beandevice hi-inc
TRANSCRIPT
HI-INC Version
SmartSensor
Rethinking Sensing Technology
Mono or Bi Axial : +/- 15° , +/- 30° , +/-90°
Anti-Aliasing Filter 5th
Data Logger 1.000.000 data
acquisition
Streaming 60 SPS
IEEE 802.15.4 Antenna Diversity
Main Features
Wireless Inclinometer based on MEMS Technology Measurement range:
mono-axial or bi-axial +/-15°
mono-axial or bi-axial +/-30°
bi-axial +/-90°
Excellent resolution:
0,001° , for +/-15° & +/-30° version
0,0025° , for +/-90° version Excellent radio link thanks to the antenna diversity
developed by Beanair® Non contact actuation for faster installation Streaming mode: 60 SPS on each channel Maximum radio range : 500 m (L.O.S) Ultra-Power Radio Technology IEEE 802.15.4 Current consumption in sleeping mode : < 30 µA Embedded Data Logger : up to 1,000,000 data
acquisition records (with events dating) Entirely autonomous system with an integrated Li-
thium-Ion battery charger Anti-aliasing Butterworth filter (5th order) with a cut-
off frequency of 1 Hz to 2 KHz (remotely programma-ble from the BeanScape®)
Watertight aluminium enclosure IP66 (dimensions Lxlxh : 80x55x21 mm—weight 145g rechargeable bat-tery included) - suitable for Harsh Industrial Envi-ronment
Free Scilab scripts for FFT and PPV filtering
Platform Leveling and stabilization
Laser level rotation
Slope measurement (Building, infrastructure & construction)
Oil drilling
Axial rotor measurement
Applications
Wireless Inclinometer
±30° or ±15° or ±90° BeanDevice® HI-INC main
presentation video
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Remote configuration and monitoring
*Over-the-Air Configuration
OTAC*
The BeanScape® application allows
the user to view all the data transmitted
by the BeanDevice® HI-INC
With the OTAC (Over-the-Air configura-
tion) feature, the user can remotely
configure the BeanDevice® HI-INC.
Several data acquisition modes are available on the
BeanDevice® HI-INC :
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 alarms 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 60
samples per second maximum
Streaming Mode: all measured values are transmitted in
real-time within a continuous flow at 60 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 .
HI-INC
Antenna Diversity
While the vast majority of wireless sensors shows their
limits in harsh industrial environment, the
BeanDevice® HI-INC integrates an innovative antenna di-
versity design, allowing to optimize the radio link quality in
environments subject to random and diverse disturbance.
Diversity antenna improves the quality and reliability of a
wireless link by 30%.
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Embedded Data Logger up to 1,000,000
data acquisition records
The BeanDevice® HI-INC integrates an embedded DataLogger, which can be used to log data whenever
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® once a Wireless Sensor Network is established.
The DataLogger feature is compatible with all the data acquisition mode available on your BeanDevice®
HI-INC :
LowDutyCycle Data Acquisition
Alarm & Survey
Math
Streaming & Streaming packet ( maximum data rate : 60 samples per second for each axis)
Example: Tilt measurement on a bridge
The BeanDevice® HI-INC is configured with
the dataLogger feature. A standalone
installation of the BeanDevice® HI-INC will
be done on the bridge, without the necessity
to be connected to the BeanGateway®.
During the measurement campaign, all the
data acquisition are logged on the embedded
flash of the BeanDevice® HI-INC .
When a technician goes on the site with the
BeanGateway® , a request for a log transmis-
sion is sent by the BeanGateway® to the
BeanDevice®. Then the BeanDevice®HI-INC
starts sending all its logs . If all the logs are
transmitted to the BeanGateway® sucessful-
ly, the flash memory is erased and new logs
will be recorded;
BeanDevice HI-INC
The Datalogger feature is
activated on the BeanDevice
BeanGateway (WSN Coordinator)
Transmits all the data logs
Request for Logs transmission
BeanDevice HI-INC
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Sensor specifications
Inclinometer Technology Inclinometer based on MEMS Technology
Measurement resolution (Bandwidth 10 Hz)
HI-INC 15M & HI-INC 15B & HI-INC 30M & HI-INC 30B versions: 0,001° HI-INC 90B version : 0,0025°
Typical non-linearity
HI-INC 15M & HI-INC 15B versions: ±0,057°
HI-INC 30M & HI-INC 30B versions : ±0,11°
HI-INC 90B version: ±0,57°
Analog to Digital converter 16-bits, SAR architecture (Successive Approximation Register) with temperature compensation
Sensor frequency Response (-3 dB)
DC to 28 Hz
Noise spectral density
DC to 100 Hz
HI-INC 15M & HI-INC 15B & HI-INC 30M & HI-INC 30B versions: 0.0004 °/ √Hz
HI-INC 90B version: 0.0008 °/ √Hz
Anti-aliasing filter Butterworth 5th order filter – cut-off frequency remotely programmable (BeanScape®)
Over-the-air configuration (OTAC) parameters
Data Acquisition mode
(SPS = sample per second)
Low Duty Cycle Data Acquisition (LDCDA) Mode: 1s to 24 hour
Alarm & Survey mode: 1s to 24 hour
Math Mode : 60 SPS maximum
Streaming Packet Mode: 60 SPS maximum
Streaming Mode: 60 SPS maximum Sampling Rate (in streaming and mode)
Minimum: 1 SPS Maximum: 60 SPS on each channel
Alarm Threshold 2 high levels alarms & 2 low levels alarms
Cut-off frequency (Anti-aliasing filter)
1– 100 Hz
Power Mode Sleeping, Sleeping with Network Listening & Active
TX Power -7 dBm / -1 dBm / 5 dBm / 11 dBm / 15 dBm / 18 dBm
Product reference
BND-HI-INC –MR –WP
MR– Measurement Range:
- 15M : mono-axial ±15° - 15B : bi-axial ±30° - 30M : mono-axial ±30° - 30B : bi-axial ±30° - 90B : bi-axial ±90°
WP– Wireless Technology
- IEEE : IEEE 802.15.4 (2006)
Example: BND-HI-INC-15B-IEEE—Wireless bi-axial inclinometer with +/-15° measurement range with IEEE 802.15.4 Wireless
Technology
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Others specifications
Embedded logger
Storage Capacity : up to 1 000 000 measurements
Integrated real time clock
Write/read Cycle: 400 000
Real Time Clock Extremely Accurate Real Time Clock for measurement timestamping
Integrated battery char-ger
Integrated Lithium-ion battery charger with high precision battery monitoring :
Overvoltage Protection, Overcurrent/Short-Circuit Protection, Undervoltage Protection
Battery Temperature monitioring
Current accumulation measurement
Current consumption
@ 3,3V
During data acquisition : 20 to 30 mA
During Radio transmission : 40 mA @ 5dBm , 70 mA @ 18 dBm
During Idle : < 30 µA
Operating Temperature Industrial temperature : -40 °C to +85 °C
Enclosure Aluminium & Watertight (IP66) enclosure
Dimensions in mm (L x W x H): 80x55x21 mm, Weight (battery included) : 145g
Shocks resistance 60g during 50 ms
Norms CE Labelling Directive R&TTE (Radio) ETSI EN 300 328
ROHS - Directive 2002/95/EC
External power supply External power supply : +8v to +28v
Rechargeable battery High density Lithium-Ion rechargeable battery capacity of 950 mAh (referenced as BAT0.95DMG)
Power-supply bloc
(Option) Wall plug-in, Switchmode power Supply 12V @ 1,25A with sealed M8 Plug (IP67)
Mechanical mounting
(Option) Screw mounting
RF specifications
Wireless Protocol Stack IEEE 802.15.4 (2006 version)
WSN Topology Point-to-Point / Star
Encryption AES 128 bits (AES integrated coprocessor)
Data rate 250 Kbits/s
RF Characteristics ISM 2.4GHz – 16 Channels. Antenna diversity architecture designed by Beanair®
TX Power -7 dBm to +18 dBm
Receiver Sensitivity -95,5 dBm to -104 dBm
Maximum Radio Range 500m (L.O.S)
Antenna Antenna diversity : 2 omnidirectional antenna with a gain of 2,2 dBi
Product specifications are subject to change without notice. Contact Beanair for latest specifications. MADE IN FRANCE
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Indoor Version
HI-INC
OR
Getting started with a Wireless Sensor Network
Outdoor Version
Scilab scripts for digital
signal processing
Free software for numerical computation
Description StarterKit Reference
Starterkit Wireless Inclinometer (Mono-Axial ±15°)
1 x BeanGateway Ethernet (Indoor version), Ref.: BGTW-ETH-IND
1 x BeanDevice HI-INC Inclinometer ±15° Mono-Axial , Ref: BND-HI-INC-15M-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI-INC-15M_IND
Starterkit Wireless Inclinometer (mono-axial ±30°)
1 x BeanGateway Ethernet (Indoor version), Ref.: BGTW-ETH-IND
1 x BeanDevice HI-INC Inclinometer ±30° mono-axial, Ref: BND-HI-INC-30M-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI-INC-30M_IND
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Getting started with a Wireless Sensor Network
Description StarterKit Reference
Starterkit Wireless Inclinometer (bi-axial ±15°)
1 x BeanGateway Ethernet (Indoor version), Ref.: BGTW-ETH-IND
1 x BeanDevice HI-INC Inclinometer bi-axial ±15°, Ref.: BND-HI-INC-15B-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI_INC_15B_IND
Starterkit Wireless Inclinometer (bi-axial ±30°)
1 x BeanGateway Ethernet (Indoor version), Ref.: BGTW-ETH-IND
1 x BeanDevice HI-INC Inclinometer Bi-axial ±30°, Ref: BND-HI-INC-30B-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI_INC_30B_IND
Starterkit Wireless Inclinometer (bi-axial ±90°)
1 x BeanGateway Ethernet (Indoor version), Ref.: BGTW-ETH-IND
1 x BeanDevice HI-INC Inclinometer Bi-axial ±90°, Ref: BND-HI-INC-90B-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI_INC_90B_IND
Starterkit Wireless Inclinometer (Mono-Axial ±15°)
1 x BeanGateway Ethernet (Outdoor version), Ref.: BGTW-ETH-OUT
1 x BeanDevice HI-INC Inclinometer ±15° Mono-Axial, Ref: BND-HI-INC-15M-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI-INC-15M_OUT
Starterkit Wireless Inclinometer (mono-axial ±30°)
1 x BeanGateway Ethernet (Outdoor version), Ref.: BGTW-ETH-OUT
1 x BeanDevice HI-INC Inclinometer ±30° mono-axial, Ref: BND-HI-INC-30M-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI-INC-30M_OUT
Starterkit Wireless Inclinometer (bi-axial ±15°)
1 x BeanGateway Ethernet (Outdoor version), Ref.: BGTW-ETH-OUT
1 x BeanDevice HI-INC Inclinometer bi-axial ±15°, Ref.: BND-HI-INC-15B-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI_INC_15B_OUT
Starterkit Wireless Inclinometer (bi-axial ±30°)
1 x BeanGateway Ethernet (Outdoor version), Ref.: BGTW-ETH-OUT
1 x BeanDevice HI-INC Inclinometer Bi-axial ±30°, Ref: BND-HI-INC-30B-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI_INC_30B_OUT
Starterkit Wireless Inclinometer (bi-axial ±90°)
1 x BeanGateway Ethernet (Outdoor version), Ref.: BGTW-ETH-OUT
1 x BeanDevice HI-INC Inclinometer Bi-axial ±90°, Ref: BND-HI-INC-90B-IEEE
1 x Beanscape Basic, Ref: BNSC_BASIC
1x Scilab Scripts for Digital Signal Processing (FFT and PPV Filtering)
SK_HI_INC_90B_OUT
The BeanDevice® HI-INC operates only on our Wireless Sensor Networks , you will need the BeanGateway® and the BeanScape® for starting a wireless sensor
Network . 1, mail Gay Lussac
95000 Neuville-sur-Oise France
[email protected] Tel.:+33.(0)1.83.62.16.38
www.beanair.com