The Environmental Sensor is a wireless sensor that can measure a variety of parameters such as particulate matter, environmental noise, and a wide range of weather-related parameters for an all-round understanding of the environment around it.

 

Noise

The Noise agent measures environmental noise through a microphone designed specifically for this product and allows the user to measure Leq over a plethora of different time windows, as well as Lmax, Lpk, L10, L50 and L90, all with both A and C frequency weightings and F and S time-weightings.

The power efficient microphone allows for up to 5 weeks of continuous monitoring on batteries alone, or an external power supply can be connected for long term monitoring.

Parameters required by IEC61672-1 and BS 5228-1:2009 standards

 

Air

The Air agent outputs data on particulate matter in the air: instantaneous mass concentration of PM1, PM2.5, PM4 and PM10 can be measured in Low Power mode, while Always On mode allows the user to collect data on the maximum and average mass concentration of particulates in the air and set acquisitions to trigger when the instantaneous mass concentration exceeds a threshold.

To maximize insight on these parameters the agent collects data on atmospheric pressure, ambient temperature and relative humidity, and an external tipping bucket rain probe can be connected to measure instantaneous and cumulative rainfall. A threshold can be set to trigger an acquisition when the total rainfall over a specified time exceeds a user defined threshold.

Temperature

Pressure

Humidity

PM1, PM2.5, PM4, PM10

Rain

 

Wind

The Wind agent takes measurements from two external Wind speed and Wind direction probes. The Low Power mode consists of programmed reading of instantaneous speed and direction, with cadence ranging between 2 minutes and 24 hours.

The Always On mode enables the user to also measure average and maximum wind speeds, as well as enabling a trigger mode on instantaneous wind speed.

Wind direction

Wind speed

 

 

Key parameters:

• Affordable 3-in-1 particulate, weather, and noise station

• For indoor and outdoor operation

• Compatible with external 12-24V power supplies for extended operation

• Battery operation for fast deployment

• Wireless LoRaWAN connection

• Fully remote configuration and management

• “Low Power” and “Always On” modes for optimal battery life management

• Noise parameters calculated according to definitions in the IEC 61672 regulation

• PM1, PM2.5, PM4 and PM10 measurements with instantaneous, average, and maximum values and trigger mode

• Wind direction and speed measurement with instantaneous, average, and maximum values and trigger mode (external probes required)

• Rainfall measurement with instant and total values and trigger mode for geohazard applications (external probe required)

• Data management and processing through the MyMove IoT Platform

• Its wireless design ensures seamless integration with other Move Solutions and IoT Platform.

• The sensor offers a variety of working modes to accommodate different scenarios, all manageable through the MyMove IoT Platform. To operate the sensor requires a Move Solutions gateway installed nearby.

Move Solutions Dynamic Displacement Sensor (DDS) is a wireless device designed to remotely monitor structural dynamic displacement and frequencies that occur when infrastructures are subjected to dynamic forces such as strong winds, machinery operation, heavy traffic or earthquakes. The device can be set up and managed remotely via Move Solutions IoT Platform.

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The Dynamic Displacement Sensor is a wireless device that remotely monitors the dynamic displacement and the frequencies of infrastructures.

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The dynamic displacement measures the quick displacement of a structure due to dynamic forces, during events such as strong winds, machinery operation, heavy traffic or earthquakes, and it is typically represented as a distance in millimeters (mm). The frequencies measure the rate at which a structure vibrates or oscillates when subjected to dynamic forces, and they are expressed in Hertz (Hz).

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The data collected is visible via Move Solutions IoT Platform, where each sensor can also be configured, allowing users to remotely set and change specific thresholds according to their needs. When the amplitude surpasses this threshold, the sensor records and transmits vital information, covering the 10 seconds leading up to the event and 20 seconds thereafter. This comprehensive dataset is essential for in-depth analysis.

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Key Parameters:

• Wireless dynamic displacement sensor

• Remote monitoring

• Uniaxial measurements parallel to the gravitational axis (Z) or to the perpendicular axis (X or Y)

• Integrated temperature sensor

• Extremely easy installation

• Ultra low noise performance

• Resolution of 0.012mm, 0.024mm;

• Shift accuracy of ±0,01 mm

• Range of ± 1.5 mm, ± 3mm

• Built-in long-life battery

• Waterproof rating IP67

Move Solutions Vibrometer is a wireless sensor that measures triaxial vibration parameters, providing a complete analysis of the speed, frequency and amplitude of the vibrations to comply with local regulations. The device can be set up and managed remotely via Move Solutions IoT Platform.

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Move Solutions Vibrometer measures the velocity of the point where it is installed, providing a complete analysis of the frequency and amplitude of the vibrations. It performs real-time and remote vibrational analysis, helping you understand if the vibrations and stresses caused by construction sites close to the monitored structure exceed the values ​​set by the legislation in force. All sensors also record temperature, are battery powered and use the LoRaWAN wireless communication protocol.

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The Vibrometer acquires triaxial velocity data (mm/s or inch/s) through the continuous integration of the onboard accelerometer output, with a high sample rate. The sensor has two main, mutually exclusive, operating modes:

• Programmed acquisition mode

• Threshold acquisition mode

 

Wireless Vibrometers transmit accurate readings from the site via LoRaWAN. You can view and interact with your data online using Move Solutions IoT platform.

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Key Parameters:

• Triaxial wireless vibrating sensor

• Acquisition of: Velocity, Frequency, Temperature

• Standards: DIN4150, UNI9916, BS7385, SN 640 312a, RI8507 

• Local Storage of up to 2000 acquisitions, one acquisition is composed by 1024 Datapoint. All the acquisitions are also retrievable by USB Connection with a PC.

• Absolute synchronization ±1 second

• Acquisition: Programmed mode

• Resolution 0.0015mm/s

• Range of ± 100 mm/s

• Integrated temperature sensor

• Extremely simple installation with versatile mounting options

• Ultra low noise performance

• Built-in long-life battery

• IP67 waterproof rating

Move Solutions Accelerometer is a wireless sensor that measures acceleration and frequency on three axes. It can be synchronised with other Accelerometers for Modal Analysis and it detects seismic vibrations. The device can be set up and managed remotely via Move Solutions IoT Platform.

 

Move Solutions Accelerometer is an extremely precise three-axis wireless sensor, capable of synchronizing data samples with all the other Accelerometers in the system. Wireless synchronized sampling is a very important feature that gives many benefits during structural monitoring. Thanks to this feature it is possible to carry out the Modal and Vibrational Analysis of any type of structure. Sample rates are variable and remotely configurable. The Accelerometer also maintains the classic activation threshold operation. The battery-powered device has an operating autonomy of up to 8 years and it also has a temperature sensor.

 

The wireless Accelerometers transmit accurate readings from the site via the LoRaWAN wireless communication protocol via a gateway. You can view and interact with your data online using Move Solutions IoT Platform.

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Key Parameters:​

• Triaxial wireless acceleration sensor

• Wireless synchronized sampling operation, scheduled sampling operation, trigger operation

• Relative synchronization 500 μs

• Activation threshold operation

• Integrated temperature sensor

• Extremely simple installation with versatile mounting options

• Ultra low noise performance

• Resolution of 15bit (31.25μg, 62.5μg, 125μg), accuracy of ± 62.5 μg and range ± 0.512g, ± 1.024g, ± 2.048g

• Built-in long-life battery

• IP67 waterproof rating

• Firmware is remotely upgradeable over the air via the gateway, reducing costly site visits

The tiltmeter measures variations in the static tilt angle relative to the horizontal plane and offers different working modes to suit user needs. In addition to tilt angles, it also measures temperature and vibrations for data correlation and analysis. Part of the Move Solutions sensor family, it integrates seamlessly with the MyMove IoT Platform.

 

Its wireless design ensures quick and easy installation, significantly reducing time and costs. The sensor is optimized for a very long operating life, which can be further extended by adjusting the sensor configuration. To operate the sensor requires a Move Solutions gateway installed.

 

Key Parameters:

• For indoor and outdoor operation

• Long battery life

• Wireless LoRaWAN connection

• Fully remote configuration and management

• Quick, flexible, and easy installation

• Short installation time

• Measures tilt angles, temperature, and vibrations

• Programmed data acquisition with customizable cadence and synchronization between different

• sensors

• Trigger-based data acquisition with selectable trigger source

• Data logging in the internal memory

• Data management and processing through the MyMove IoT Platform

Move Solutions Tilt Beam consists of a wireless and battery-powered tiltmeter attached to a bar, which is then affixed to the structure to measure the degree of slope or tilt over a large area. The device can be set up and managed remotely via Move Solutions IoT Platform.

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The Tilt Beam device consists of a triaxial tilt monitoring sensor installed in the center of a steel tubular support. This stand can be 1, 2 or 3 meters long. Typically they are installed in series so that the end of one bar coincides with the start of the next until the required distance is covered. The differential movements of the structure cause a different rotation of the bars and this shows the differential movements or settlements of the structure to be monitored. Installation is quick and easy without the use of cables.

The three-axis wireless Tiltmeter sensor that detects data is extremely accurate and exceptionally stable. Variable and remotely configurable sampling rates, a rugged design and a battery life of up to 8 years make this wireless Tiltmeter suitable for many environments and solutions. The wireless Tiltmeters transmit accurate readings from the site via the LoRaWAN wireless communication protocol via a Gateway.

You can view and interact with your data online using Move Solutions IoT Platform, where there are multiple data processing and correlation algorithms developed by Move Solutions. It is possible to calculate the deflection of the structure with respect to a baseline. It also mounts a temperature sensor to relate thermal excursion and static deformation. Ideal for static monitoring of railways, buildings, bridges or tunnels.

 

Key Parameters:

• Tilt Beam 1, 2 or 3m long

• Triaxial wireless tilt sensor

• Integrated temperature sensor

• Extremely easy installation with versatile mounting options

• Ultra low noise performance

• Possibility to purify the data from the installation offset

• Resolution of 0.000015° (0.00027mm / m), repeatability of ± 0.0005° (± 0.009mm/m) and range ± 90°

• Built-in long-life battery, about 8 years of life

• Waterproof rating IP67

• Firmware is remotely upgradeable over the air via the Gateway, reducing costly site visits

Move Solutions Single Channel Node is a wireless sensor that makes geotechnical probes suited for LoRaWAN wireless communication, sending an alarm when a certain activation threshold is exceeded. The device can be set up and managed remotely via Move Solutions IoT Platform.

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Move Solutions Single Channel Node is a wireless data logger that makes geotechnical probes suited for LoRaWAN wireless communication. Each node supports one technical probe and the probe’s internal NTC (when present). The Single Channel Node can be configured on Move Solutions IoT Platform: you can set different parameters remotely and monitor the data collected at any time. This Node comes with a long battery life, a wider range of supported probes and an accelerometer-triggered acquisition mode.

 

Key Parameters:

• LoRaWAN wireless communication for wired geotechnical sensors 

• Built-in long-life battery  

• Acquisition cadence to be set remotely 

• Two types of acquisition methods: programmed and triggered by unusual events  

• Each node supports the probe’s internal NTC (except DECKSCN-PT1 and DECKSCN-NTC nodes) 

• Improved accuracy 

• Internal antenna 

• Small package (130×171.2×62 mm) 

• Deeply integrated with Move Solutions Cloud Platform 

• Easy installation with options suitable for every structure 

• Waterproof rating IP67 

Move Solutions Gateway is a control unit that uses LoRaWAN communication to collect data measured by the sensors and transmits them to Move Solutions IoT Platform where the information can be processed and analysed.

• LoRaWAN communication

• Cellular 3G communication

• Wi-Fi hotspot

• Built-in GPS

• Automatic APN detection

• Powered by a battery or solar panel

• IP67 waterproof rating

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Move Solutions Gateway is a control unit for receiving and sending data with which, thanks to the LoRaWAN wide area communication protocol, it is possible to manage and communicate simultaneously with dozens of devices and sensors.This device, first of all, receives the information transmitted by the multiple sensors installed via LoRaWAN. Then, using cellular connectivity, it forwards this data to online servers. The device is Outdoor IP67 and is powered by PoE; optionally it can be powered by battery, with solar panel. The Gateway is equipped with LoRa, LTE, GPS and Wi-Fi antennas. Thanks to the dual LTE antennas, increased cellular coverage is possible. The device also implements a Wi-Fi hotspot and a builtin GPS for very precise synchronization and geolocation of the product. It is a very easy to set up thanks to the automatic APN and the included PoE adapter. The internal antennas make the setup process even simpler, and the external status LEDs allow the user to quickly check the functionality of the device.

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Key Parameters:

• Receiving and sending data via LoRaWAN

• Cellular 3G communication

• LoRa high gain antennas

• LTE antennas

• Built-in GPS

• Wi-Fi hotspot

• Automatic APN detection

• Extremely simple installation with versatile mounting options

• Powered by PoE; optionally it can be powered by a battery or solar panel

• IP67 waterproof rating