IC50x LoRa CONTROLLER
From: 240,00 €IC50x LoRa Controller, with its robust industrial metal enclosure and multiple communication interfaces, it can connect to a variety of external analog sensors.
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IC50x LoRa Controller, with its robust industrial metal enclosure and multiple communication interfaces, it can connect to a variety of external analog sensors.
Multiplexer board product allows you to expand the number of analog acquisition channels of the NI2400 and NI100 data logger with further 24 channels.
Vibrating Wire Reader, NI10, is an interface device between a vibrating wire sensor and a data acquisition system. Ideal for tunnel and landslide monitoring,
Digital Modbus Data logger, NI100, is expandable for external analog modules and optimized for advanced applications such as Structural Health Monitoring.
LoRaWAN Controller
Ethernet Data logger NI2400 - Next Industries is extendable up to 24 Universal Channels, which can be extended to 384 channels by integrating additional multiplexer boards.
NI400 Wireless Data Logger offers you convenience and efficiency. With NI400, you can easily log data across 4 universal channels and through Modbus.
NI500 CO2 wireless LoRa CO2 sensor has 4-in-one functionality such as CO2, temperature, humidity, and barometric pressure, enabling environmental monitoring.
NI500 light sensor detects ambient light intensity and serves brightness control, security, and gardening. It has a 10-year battery life with a 0 to 100,000 lux measurement range.
NI500 Soil Moisture and Conductivity Sensor enables users to receive instant information on soil moisture content, temperature, and electrical conductivity.
Semi-Industrial LoRaWAN® Gateway, NI65, is dustproof and waterproof, consuming low power and high covering in city and industrial applications.
Resistance strain gauges measure stress in structures and monitor tunnel lining tension, ensuring safety of temporary and permanent retaining works.
The vibrating wire strain gauges are used to measure stress in load-bearing structures or monitor tensions in tunnel linings during tunnel excavation phases.
Surface clinometers are essential tools for monitoring the inclination of structures, retaining walls, rock masses, and analyzing the behavior of bridges or beams under load.
Tiltmeters are used to monitor changes in the inclination of structures, walls, retaining walls, rock masses, and to assess the behavior of bridges or loaded beams.
A dual-axis MEMS-type sensor, this tool detects the angular variation of structures, providing useful information regarding rotational movements
Extensometers are used to monitor the displacement between one or more points located along the shaft of a borehole and the reference head installed at its end. These instruments are used for monitoring subsidence, foundation settlements, convergence during excavation, landslides, wall and diaphragm deformations, piling, and for controlling deep movements in soil or rock masses.
The Electric Crackmeter uses a potentiometric displacement transducer to detect changes in position between two points located near a joint or injury.
Wire displacement sensors detect ground movement in unstable areas, offering reliable geotechnical monitoring in high-risk environments.
The displacement transducers are commonly used to run on automatically and continuously the measurements of borehole rod extensometers. It is necessary to install one displacement transducer for each point of measure in order to transform the mechanical movement of the rod into an electrical signal.