wireless range; up to ±2000 g in shock with iCAN
CE
Complete wireless system certified (System V1), 2024
2011
French engineering, full ownership of all IP
PROVEN WHERE FAILURE IS NOT AN OPTION
Developed and validated through programs with leading space and aerospace organizations.
ONE PLATFORM
Three measurement architectures
The same core know-how addresses wired, hybrid and fully wireless applications.
WIRELESS
Wireless Vibration System V2
Battery-powered, synchronized, proprietary wireless protocol, 8-channel Master with Ethernet and cloud access.
WIRED
iCAN FDCAN Sensors
Shock, Sinus and Micro-vibration sensors on a robust, deterministic FDCAN bus. Up to 16 sensors per Master.
HYBRID
iMultiSens Hub · FDCAN + Wi-Fi
Up to 10 sensors per hub, data over Wi-Fi or FDCAN. Built for wind turbines, with up to 80 % less sensor cable.
Common technology platform · Hardware · Firmware · Wireless · Synchronization · Calibration · Cloud
PRODUCTS
Our product families
INDUSTRIAL & TEST
Wireless Vibration Sensors V2
2 to 500 g, 8-channel wireless Master with Ethernet.
SPACE · AEROSPACE · AUTOMOTIVE
iCAN FDCAN Sensors
Shock, Sinus and MicroVib sensors on a distributed FDCAN architecture.
FDCAN + WI-FI
iMultiSens Hub
Up to 10 sensors per hub
WIND TURBINES
iMultiSens Hub · COMBO FDCAN + Wi-Fi
Hybrid multi-sensor node that drastically reduces cabling.
WHY SMART'ACC
Built for measurements that have to be right
Piezo-level measurement accuracy in a wireless, ultra-miniature sensor
In-house production, calibration and full traceability of every sensor
Originally designed for space: aerospace-grade robustness and stability
Complete ecosystem: sensors, Master, HMI, cloud server, secure remote diagnostics
Flexible power: removable battery, extended batteries or wired power