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Vibrating Wire Strain Gauges
Resistance Strain Gauges
FBG Strain Gauges
Load Cells
Pressure Cells
Piezometers
EM Sensors
Magnet-Elastic Detector
Displacement Sensors
Extensometers
Crack Meter
Settlement Sensors
Inclinometers
Tiltmeters
Array Deformation Measurement System
Water Level Sensors
Accelerometer
Vibration Sensors
Wireless Vibration Monitoring System
Vibration Datalogger
Dynamic Datalogger
FBG Displacement Sensors
FBG Tiltmeters
FBG Temperature Sensors
FBG Accelerometers
FBG Load Cells
Optical Interrogators
Readouts
Vibrating Wire Datalogger
Distributed Node
Multifunctional Static Datalogger
Multifunctional Dynamic Datalogger
EM Datalogger
Smart IoT Gateway
Low Power Wireless Tiltmeter
High Formwork Monitoring System
Distributed Data Acquisition Node
The model LPWAN distributed data acquisition node is a multi-communication interface, multi-functional 4G wireless datalogger. This datalogger node has the advantages of multiple interface protocol conversion,automatic data collection, wireless distributed installation, easy maintenance, and high reliability. Suitable for data collection from various vibrating wire sensors and digital sensors, such as vibrating wire strain gauges, rebar strain gauges, load cells, crackmeters, earth pressure cells, piezometers/pore water pressure gauges, precise settlement monitoring system, displacement sensors, tiltmeter, inclinometer, temperature and humidity meter, rain gauge, etc. This datalogger can be widely used to collect and transmit structural health monitoring data in scenarios such as foundation pits, bridges, tunnels, slopes, reservoirs and dams, buildings, steel structures, and tailings ponds.
Magnetic flux acquisition instrument
The MAS-CTL magnetic flux acquisition system is designed using the latest non-destructive testing technology, combined with the theory of structural engineering, electromagnetics and materials science and other multidisciplinary fields. It can measure the force of ferromagnetic materials in the state of tensile and compressive stress, and the measurement accuracy is high. It can be used in construction engineering, bridge engineering, underground engineering, slope engineering, hydropower engineering and other aspects of non-destructive testing.
Single Channel Vibrating Wire Datalogger
MAS-FD01 single-channel vibrating wire acquisition module is a kind of rock and soil in-situ monitoring instrument, which is suitable for signal frequency calculation and temperature acquisition of vibrating wire sensor output. Can be used for dam, bridge, dam, traffic and municipal engineering and high slope engineering stress, strain, deformation, seepage pressure and other physical monitoring and safety and stability analysis. The module is suitable for the data acquisition and long-distance transmission of the distributed measuring point vibrating wire sensor, converts the analog signal into digital signal, and uses the general standard RS485 protocol to transmit the long-distance to the remote end of the system integration, which can be applied in many fields.
Universal type inclinometer for ground disaster
The integrated tilt monitoring system is a low-power, self-powered, easy-to-install intelligent detection device that can be used for tilt monitoring of structures. The integrated tilt monitoring system has the function of uploading data directly to the cloud platform, thus realizing an integrated method of field wiring-free and rapid installation.
MAS-VWLog-xx low-power multi-channel vibrating wire acquisition instrument is a kind of rock and soil in-situ monitoring instrument, which is suitable for frequency signal calculation and temperature acquisition of steel string sensor output. Can be used for dam, bridge, slope and other engineering stress, strain, deformation, seepage pressure and other physical monitoring and safety and stability analysis.
MAS-HMS705 Low Power Wireless Inclinometer
MAS-HMS705 low-power wireless tiltmeter is a high-precision, low-power, 4G wireless tilt sensor independently developed by our company. It solves the pain points of industrial applications that have no power supply outdoors or do not need to measure at all times but must regularly detect the attitude angle of objects. It is mainly used to control the state monitoring of various large-scale engineering facilities or equipment, and can "real-time" monitor the three-axis tilt state of objects.
In the current construction safety monitoring industry, the diversification of monitoring objects, the stability of the measurement system, the convenience of installation put forward higher requirements. The traditional monitoring method is mainly through the system integration of a single function module, such as temperature and humidity, inclinometer, vibrating string acquisition, etc., through the industrial bus network transmission, the existence of complex system, wiring workload, high maintenance costs, it is difficult to meet the requirements of the safety monitoring industry to monitor the system. Therefore, the company developed a modular static data acquisition platform based on the SPP-1 of the product-multi-functional static data acquisition instrument.
The model VWLog is a multi-channel vibrating wire acquisition instrument, which is suitable for vibrating wire signal and temperature acquisition output by steel string sensors. It can be used for stress,strain, deformation, seepage pressure and other physical quantity monitoring and safety and stability analysis of dams, bridges,embankments, traffic municipal projects and high slopes.
