STS

The submersible temperature sensor is used submerged in water, soil, or embedded in concrete to monitor phenomena with strong temperature variations, such as day/night cycles on structures, or to compensate for thermal errors in some instruments.

– Range: -20 ÷ 80 °C;
– High resolution (0.01 °C);
– High accuracy: (± 0.3 °C typical in the range of -20° to +20°) (± 0.5 °C in the range of -20° to +60°);
– Stainless steel housing (IP68);

The sensitive element is protected by an IP68 stainless steel housing.
The instrument appears as a small stainless steel cylinder inside which the sensor is embedded and sealed with thermally conductive resins.

  • Sensitive element
  • Thermistor Pt100
  • Material
  • stainless steel
  • Measurement Range
  • -40…+80 °C
  • Resolution
  • 0.01 °C
  • Power supply
  • 10-30 Vdc
  • Output signal
  • 4-20 mA 2-wire or digital
  • Protection class
  • IP68

– STS temperature sensor;
– 3 m free-pole cable;
– Calibration data sheet;

Temperature monitoring in water, soil, concrete, and construction materials.

12 months

– Sheet updated on: 2024.03;
– Specifications and standards subject to change without notice;
– Check the website for the latest updates of the sheets, projects, and other product photos.

dWISE

Automatic monitoring, management, storage, and transmission of data collected from digital sensors (MODBUS RTU) for structural, geotechnical, and environmental monitoring, such
as inclinometers, temperature sensors, multi-parameter probes, hydrometers, etc. It is a wireless data acquisition system that, together with mGateway, provides a versatile and autonomous Early Warning system, ideal for short, medium, and long-term monitoring.

– Versatile (structural, geotechnical and environmental monitoring);
– Ease of installation and use;
– Internal battery (3.6 V) and external (12 V) power supply;
– Multi-connectivity: Digimesh® / LORAWAN ®;
– Expandability/Modularity: up to 16 MODBUS sensors
– RTU (point and/or distributed monitoring);
– Integrated Diagnostics (network diagnostics, power supply, temperature, memory);
– Automatic sending of acquired data to mGateway;
– Integrated local alarms (on ON/OFF output);
– Great autonomy 2 years (typical, with one sensor and measurements every 60 minutes);

  • VERSIONS
  • 1. Battery powered: 1 X 3.6 V lithium-ion battery (13 Ah);
    2. External power: 12 Vdc;
  • MAIN FUNCTIONALITIES AVAILABLE VIA THE INTEGRATED WEBSERVER ON THE mGATEWAY MODULE:
  • 1. Transmission of acquired sensor data and diagnostics to mGateway;
    2. Independent alarm event transmission to the concentrator;
    3. Logging of acquisitions and alarms on SD memory;
    4. Configuration of connected digital sensors;
    5. Battery charge status monitoring;
    6. Internal/external power monitoring;
  • COMMUNICATION PORTS
  • 1. UART for DIGIMESH® / LORAWAN® module;
    2. RS485 for digital MODBUS-RTU (RS485) or ASCII (RS485) sensors;
  • HARDWARE CHARACTERISTICS:
  • 1. Internal power supply: 3.6 Vdc;
    2. External power supply: 12 Vdc;
    3. Power consumption: typical 100 mA (max. 250 mA, min. 450 μA in sleep mode) ;
    4. Operating temperature: min. – 20 °C max. + 60 °C;
    5. Operating Relative Humidity: min. 0 % max. 80 %;
    6. Memory: 32 GB SD removable memory;
    7. IP 65 case size: 125 x 125 x 65 mm (L x W x H);
    8. Sensor power supply:
    – If dWISE is with internal 3.6 V power supply: provides 15 Vdc switching max 100 mA;
    – If dWISE is with external 3.6 V power supply: provides 12 Vdc switching max 1000 mA;
  • SENSORS:
  • dWISE can manage up to a maximum of 16 MODBUS-RTU digital sensors and can utilize the following sensors:
    1. mSENSE inclinometer with MODBUS-RTU output;
    2. Indoor or outdoor thermo-hygrometer with MODBUS-RTU output;
    3. Fixed inclinometer chain (max. 16 inclinometer nodes) with MODBUS-RTU output;
    4. Multi-parameter probe for environmental parameter monitoring (max. 6+1 parameters, pH, level, temperature, conductivity, Redox, Oxygen, etc.);
    5. MODBUS-RTU analog converter for analog transducers;

– User’s manual;
– Omni-directional high-gain outdoor antenna;
– 32 GB SD memory;
– 3.6 V lithium-ion battery (13 Ah);

Optional products:
– 220 Vac mains power supply;
– 220 Vac mains power supply box;
– Solar panel power supply box + solar panel kit;

– Structural monitoring;
– Geotechnical monitoring;
– Environmental monitoring;

12 months

– Sheet updated on: 2023.11;
– Specifications and standards subject to change without notice;
– Check the website for the latest updates of the sheets, projects, and other product photos.

WISE

Automatic monitoring, management, storage, and transmission of data from analog transducers for structural, geotechnical, and environmental monitoring.** This includes devices such
as crack meters, inclinometers, temperature probes, load cells, hydrometers, etc. It is a wireless data acquisition system that, together with mGateway, provides a versatile and autonomous Early Warning system ideal for short, medium, and long-term monitoring.

– Versatile
(structural, geotechnical, and environmental monitoring).
– Easy to install and use.
– Internal battery (3.6V) and external (12V) power supply. – Multi-connectivity: Digimesh® / LORAWAN®.
– Multi-channel: up to 3 analog transducers
(point and/or distributed monitoring).
– Integrated diagnostics (network, power, temperature, memory). – Automatic data transmission to mGateway.
– Long autonomy: 2 years
(typical, with one sensor and measurements every 60 minutes).

  • HARDWARE CHARACTERISTICS:
  • 1. Internal power supply: 3.6 VDC.
    External power supply: 12 VDC.
    Power consumption: Typical 45 mA
    (max. 75 mA, min. 350 μA in sleep mode).
    4. Operating temperature: Min. -20 °C, max. +60 °C.
    Operating relative humidity: Min. 0%, max. 80%.
    Memory: Internal memory for 48,512 readings
    (e.g., with 3 sensors sampling hourly, 673 days of storage).
    7. Case: IP65, dimensions: 160 x 90 x 50 mm (L x W x H).
  • ANALOG CHANNELS:
  • 1. ADC resolution: 24 bit.
    Number of channels: 3
    (differential or single-ended, software configurable).
    Electrical range: 0 ÷ 5 V (single-ended), max. ± 2.5 V
    (differential).
    4. Sensor types: Inclinometers, potentiometers, resistive
    bridges, PT100, thermistors, and thermocouples.
    5. Sensor power supply: 2.5 V reference (max. 10 mA), 3.3
    V (max. 250 mA), excitation current max. 1 mA, switching 12 VDC max. 100 mA.
  • COMMUNICATION PORTS
  • 1. UART for DIGIMESH® / LORAWAN® module; 2. USB for local configuration via PC;
  • MAIN FUNCTIONALITIES AVAILABLE VIA THE INTEGRATED WEB SERVER ON THE MGATEWAY MODULE:
  • 1. Transmission of acquired sensor data and diagnostics to mGateway.
    Independent alarm event transmission to the concentrator.
    Internal memory logging of acquisitions and alarms.
    4. Configuration of connected analog transducers.
    Monitoring battery charge status.
    Monitoring internal/external power supply.

– User’s manual; – Omni-directional high-gain outdoor antenna; – USB cable for communication with PC; – 3.6 V lithium-ion battery (6.5 Ah);

Optional products: – 220 Vac mains power supply; – 220 Vac mains power supply box; – Solar panel power supply box + solar panel kit;

– Structural monitoring; – Geotechnical monitoring; – Environmental monitoring;

12 months

– Sheet updated on: 2023.11; – Specifications and standards subject to change without notice; – Check the website for the latest updates of the sheets, projects, and other product photos.

AHTS

The sensor is used to measure air temperature and humidity outside structures or more generally for environmental monitoring.

– Range: -20 to +80 °C, 0 to 100% RH
– High resolution: 0.05 °C, 0.1% RH
– High accuracy: ±0.2 °C, ±2% RH
– Painted aluminum radiant enclosure (IP65)

Temperature measurement is performed to control events with large temperature variations, such as the day/night cycle on structures, or to compensate for thermal errors of some instruments. The sensing element for temperature and humidity measurement are protected from rain and incident solar radiation by means of five overlapping circular screens arranged to provide natural internal ventilation.

Their special white, reflective coloring cancels the heating effect induced on the sensing element, ensuring maximum measurement accuracy.

  • Measurement Range
  • -20 to +80 °C, 0 to ±0.2 °C, ±2% RH
  • Resolution
  • 0.05 °C, 0.1% RH
  • Accuracy
  • ±0.2 °C, ±2% RH
  • Protection class
  • (IP65)

– STS temperature sensor;
– 3 m free-pole cable;
– Calibration data sheet;

Temperature monitoring in water, soil, concrete, and construction materials.

12 months

– Sheet updated on: 2024.03;
– Specifications and standards subject to change without notice;
– Check the site for the latest sheet updates, designs, and other product photos

mGateway

Automatic monitoring, management, storage, and transmission of data from one or more connected dataloggers (wireless/ wired) to analog and digital electrical transducers for structural, geotechnical, and environmental monitoring. Examples include: crack meters, inclinometers, temperature sensors, displacement transducers, load cells, level transducers, pressure transducers, hydrometers, etc. It is a gateway system for managing wireless/ wired monitoring networks and a versatile and autonomous Early Warning system, ideal for short, medium, and long-term monitoring.

– Versatile (structural, geotechnical and environmental monitoring);
– Ease of installation and use;
– Integrated Web server (manageable via browser from smartphone/tablet/PC); – Multi-connectivity: Ethernet / WiFi / 4G modem / Digimesh® / LORAWAN ®; – Expandability/Modularity: Multi-datalogger wireless/wired

(point and/or distributed monitoring);
– Integrated diagnostics (network diagnostics, temperature, memory); – Automatic sending of acquired data to FTP/FTPS/SFTP server;
– Integrated alarms (SMS/eMail);
– Low power consumption (typical 250 mA);

mGateway is a programmable system of wide versatility, with battery operation
(12 Vdc) or mains operation (by means of 220 Vac / 12 Vdc power supply), it is typically indicated in structural / geotechnical / environmental monitoring, through the use of wireless/wired data acquisition systems (dWISE, WISE and eDAS dataloggers). It is a data transmission gateway that also integrates the functions of collecting, alerting and managing data from the dataloggers that are part of its network. Conceived, designed and built with the objective of providing a reliable and cost-effective, self-powered, easy-to-use instrument, ideal for simple static
type monitoring using a few acquisition units (dataloggers) or complex monitoring consisting of several dozen localized and/or distributed acquisition units.

However, the great versatility of this product makes it possible to create hybrid networks (wireless and wired) of multiple units interconnected with each other, up to constitute a multiple wired network
of dataloggers (up to 32 units) and at the same time to also create a wireless network of dataloggers (up to 35 units).
Management of the system can be done locally or even remotely via the Ethernet port or 4G modem (integrated on the board). The mGateway system can be connected into a LAN network through the Ethernet port (TCP/IP protocol) allowing interconnection of up to 254 mGateway systems each with its own monitoring network.

The mGateway system has a 32 GB internal FLASH memory and an external SD for
storage to 32 GB. The autonomy of the system with standard 12 V – 12 Ah battery is about 24 hours in non-onerous weather conditions. Power can also be supplied externally using a 220 Vac mains power supply (optional) or from a solar panel using a “solar panel-battery-regulated-charge” kit (optional). The integrated webserver allows management of the datalogger using a browser (Chrome/Firefox/Edge) from any device (smartphone/tablet/PC) without the use of any software to be installed.

On each individual datalogger in the mGateway network, alarm thresholds and corresponding SMS/email notifications can be configured for various users.
Local diagnostics enable monitoring of mGateway resources such as memory and CPU parameters, physical values like temperature, and battery status of each network node.
The monitoring network status is available thanks to information on cellular network coverage and the reception power of each network node, along with other information stored within log files. Data acquired from the datalogger is stored in CSV (ASCII/ text) format and can be sent at scheduled intervals to an FTP/FTPS/SFTP server autonomously via available network connections (wired/wireless) using the optional 4G modem or a LAN connection via the Ethernet port.

mGATEWAY-4G-WIRELESS:

Includes 4G modem and radio module for wireless datalogger networks (Digimesh®/LORAWAN®).

mGATEWAY-4G-RS485

Includes 4G modem and module for wired datalogger networks (RS485 bus).

mGATEWAY-RS485-WIRELESS

Includes module for wireless datalogger networks and module for wired RS485 bus networks (internet connection via onboard Ethernet port).

mGATEWAY-WIRELESS

Includes radio module for wireless datalogger networks (Digimesh®/LORAWAN®).

mGATEWAY-RS485

Includes module for wired datalogger networks (RS485 bus).

  • CPU
  • Broadcom BCM2837 microprocessor, Cortex-A53 (ARMv8) 64-bit SoC @ 1.2 GHz;1GB LPDDR2 SDRAM;
  • MEMORY
  • Internal data flash memory 32GB eMMC;External data memory on SD 32 GB media;
  • COMMUNICATION INTERFACES
  • Ethernet 10/100 Mbit I/F (RJ45);4G modem (LTE cat.4 max. 100 Mbps DL and 50 Mbps UL
    / 3G HSPA+ 42 Mbps DL and 5.76 Mbps UL);
    RS485 communication port (for wired datalogger networks);
  • INTEGRATED MODULES
  • RS485 Half Duplex (9600 to 115200 bps) for wired datalogger networks (eDAS);Radio module for wireless datalogger networks (dWISE, WISE and eDAS)Mesh networks: Digimesh® (2.4 GHz) – Free air and unobstructed radio range max. 1200 m;Star networks (LoRaWAN®): LoRa® (868 MHz) – Radio range in free air and unobstructed max. 5000 m;4G Modems (LTE cat.4 max. 100 Mbps in DL and 50 Mbps in UL / 3G HSPA+ 42 Mbps in DL and 5.76Mbps in UL);
  • ADVANCED FUNCTIONS
  • – Built-in Web server manageable by browser from smartphone/tablet/PC;
    – Expandability of monitoring networks by wireless and wired nodes (point and/or distributed monitoring);
    – Management and configuration of wireless/wired network of dataloggers;
    – Automatic sending of acquired data to FTP/FTPS/SFTP server; – Sending Sms/e-Mail alarms;
    – NTP client for internal clock synchronization;
    – NTP client for internal clock synchronization;
  • POWER SUPPLY AND CONSUMPTION
  • – Power supply: 12 Vdc (rated range 9: to 24 Vdc); – Rated power: 2.8 watts (max. 4.5 watts);
  • OPERATING RANGE
  • – Temperatura di esercizio: min. – 20 °C max. + 60 °C – Umidità Relativa di esercizio: min. 0 % max. 80 %
  • DIAGNOSTICS
  • – System status (CPU/Memory/Temperature); – Status of wireless/wired networks;
    – Memory status of each device in the network;
    – System and acquisition network clock;
    – Received signal strength from wireless modules (Digimesh); – Radio signal strength (4G modem);
    – Internet connection status;
    – System log log

Standard anodized aluminum enclosure with degrees of protection IP54 (indoor version) and IP65 (outdoor version);

  • Dimensions:
  • – Indoor version: 160 x 125 x 51.5 mm (L x W x H)
    – Outdoor version: 425 x 325 x 180 mm (L x W x H);
  • Weight:
  • Version indoor: approx. 1 kg;
    – Version outdoor: approx. 10 kg;

(indoor/outdoor)
– User manuals;
– 1.5 m UTP 5 Ethernet connection cable;
– 32 GB SD memory;
– Power supply box from 220 Vac mains (Out: 12 Vdc);
Features present according to the version chosen:
– 4G antenna;
– WiFi antenna for wireless acquisitor networks;
– Power supply box from 220 Vac mains;
– Power supply box from solar panel + solar panel kit;

– Structural monitoring;
– Geotechnical monitoring;
– Environmental monitoring;

12 months

– Scheda aggiornata il: 2023.01
– Specifiche e norme soggette a cambiamento senza preavviso
– Verifica sul sito gli ultimi aggiornamenti delle schede, i progetti e le altre foto del prodotto

T-TEST K12

This unit integrates with a PC to acquire, display, and record real-time data from monitored tests conducted in the field using displacement, pressure, or load sensors.

1. Low cost
2. High precision
3. Practical and portable enclosure
4. Maximum acquisition frequency of 2 Hz
5. Optional wireless communication system between unit and PC

Operates on a rechargeable internal 6V battery (can also be used in buffer mode if connected to the mains). Connection to the PC is via a USB cable (included).

The unit is housed in a reinforced IP67 enclosure, easy to transport, with a minimum sampling frequency of 2 Hz and 16-bit resolution.

Can connect to:

12 displacement (or deformation, inclination, pressure, etc.) potentiometric or other
technology sensors with an analog voltage output of 0-2.5V or 0-5V or with a current
output of 4-20mA;

1 load cell
(if using a mechanical or motorized load application system) or pressure transducer or other type with a current output of 4-20mA;

1 NTC temperature sensor for ambient temperature or another type of sensor using the included 4-20mA adapter.

The included T-TEST software manages load tests (on structures like floors, piles, trusses, etc.) and other types of inspection tests.
The software acquires data from connected sensors, provides real-time visualization, and records data for later processing. If the load sensor is not connected, the software allows manual entry of the applied load value. The K12 software complements this by graphing “Force-Displacement,” “Pressure-Flow,” etc., and handles real-time zooming and exporting graphs as PNG images.

  • – Analog Input Channels: 16 single-ended, including:
  • – 12 with 0-2.5V or 0-5V voltage input or 4-20mA current
    input (configurable in two groups of 6);
    – 1 with 4-20mA current input;
    – 1 with 0-2.5V or 0-5V voltage input or 4-20mA current
    input (with included 4-20mA adapter);
    – 2 internal channels for monitoring battery and internal
    temperature.
  • Resolution: 16-bit ±1 LSB
  • on a 10mV to 2.5V operating r
    range.
  • Sensor Power Supply:
  • 2.5V for displacement sensors or 12-
    15V for additional sensors (load cell, pressure sensor, etc.).
  • Microprocessor
  • 8-bit Rabbit 3000 operating at 22.1 MHz.
  • Firmware Memory
  • 512 KB Flash memory.
  • Real Time Clock
  • Serial Interface
  • RS485 Half Duplex (9600 to 115200 bps).
  • Serial Interface
  • RS485 Half Duplex (9600 to 115200 bps).
  • Battery
  • Internal 6V lead-acid, rechargeable with included charger.
  • External Power Supply
  • 12-24 VDC (e.g., connect to a car battery with included cables if necessary).
  • Enclosure
  • PELI case with IP65 protection.
  • Temperature Range:
  • -20 to 85°C.
  • Dimensions:
  • 340x300x160mm (L x H x D)
  • Weight:
  • approx. 4500 g.

MAIN FUNCTIONS OF T-TEST SOFTWARE :
– Calibration data entry and zeroing.

Graphical and numerical display of displacement over time.

Programmable recording intervals (1 to 60 seconds) with continuous graph updates.

Time window setting with auto-scroll.

Test graph recording and data file creation for further
analysis.

K12
The included T-TEST software manages load tests (on structures like floors, piles, trusses, etc.) and other types of inspection tests.
The software acquires data from connected sensors, provides real-time visualization, and records data for later processing. If the load sensor is not connected, the software allows manual entry of the applied load value. The K12 software complements this by graphing “Force-Displacement,” “Pressure-Flow,” etc., and handles real-time zooming and exporting graphs as PNG images.

Software: TTest and K12 for Windows Vista/7/8/10 (32 and 64 bit).
User Manual: T-Test K12.
Cables: USB connection cable
4-20mA sensor adapter
220V charger
external power source cable (12-24V).

  • TR SERIES DISPLACEMENT TRANSDUCERS:
  • – Available with ranges of 10, 25, 50 mm (other ranges on request).
    – Potentiometric type with probe, calibrated return springs, connection cable (lengths as needed) with connector and support for an anodized aluminum telescopic rod.
    – Piles Test Supports:
    – Magnetic or clamp type supports for sensors during
    load tests.
  • – Piles Test Supports:
  • – Magnetic or clamp type supports for sensors during
    load tests.
  • TELESCOPIC ROD
    LIGHT VERSION:
  • – Made of aluminum, lightweight and easy to transport. – Extends to approximately 6m (closed about 2m), with adjustable tripod legs for optimal leveling.
    – Sensor support in aluminum, to be purchased separately.
    Total weight about 2kg.
  • TELESCOPIC ROD
    TOP VERSION:
  • – High stability version with four telescopic tubular elements (diameter 50 to 35 mm), extending to a maximum of 7.2m (closed about 2.3m).
    Made of anodized aluminum, total weight about 7kg, with accessories for proper sensor positioning.
    Features include a precision adjustment lever for sensor placement, a knurled and toothed base for stability on smooth surfaces, and a quick-release sensor plat

– Load tests on floors.
– Inspection tests.
– Single and double flat jack tests
– Built structure diagnostics.
– Structural monitoring.

12 months

– Sheet updated on: 2017.10;
– Specifications and standards subject to change without
notice;
– Check the website for the latest updates of the sheets,
projects, and other product photos.

P-DDas

Automatic monitoring for the detection and storage
of data from analog electrical transducers operating in various application fields such as accelerometers, velocimeters, crack meters, inclinometers, temperature sensors, wire displacement meters, load cells, level transducers, pressure transducers, etc.
A versatile and autonomous acquisition system, ideal for dynamic and static tests and short/medium-term structural monitoring of bridges, viaducts, tunnels, dams, and buildings.

– Versatile: Suitable for static and dynamic tests, max. 1kHz sampling;
– Easy to use: Convenient to transport;
– Integrated web server: Datalogger manageable via browser from smartphone/tablet/PC – Multi-connectivity: Integrated Ethernet / WiFi / 4G;
– Synchronization: Through NTP, integrated GPS, or external GPS sensor (PPS); – Expandability/Modularity: Multi-channel and/or multi-logger (point and/or distributed monitoring);
– Integrated diagnostics: Battery level, power supply, temperature, and humidity;
– Automatic data sending: To FTP/FTPS server;
– Remote and local alarms: (SMS/Email) and local (sirens, traffic lights, etc.);
– Low power consumption: Typical 250 mA, max. 350 mA, in the configuration with 8 analog channels;

This instrumentation, programmable and highly versatile, battery-operated (12 Vdc),
is typically indicated for dynamic and static tests and in structural / geotechnical / environmental monitoring, particularly for measuring the evolutionary state of cracks, settlements, differential displacements, inclinations, pressures, thermal variations, or for measuring vibrations and accelerations
It is a data collection device, in the base version with 8 channels, designed and developed to provide a reliable and economical instrument, with autonomous power supply, easy to use, ideal for both static and dynamic monitoring thanks to the ability to configure one or more diversified static/dynamic acquisition strategies (with max. frequency up to 1 kHz on all channels simultaneously).
However, the great versatility
of this product makes it possible to connect multiple units together to form a multi-logger wired network (up to 254 units)
with the possibility of expanding the single unit through ADC modules (4 ADC modules
up to a max. of 32 channels). The system can be managed locally or remotely via the Ethernet/WiFi port (integrated on the board).

The unit has an internal FLASH memory of 256 MB and an SD for storage up to 32 GB and support for an external USB backup dongle.
The system’s autonomy with a standard 12 V – 20 Ah lithium battery is about 24 hours in non-extreme weather conditions, and power can also be supplied externally via a 230 Vac 50 Hz/12 Vdc mains charger.

The integrated web server allows the datalogger to be managed via a browser (Chrome/ Firefox/Edge) from any device (smartphone/tablet/PC) without the need to install any software.

On each individual channel, it is possible to configure pre-alarm and alarm thresholds and the related action of sending SMS/Email to different users, with editable text message

Local diagnostics allow monitoring of the internal temperature and relative humidity thanks to an integrated sensor, the control of the system status and available memory, the battery voltage, plus an additional two voltage input channels.
The data acquired by the datalogger are stored in its memory in CSV format (ASCII/text) and can be sent at a predetermined frequency to an FTP/FTPS server fully autonomously and via the available network connections (wired/wireless).

  • CPU
  • – 32-bit ARM Cortex-A5 CPU @ 536MHz;
    – DDR2 RAM 512 MB @ 32-bit;
    – NAND FLASH 256 MB;
  • MEMORY
  • – Internal NAND FLASH 256 MB;
    – External SD storage up to 32 GB;
    – External backup on
    32 GB USB dongle
  • COMMUNICATION INTERFACES
  • – Ethernet 10/100 Mbit I/F (RJ45);
    – WiFi compliant with IEEE 802.11 b/g/n (WPA2 / WPA2
    Personal) with access point/client functions for wireless datalogger networks (integrated internal antenna or optional external antenna);
    – 4G Modem (LTE cat.4 max. 150 Mbps DL and 50 Mbps UL / 3G HSPA+ 42 Mbps DL and 5.76Mbps UL);
    – USB Virtual COM RS232 Full Duplex (9600 to 115200 bps);
  • INTEGRATED MODULES
  • GNSS integrated GPS/GLONASS/BeiDou Compass (with internal antenna);
  • ADC CHARACTERISTICS
  • – Converter: 24-bit Sigma-Delta ADC for each 8-channel module with integrated digital anti-aliasing filter;
    – Calibration: Integrated;
    – Sampling: max 1 kHz simultaneous for each analog input channel;
    – Differential non-linearity: 0.1 LSB (least significant bit);
    – Integral non-linearity: 0.001 %FS;
    – Bandwidth: DC – 210 Hz;
    – SNR: 117 dB at 1 kHz;
    – CMRR: 109 dB;
    – Crosstalk: -130 dB;
  • ANALOG INPUT CHANNELS
  • – 8 analog input channels expandable up to 32 channels;
    – Each analog input can be set to voltage or current:
    – Voltage: 0 ÷ + 10 V (single-ended) or ± 10 V (differential);
    – Current: 4 – 20 mA;
  • SENSOR POWER SUPPLY
  • – Power module with overvoltage and overcurrent protection on board, with sensor power selection:
    – Voltage Reference 5 Vdc (constant reference voltage with max. absorption current of 50 mA);
    – Voltage switching 15 Vdc (with max. absorption current of 500 mA);
  • DIGITAL CHANNELS
  • – Digital outputs: 2 MOSFET relay outputs (programmable N.O. / N.C.) for external alarms (optically isolated output max. 2.5 kVac for 1 minute);
    – Digital inputs: 8 digital inputs 3.6 ÷ 24 Vdc (for rain gauge and/or external triggers);
  • ADVANCED FUNCTIONALITIES
  • – Integrated web server (datalogger manageable via browser from smartphone/tablet/PC);
    – Expandability: Multi-channel and/or multi-logger (point and/or distributed monitoring);
    – Automatic data sending to FTP/FTPS server; – Sending pre-alarms/alarms via SMS/Email;
  • DIAGNOSTICS
  • – System status (CPU/RAM/Memory);
    – Acquisition strategy status (static/dynamic);
    – Temperature and relative humidity;
    – Battery voltage (12 Vdc);
    – 2 voltage input channels (max. 24 Vdc);
  • POWER SUPPLY AND CONSUMPTION
  • – Battery power supply 12 Vdc (nominal range 9 ÷ 24 Vdc);
    – Integrated modules off: 250 mA (12 Vdc power supply);
    – Integrated modules on: 450 mA (12 Vdc power supply);
    – Max power: 5.5 Watt;

– Standard PELI case in ABS and polypropylene with IP67 protection rating (with case closed);
– Temperature range: -20 to 80 °C;
– Dimensions: 409 x 330 x 154 mm (L x H x W);
– Weight:
– 16 CH: approx. 8.5 kg;
– 24 CH: approx. 9.5 kg;
– 32 CH: approx. 10.5 kg;
– Battery and charger kit: approx. 1.3 kg;

– pdDAS user manual;
– 1.5 m UTP 5 Ethernet cable;
– 12 V 20 Ah lithium-ion battery;
– 230 Vac 50 Hz / 12 Vdc mains charger; – 32 GB SD memory (internal use);
– 32 GB USB dongle memory;

– External WiFi antenna;
– GPS antenna;
– 8 CH ADC modules (expandable up to 32 CH);
– 230 Vac 50 Hz mains power supply box;

– SaaS (Software as a Service) cloud service “FTP/FTPS” for web data visualization;
– SaaS (Software as a Service) cloud service “BIoTP”, a web SCADA software platform for monitoring system management;

– Dynamic/static tests
– Structural monitoring;
– Geotechnical monitoring;
– Environmental monitoring;

12 months

– Sheet updated on: 2024.03
– Specifications and standards subject to change without notice
– Check the website for the latest updates of the sheets, projects, and other product photos

dDas

Automatic monitoring far the survey and storage of data from analog electrical transducers operating in various application fields such as: accelerometers, velocimeters, crack meters, inclinometers, temperature sensors, wire displacement meters, load cells, level transducers, of pressure, etc.

Versatile and autonomous acquisition system, ideai far short/medium/long term monitoring.

  • – Versatile (static and dynamic monitoring max. lkHz);
  • – Ease of installation and use;
  • – Integrateci web server (data logger manageable via browser from smartphone/tablet/PC);- Multi-connectivity: Built-in Ethernet / WiFi / 4G;
  • – Synchronization by built-in GPS or by external GPS sensor (PPS);
  • – Expandability/Modularity: Multi-channel and/or Multi-contro! unit (punctual and/or distributed monitoring);
  • – Automatic sending of acquired data to FTP/SFTP server;
  • – Remote (SMS/eMail) and locai (sirens, traffic lights, etc.) alarms;
  • Low consumption (typical 250 mA, max. 350 mA, in the configuration with 8 analog CH);

mSENSE accelerometer

mSENSE is a triaxial accelerometer sensor using MEMS technology for structural and seismic monitoring applications.
The sensor, based on the capacitive measurement principle, is ideal for dynamic structural monitoring applications such as bridges and viaducts.

– Range: ±2g; ±4g; ±8g
– Sensitivity: ≥ 2000 mV/g; ≥ 1000 mV/g (±4g); ≥ 500 mV/g (±8g) – Spectral Noise: ≤ 22.5 μg/Hz^0.5
;
– Operating Temperature: -40 to 85 °C;
– ntegrated Temperature Measurement;
– Output: Analog or Digital (Modbus-RTU/ASCII);
– Robust Enclosure: Aluminum (IP67);

The mSENSE accelerometer is housed in a robust aluminum enclosure with an IP67 protection rating. This sensor provides users with all the advantages of modern MEMS chip technology along with the ability to monitor temperature through an integrated probe within the sensor.
Accurately calibrated during production, the mSENSE accelerometer is easy to mount both horizontally and vertically (on vertical surfaces using an “L” bracket) and to connect to appropriate data reading/acquisition devices. It requires three channels for analog output or a single RS485 bus for Modbus-RTU output.

Compatible for direct connection to Boviar/Sunta data acquisition devices of the “DAS” series, the mSENSE sensor is supplied with a standard 1-meter multipolar cable with free leads and a technical calibration sheet (available upon request with a connector and counter- connector for an additional charge).

– mSENSE Triaxial Accelerometer Sensor
– 3-meter cable with free leads
– Calibration technical sheet;

– mSENSE Triaxial Accelerometer Sensor with connector and counter-connector ;
– Anodized aluminum wall mounting bracket (L x W x H – 80 x 100 x 80 mm) ;

Monitoring accelerations and vibrations on bridges, viaducts, buildings, monuments, constructions, structural elements, and in all contexts where modal analysis of the monitored element is required.

12 months

– Sheet updated on: 2024.03
– Specifications and standards subject to change without notice
– Check the website for the latest updates of the sheets, projects, and other product photos

mSENSE inclinometer

mSENSE is a high-precision, high-resolution biaxial inclinometer sensor using MEMS technology that detects the inclinations of a plane. The sensor, based on the capacitive measurement principle, is ideal for structural monitoring applications such as bridges, viaducts, and buildings.

– Range: ±5°; ±10°; ±15°; ±30°
– High Resolution (0,0009°);
– High Accuracy (0,002°);
– Integrated Temperature Measurement;
– Output: Analog and Digital (Modbus-RTU/ASCII)
– Robust Enclosure: Aluminum (IP67 ;

The mSENSE inclinometer is housed in a robust aluminum enclosure with an IP67 protection rating. This sensor provides users with all the advantages of modern MEMS chip technology along with the ability to monitor temperature through an integrated probe within the sensor.
Accurately calibrated during production, the mSENSE inclinometer is easy to mount both horizontally and vertically (on vertical surfaces using an “L” bracket) and to connect to appropriate data reading/acquisition devices. It requires two channels for analog output or a single RS485 bus for Modbus-RTU output.

Compatible for direct connection to Boviar/Sunta data acquisition devices of the “DAS” series, the mSENSE sensor is supplied with a standard 1-meter multipolar cable with free leads and a technical calibration sheet (available upon request with a connector and counter- connector for an additional charge).

– mSENSE Biaxial Inclinometer Sensor;
– 3-meter cable with free leads;
– Calibration technical sheet.

– mSENSE Biaxial Inclinometer Sensor with connector and counter-connector;
– Anodized aluminum wall mounting bracket (L x W x H – 80 x 100 x 80 mm).

Monitoring the rotations of buildings, monuments, constructions, structural elements, and in all contexts where it is necessary to monitor the stability of vertical structures over time.

12 months

– Sheet updated on: 2024.03
– Specifications and standards subject to change without notice
– Check the website for the latest updates of the sheets, projects, and other product photos