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BeanDevice AN-mV, Wireless milli-Volt Analog Data Acquisition System

The BeanDevice® AN-mV is a wireless data logger with analog voltage inputs (±20mV). Special care is taken in the analog signal conditioner design with an accuracy of ±0.4% (FS) and a dynamic range of 16-bits.
BeanDevice AN-mV
BeanDevice AN-mV
BND-2-4GHz-ANmV System Diagram
BND-2-4GHz-ANmV Inputs, Outputs & Controls
BND-2-4GHz-ANmV Input Wiring
BEANGATEWAY Indoor Version
BEANGATEWAY Outdoor Version
Beanscape 2.4GHz Software
Features:
  • Wireless analog data acquisition system with low voltage inputs (±20 mV), 4 analog channels
  • High measurement accuracy: < 0.08%, 16-bit of resolution
  • Maximum sampling rate: 400 samples per second
  • Watertight (IP65 | Nema 4) aluminum casing
  • TimSync function: Time-synchronization over the Wireless Sensor Networks with an accuracy of ±2.5 ms
  • Maximum Radio Range: 650 m (L.O.S)
Manufacturer:  Beanair GmbH
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Datasheet
Description
Specifications
Applications
Downloads
Similar Products
BeanDevice AN-mV - Description

The BeanDevice® AN-mV is a wireless data logger with analog voltage inputs (±20mV). Special care is taken in the analog signal conditioner design with an accuracy of ±0.4% (FS) and a dynamic range of 16-bits.

This sensor is directly powered by a high accuracy and adjustable DC/DC converter integrated inside the device. The excitation voltage is remotely configurable through the BeanScape® (4.5 to 20V).

Characterized by a watertight (IP65) and small (146.05 mm x 65.5 mm x 33.5mm) aluminum enclosure, an ultra-low power (30 µA in sleeping mode), an integrated data logger that can store up to 1 million data logs, as well as a maximum wireless range of 1 Kilometer (L.O.S.), this wireless device is well suited for all types of industrial applications.

While the vast majority of wireless sensors show their limits in harsh industrial environment, the BeanDevice® AN-mV integrates an innovative antenna diversity design, boosting the radio link quality in environments subject to random and diverse disturbances. Antenna diversity improves both the quality and reliability of a wireless link by 30%.

The outstanding TimeSync® function allows to reach a time-synchronization of ±2.5ms over the wireless sensor networks. It contributes to enhance user experience about data fusion and modal analysis.

Users looking for a quick and easy integration with a third party software, have choice between ModBus TCP/RTU/ASCII protocol available on our BeanGateway® or  OPC DA available on our BeanScape® (Premium+ & Cloud versions only).

BeanScape 2.4GHz - How to use the Alarm - Data Acquisition Mode:   https://youtu.be/XxWJT7A9ntY

BeanScape 2.4GHz - How to use Low Duty Cycle Data Acquisition Mode:  https://youtu.be/TGDBPrFeO_8

Beanscape 2.4GHz - How to perform streaming in Data Acquisition Modehttps://youtu.be/OVVpj0V8svU

How to switch between Standard and Expert HMI View :  https://youtu.be/HFtu7HapIeI

BeanDevice AN-mV - Specifications
Input TypesStrain Gauge
Vdc
No. of Inputs2-20
OutputEthernet
BeanDevice AN-mV - Applications

The BeanDevice® AN-mV is suitable for the following applications:

  • Remote Monitoring of Tank Weights
  • Bridge Strain & Stress Monitoring
  • Built-in Test Equipment
  • Condition Monitoring of Structures & Buildings
  • Structural Health Monitoring (SHM)
BeanDevice AN-mV - Downloads
BeanDevice AN-mV - Similar Products
  • 16 bit resolution A/D
  • Simultaneous Sampling of all Channels
  • Bandwidth up to 24kHz for the 4 Channel System
  • Radio Telemetry Transmission
  • Uses 1 Data Transmission Module, with up to 16 Input Modules
  • Water Resistant - IP65 modules
  • Powered from 7-30 Vdc
Input Types
Strain Gauge,
Vdc,
Temperature,
IEPE-ICP
No. of Inputs
2-20
Output
Analog,
Ethernet
  • Waterproof (IP66, IP67)
  • Ideal for brake testing due to excellent heat dissipation
  • Removable stator for convenient balancing of wheels
  • Online zeroing - system is ready to measure after three turns of the wheel
  • Measurement range: Fx, Fz = ±45 kN, Fy = ±25 kN, Mx, My, Mz = 8.75 kNm
  • Angular resolution 0.072°
  • Working temperature range (sensor): -40°C to +150°C
  • Convenient parameterization with software RemusLAB
Input Types
Strain Gauge
No. of Inputs
2-20
Output
Analog,
Ethernet,
CANbus
  • Measurement of driving and breaking torques
  • sealed IP67 (waterproof)
  • Transmitter electronics integrated in sensor
  • My = 3.000 Nm (4.500 Nm optional)
  • Power supply: rechargeable battery (approx. 50 h operating time)
  • Working temperature (Sensor): -10°C … +60°C
  • Programmable amplifiers with autozero function
  • Convenient parameterization by RemusLAB or webbrowser
Input Types
Strain Gauge,
Temperature
No. of Inputs
2-20
Output
Analog,
Ethernet,
CANbus
  • Static & Dynamic measurements up to 24,000 Hz
  • 2 to 64 channel systems
  • Inputs for Strain Gauges, Temperature, ICP sensors or Voltages
  • 4 Vdc Excitation & Gains selectable, 125, 250, 500, 1000 or 2000
  • 16 bit ADC, simultaneous sampling
  • Full software programmable & Auto Zero calibration
  • Inductive or battery powered
  • Rugged, water proof housing
Input Types
Strain Gauge,
Vdc,
Temperature
No. of Inputs
8 +,
2-20
Output
Analog
  • Steering torque range ±100 Nm or ±200 Nm
  • Steering angle range ±1474,56°
  • Rotational velocity range ±1000°/sec
  • Acceleration in x, y, z (optional)
  • Rotational acceleration (optional)
  • CAN and analog output
  • Online monitoring of all channels in physical values
  • Inductive power supply by control unit
Input Types
Strain Gauge,
Vdc
No. of Inputs
2-20
Output
Analog,
CANbus
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