SmartSensor. AX-3D Version. Wireless Triaxial Accelerometer Mems Technology. Applications. Main Features. Non contact actuation

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Marilynn Sutton
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Wireless Triaxial Accelerometer Mems Technology Non contact actuation Tri-Axial :

000 data acquisition Streaming 5 ksps IEEE 802.15.

Vibration analysis Inertial measurement Movement and Shock detection Structural

Technology Measurement range: +/- 2g or +/- 10g Very Low noise Density: 45 µg/ Hz

Excellent radio link relying on the radio antenna diversity developed by Beanair

(mono-channel) Radio Range : 1000 m (L.O.S) Ultra-Power radio Technology IEEE 802.

000 data acquisition records (with events dating) Entirely autonomous system with

order) with a cut-off frequency of 1 Hz to 2 KHz (remotely programmable from the

1 Wireless Triaxial Accelerometer Mems Technology Non contact actuation Tri-Axial : +/- 2g or +/- 10g Anti-Aliasing Filter 5th Data Logger data acquisition Streaming 5 ksps IEEE Antenna Divertsity Applications Dynamic measurement on embedded equipment Vibration analysis Inertial measurement Movement and Shock detection Structural health monitoring Main Features Wireless Triaxial accelerometer based on MEMS Technology Measurement range: +/- 2g or +/- 10g Very Low noise Density: 45 µg/ Hz (+/- 2g version), 100 µg/ Hz (+/- 10g version). Excellent radio link relying on the radio antenna diversity developed by Beanair Non contact actuation for faster installation Streaming packet mode: 5 KSPS (mono-channel) Radio Range : 1000 m (L.O.S) Ultra-Power radio Technology IEEE Current consumption in idle mode : < 45 ua Embedded Data Logger : up to data acquisition records (with events dating) Entirely autonomous system with an integrated Lithium-Ion battery charger Anti-aliasing Butterworth filter (5th order) with a cut-off frequency of 1 Hz to 2 KHz (remotely programmable from the BeanScape ) Watertight aluminium enclosure IP66 (dimensions Lxlxh : 80x55x21 mm weight 135g rechargeable battery included) suitable for Harsh Industrial Environment Free Scilab scripts for FFT and PPV filtering

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Remote configuration and monitoring OTAC* The BeanScape application allows the user to

With the OTAC (Over-the-Air configuration) feature, the user can remotely configure the

Several data acquisition modes are available on the BeanDevice AX-3D : Low Duty Cycle

The transmission frequency can be configured from 1s to 24h.

(fixed by the user) is detected (4 alarm threshold levels High/Low).

continuous flow at 5000 samples per second maximum Streaming Mode: all measured values

Math Mode : Values such as the mean value, minimum value, maximum value and standard

Antenna Diversity While the vast majority of wireless sensors shows their limits in

3 Remote configuration and monitoring OTAC* The BeanScape application allows the user to view all the data transmitted by the BeanDevice AX-3D AX-3D *Over-the-Air Configuration With the OTAC (Over-the-Air configuration) feature, the user can remotely configure the BeanDevice AX-3D. Several data acquisition modes are available on the BeanDevice AX-3D : Low Duty Cycle Data Acquisition mode (LDCDA): the data acquisition is immediately transmitted by radio. The transmission frequency can be configured from 1s to 24h. Alarm Mode : the measured value is transmitted by radio whenever an alarm threshold (fixed by the user) is detected (4 alarm threshold levels High/Low). Survey Mode : operates like the Alarm mode but the device sends frequently a beacon frame informing its current status. Streaming Packet Mode: all measured values are transmitted by packet within a continuous flow at 5000 samples per second maximum Streaming Mode: all measured values are transmitted in real-time within a continuous flow at 100 samples per second maximum Math Mode : Values such as the mean value, minimum value, maximum value and standard deviation are calculated on sample time series and transmitted by radio. Antenna Diversity While the vast majority of wireless sensors shows their limits in harsh industrial environment, the BeanDevice AX-3D integrates an innovative antenna diversity design, allowing to optimize the radio link quality in environments subject to random and diverse disturbance. Diversity antenna improves both the quality and reliability of a wireless link by 30%. 3

Embedded Data Logger up to 1,000,0000 data acquisition records The BeanDevice AX-3D integrates an embedded DataLogger, which can be used to log data when a Wireless Sensor network can not be easily

4 Embedded Data Logger up to 1,000,0000 data acquisition records The BeanDevice AX-3D integrates an embedded DataLogger, which can be used to log data when a Wireless Sensor network can not be easily deployed on your site. All the data acquisition are stored on the embedded flash and then transmitted to the BeanGateway when a Wireless Sensor Network is established. The datalogger feature is compatible with all the data acquisition mode available on your BeanDevice AX-3D: LowDutyCycle Data Acquisition Alarm Math Streaming & Streaming packet ( maximum data rate : 1,67 Ksamples per second for each axis) Example: Vibration Analysis on windmills blades The BeanDevice AX-3D is configured with its datalogger feature. A standalone installation of the BeanDevice AX-3D will be done on the windmills blades, without the necessity to be connected to the BeanGateway. Once the blades starts rotating, each data is recorded on the embedded flash. When the windmill is for maintenance, a technician working on the site can send a request for a log transmission. Then the BeanDevice AX-3D starts sending all its logs. If all the logs are sucessfully transmitted to the BeanGateway, the flash memory is erased and new logs will be recorded. 4

5 N Measurement Range: - 2 : +/-2g measurement range - 10 : +/-10g measurement range Product reference BND-AX3D -NG WP WP Wireless Technology - IEEE : IEEE (2006) Example: BND-AX3D-10G-IEEE Wireless Accelerometer with 10g measurement range, IEEE Wireless Technology Accelerometer Specifications Accelerometer technology Sensitivity Typical non-linearity MEMS technology triaxial accelerometer AX-3D-2G Version : counts/g AX-3D-10G : 3277 counts/g ±0,1% FS Analog to Digital converter 16-bits, SAR architecture (Successive Approximation Register) with temperature compensation Sensor frequency response (-3 db) Noise spectral density Anti-aliasing filter 0 to 800 Hz 2g version : 45 µg/ Hz / 10g version : 100 µg/ Hz Butterworth 5 th order filter cut-off frequency : 1 Hz to 2000 Hz remotely programmable (BeanScape ) Wireless Protocol Stack WSN Topology Encryption Data rate RF Characteristics TX Power Receiver Sensitivity Maximum Radio Range Antenna RF Specifications IEEE (2006 version) Point-to-Point / Star AES 128 bits (AES integrated coprocessor) 250 Kbits/s ISM 2.4GHz 16 Channels. Antenna diversity architecture designed by Beanair +0 dbm to +18 dbm -95,5 dbm to -104 dbm 500m (L.O.S) Antenna diversity : 2 omnidirectional antenna with a gain of 2,2 dbi 5

6 Data Acquisition mode (SPS = sample per second) Sampling Rate (in streaming packet mode) Alarm Threshold Cut-off frequency (Anti-aliasing filter) Power Mode TX Power Over-the-air configuration (OTAC) parameters Low Duty Cycle Data Acquisition (LDCDA) Mode: 1s to 24 hour Alarm & Survey mode: 1s to 24 hour Math Mode : 5 ksps maximum Streaming Packet Mode: 5 ksps maximum Streaming Mode: 100 SPS maximum Minimum: 1 SPS Maximum: 5 ksps maximum (one channel activated), 2,5 ksps (2-channels activated), 1,67 ksps (3 channels activated) 2 high levels alarms & 2 low levels alarms Hz Sleeping, Sleeping with Network Listening & Active -7 dbm / -1 dbm / 5 dbm / 11 dbm / 15 dbm / 18 dbm Others specifications Embedded logger Real Time Clock Integrated battery charger Storage Capacity : up to data acquisition Integrated real time clock Write/read Cycle: Extremely Accurate Real Time Clock for measurement timestamping Integrated Lithium-ion battery charger with high precision battery monitoring : Overvoltage Protection, Overcurrent/Short-Circuit Protection, Undervoltage Protection Battery Temperature monitioring Current accumulation measurement During data acquisition : 20 to 30 ma Current consumption During Radio transmission : 40 0dBm, dbm During Idle : < 45 ua Operating Temperature Industrial temperature : -40 C to +85 C Enclosure Aluminium & Watertight (IP66) enclosure Dimensions in mm (LxWxH): 80x55x21 mm, Weight (battery included) : 135g Shocks resistance 60g during 50 ms Norms CE Labelling Directive R&TTE (Radio) ETSI EN ROHS - Directive 2002/95/EC External power supply External power supply : +8v to +28v Rechargeable battery High density Lithium-Ion rechargeable battery with a capacity of 1.3 Ah (referenced as BAT1.3DMG) Power-supply bloc (Option) Wall plug-in, Switchmode power Supply 1,25A with sealed M8 Plug (IP67) Mechanical mounting (Option) Screw mounting Product specifications are subject to change without notice. Contact Beanair for latest specifications. 6

Getting started with a Wireless Sensor Networks Indoor Version AX-3D OR

BeanGateway Ethernet (Indoor version) 1x BeanDevice AX-3D-2G-IEEE

version) 1x BeanDevice AX-3D-10G-IEEE Starterkit Wireless Accelerometer

AX-3D-2G-IEEE Starterkit Wireless Accelerometer10g 1x BeanGateway

for digital signal processing StarterKit Reference SK_AX_3D_2G_IND Free

SK_AX_3D_10G_OUT The BeanDevice AX-3D operates only on our Wireless

7 Getting started with a Wireless Sensor Networks Indoor Version AX-3D OR Outdoor Version Description Starterkit Wireless Accelerometer 2g 1x BeanGateway Ethernet (Indoor version) 1x BeanDevice AX-3D-2G-IEEE Starterkit Wireless Accelerometer10g 1x BeanGateway Ethernet (Indoor version) 1x BeanDevice AX-3D-10G-IEEE Starterkit Wireless Accelerometer 2g 1x BeanGateway Ethernet (Outdoor version) 1x BeanDevice AX-3D-2G-IEEE Starterkit Wireless Accelerometer10g 1x BeanGateway Ethernet (Outdoor version) 1x BeanDevice AX-3D-10G-IEEE Scilab scripts for digital signal processing StarterKit Reference SK_AX_3D_2G_IND Free software for numerical computation SK_AX_3D_10G_IND SK_AX_3D_2G_OUT SK_AX_3D_10G_OUT The BeanDevice AX-3D operates only on our Wireless Sensor Networks, you will need the BeanGateway and the BeanScape for starting a wireless sensor Networks. 7

SmartSensor. AX-3D Version. Wireless Triaxial Accelerometer. Mems Technology. Applications. Main Features. New version: ±13g

SmartSensor. AX-3D Version. Wireless Triaxial Accelerometer. Mems Technology. Applications. Main Features. New version: ±13g Mems Technology New version: ±13g Tri-Axial : ±2g, ±10g, ±13g Wireless Triaxial Accelerometer Anti-Aliasing Filter 5th Datalogger 1.000.000 data acquisition Streaming 3 ksps IEEE 802.15.4 Antenna Diversity