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Magnetostrictive Weir Flow Meter – High-Precision Open Channel Flow Measurement and Water Level Monitoring
The FS-LSYJ-001 magnetostrictive weir flow meter is designed for long-term water level monitoring in rivers, lakes, reservoirs, and dam weir structures. It is an effective device for monitoring water level and flow variations.
The instrument uses a magnetostrictive liquid level sensor for measurement, featuring high resolution, excellent stability, reliable performance, fast response, and long service life.
Key features include linear measurement, absolute position output, contact-type continuous measurement, and non-wearing operation. The sensor requires no calibration or routine maintenance. Multiple output signals are available (RS485, voltage, current), and the device is easy to install.
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Remote Terminal Unit (RTU) – Remote Data Acquisition and Monitoring System for Water Resources and Environmental Monitoring
FS-YCZD-001 Hydrological Telemetry Terminal is a dedicated data acquisition terminal designed in accordance with water conservancy industry standards. The design fully complies with industrial-grade standards and the requirements of the water resources sector. It adopts a high-performance industrial-grade advanced processor, and incorporates multi-level software diagnostics and multiple hardware protection mechanisms to enhance system stability.
This product is widely used in remote monitoring and control applications such as hydrology, water resources, geological disaster monitoring, meteorology, environmental protection, and new energy.
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GNSS Receiver – High-Precision GNSS Positioning and Navigation System for Surveying and Geospatial Monitoring
FS-GNSS-001 Receiver is a cost-effective, low-power, highly integrated, and edge-computing GNSS monitoring receiver developed specifically for geological slope monitoring applications. It integrates multiple measurement functions, including 3D displacement, inclination, and acceleration.
It can be widely used in geological disaster monitoring, mining monitoring, reservoir dams, high slope monitoring, highway slope monitoring, and building deformation monitoring.
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Mini Temperature and Depth Sensor（MiniTD）
The Mini Temperature and Depth Sensor (MiniTD) is a newly developed compact temperature and depth sensor by Frankstar. It features high-precision pressure and temperature sensing units. Water depth is calculated in real time based on pressure measurements, while water depth and temperature data are output through an online interface.
With its compact size, lightweight design, and low power consumption, MiniTD can be easily embedded into and integrated with various underwater monitoring devices and data acquisition systems, enabling real-time monitoring of water temperature and depth.
Thanks to its compact structure and excellent system compatibility, MiniTD is particularly suitable for underwater applications with limited space and power availability. It can be flexibly integrated into buoys, sensor chains, and other underwater equipment, providing stable and reliable temperature and depth data for hydrological monitoring, ocean observation, and integrated underwater monitoring systems.
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Temperature and Pressure Sensor
The FS-TDCG Series is a temperature and depth sensor developed by Frankstar Technology, designed for real-time monitoring of water pressure, temperature, and depth.
The sensor integrates high-precision pressure and temperature sensing elements. Once powered on, it automatically performs measurements, calculates water depth using an internal filtering algorithm, and outputs real-time data via RS485. It can work with data acquisition systems, host computers, and other devices to enable real-time monitoring and continuous recording of water depth and temperature through data transmission and processing.
Featuring a compact design and stable performance, the sensor is suitable for various aquatic environments. It supports long-term deployment in underwater environments such as wells, reservoirs, rivers, lakes, and marine waters. With support for the Modbus communication protocol, it is widely compatible with various data acquisition terminals and host computer systems.
The sensor has a broad range of applications in hydrology, environmental monitoring, water conservancy, aquaculture, and scientific research. Typical applications include marine hydrological monitoring, groundwater monitoring, urban pipeline network management, aquaculture monitoring, agricultural irrigation, flood prevention and control, and marine scientific research.
