Bestech
  • Sensors & Instrumentation
  • Wireless Sensor
  • 2.4GHz Wireless IoT Sensors
  • SmartSensor – Wireless accelerometer/ tilt sensor
  • SmartSensor – Wireless accelerometer/ tilt sensor

    BeanDevice® SmartSensor series contain tri-axial (AX-3D, AX-3DS, AX-3D Xrange) wireless accelerometers as well as single-axial and biaxial inclinometers (Hi-INC, Hi-INC Xrange). Those wireless sensors are perfect for dynamic measurement on embedded equipment for vibration analysis, movement detection, structural health monitoring (SHM) and inertial measurement. With measurement ranges from ±2g to ±24g, BeanDevice® wireless accelerometers can reach a maximum wireless range (L.O.S.) of 390m and log up to 8 000 000 records in embedded data logger. They are fully calibrated sensor with ultralow power consumption <30µA (sleeping mode), and very low noise density at 45μg/√Hz. Rechargeable battery and watertight aluminium enclose IP66 ensures reliable operation for harsh industrial environment. Wireless tiltmeters with integrated data logger Hi-INC and Hi-INC Xrange are also suitable for antenna positioning, flight test measurement, benchmark on car frame stability and etc. Mono-axial and biaxial models are available for ±15° and ±30° angle measurements.
    BeanAir® SmartSensor Series are wireless accelerometers and clinometers with integrated data logger that stand out for their high performance in harsh industrial environment. Wide range of industrial protocols (Modbus TCP/RTU/ASCII, OPC DA) on wireless sensors make a easy task to integrate to any IT environment.

    Highlights:

    • Innovative antenna diversity design improves the quality and reliability of a wireless link by 30%;
    • MEMS technology;
    • Triaxial wireless accelerometer, 1-/2-axis wireless clinometer with integrated data logger;
    • Corrosion proof (black anodized);
    • Watertight aluminium enclosure IP66;
    • Embedded logger up to 8,000,000 measured records;
    • Integrated rechargeable lithium-ion battery and charger;
    • Antenna diversity concept for excellent radio link (1Km).
    ProductsMeasuring rangesSensitivityNon linearityFrequency response
    Standard version
     Tri-axial accelerometer AX-3D±2g/±10g/±13g16384counts/g (±2g); 3277counts/g (±10g); 2521counts/g (±13g)±0.1% FS0-800Hz (-3dB)
     Tri-axial accelerometer w. Smart Shock Detection technology AX-3DS±6g/±12g/±24g (24G); ±2g/±4g/±8g (8G)-95.5dBm to -104dBm (receiver)±0.15 % FSDepends on DAQ
     Single-/Bi-axial inclinometer Hi-INC±15°/ ±30°0.001°(resolution)±0.05°(accuracy, FS)DC-28Hz (-3dB)
    Xrange version
     3 Axis accelerometer AX-3D XrangeWireless range in LOS increases to 390m; Battery 1550mAh; 38.1µm flatness; 1.6µm roughness; Corrosion proof.
     Single-/Bi-axial inclinometer Hi-INC XrangeWireless range in LOS increases to 390m; Battery 1550mAh; 38.1µm flatness; 1.6µm roughness; Corrosion proof.
    Based on inertial MEMS (Micro Electro Mechanical Systems) technology, BeanAir®’s line of wireless sensors, wireless data acquisition systems allow engineers to build their own architecture of wireless sensor network that enables remote monitoring and control tasks.Wireless sensor network gives the option to work away from the measurement sites, collecting and processing data without hassle or potential safety and health hazards. A wireless sensor network is composed of a wireless sensor (integrated with sensor power supply, micro-controller, radio transceiver and a data logger) and a network indoor / outdoor coordinator if required.
    pressure sensorBeanAir Sensors work on a network. You will need a sensor (BeanDevice), a coordinator (BeanGateway) and an application (BeanScape) in order to form your network.BeanGateway is the network coordinator that coordinates between all the wireless sensors in the data acquisition network and the user work station.BeanAir® Wireless Sensors are based on MEMS (Micro Electro Mechanical Systems) technology and IEEE808.15.4 &GSM/GPRS wireless stack for platform communications. User can monitor and control the measured physical conditions (e.g. temperature & humidity, vibration, pressure, etc.) from their computer by installing the provided management software.
    pressure sensor
    • Dynamic measurement on embedded equipment
    • Vibration analysis
    • Inertial measurement
    • Drop testing
    • Crash & impact testing
    • Health & usage monitoring systems (HUMS)
    • Transportation monitoring
    • Ride quality measurement

    For more information, CONTACT US now with your application details.

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