Meteorological Transmitter

The humidity and temperature transmitter is specifically designed for long-term outdoor environmental monitoring. With an IP68 robust submersible enclosure, it provides effective protection against dust, rain, and harsh weather conditions, eliminating the need for additional protective housings. This allows direct installation in demanding environments such as reservoirs, rivers, water supply pipelines, and wastewater treatment facilities.The sensor features ultra-low power consumption, making it highly suitable for areas with limited or no power supply. Equipped with RS485 digital communication and Modbus RTU protocol, it supports long-distance loop connections and can be directly integrated with PLCs or HMIs, significantly reducing I/O module and wiring costs.Widely applied in industrial processes, agricultural control, and meteorological monitoring, the sensor’s high stability and real-time communication capabilities make it an ideal solution for smart water resource management and environmental monitoring.

The barometric transmitter is specifically designed for hydrological and environmental monitoring applications, offering high stability and precision in measurement to ensure long-term operation under harsh outdoor conditions. Utilizing full-range calibration technology, it guarantees consistent and reliable data across both low and high pressure ranges, providing accurate support for water resource management, meteorological forecasting, environmental monitoring, and scientific research. Featuring an ultra-low power consumption design, it is particularly suitable for battery or solar-powered systems, meeting the demands of long-term, unattended monitoring.

The sensor is housed in an industrial-grade IP68-rated enclosure that effectively resists rain, dust, and high humidity, making it ideal for installation in rivers, lakes, reservoirs, and groundwater wells. Equipped with RS485/Modbus RTU standard communication protocol, it integrates seamlessly into SCADA or remote monitoring platforms, enabling real-time data transmission and centralized management. In addition, its built-in self-diagnostic function monitors temperature, humidity, and power status to ensure long-term reliable operation.

With its lightweight design and durable construction, the barometric pressure sensor reduces installation and maintenance complexity while enhancing overall system reliability and performance. For applications requiring continuous long-term atmospheric pressure monitoring, it represents a highly efficient and cost-effective solution.

The wind speed and wind direction sensor is specifically designed for long-term outdoor meteorological and environmental monitoring, offering outstanding durability and high-precision measurement capabilities. It ensures stable operation in harsh environments such as reservoirs, rivers, water supply pipelines, and wastewater treatment facilities. Built with an IP68 robust submersible enclosure, the sensor provides superior dustproof and waterproof protection, eliminating the need for additional protective housings. This allows direct deployment in outdoor sites, greatly simplifying installation and reducing maintenance costs. Equipped with a 1000 N Kevlar-reinforced tensile cable, it supports data transmission over distances of up to 1.2 km, making it ideal for remote areas or wide-area monitoring applications. The device supports Modbus RTU / RS-485 digital communication protocols and features remote configuration, calibration, and automatic fault diagnosis. With the included setup and data analysis software, calibration can be performed in the laboratory and then directly transferred to field installations, ensuring high accuracy while saving time and effort. Widely applicable in agriculture, automatic weather stations, climate research, industrial processes, and urban environmental monitoring, the sensor’s ultra-low power consumption makes it particularly suitable for sites with limited or no power supply. Its high stability and zero-drift characteristics guarantee long-term operational reliability. Additionally, both power supply and communication interfaces are equipped with surge isolation protection, further enhancing safety, anti-interference performance, overall monitoring quality, and reducing maintenance requirements—delivering sustainable value for long-term projects.

Our Rainfall Gauge provide a reliable core solution for meteorological, hydrological, and smart flood prevention monitoring systems. Constructed with high-quality weather-resistant materials and IP68 protection, they are suitable for harsh environments and support 24/7, zero-downtime rainfall monitoring. Using a tipping bucket mechanism to generate pulse signals, rainfall data is instantly collected by the data logger. The system features alarm functions, data upload capabilities, and cloud analytics. Ideal for urban drainage systems, reservoir level warnings, agricultural irrigation management, and weather station deployment.

The Solar Radiation Transmitter is a high-precision optical sensing device designed for meteorology, agriculture, water resources, and environmental monitoring. Based on the photoelectric sensing principle, it complies with WMO and ISO9060 standards and accurately measures solar radiation intensity across the 300–1100 nm spectral range. With a measurement range of 0–3000 W/m² and a resolution of 0.01 W/m², it ensures reliable and stable data output.

Solar Radiation Transmitter features an IP68 waterproof and dust proof rating, combined with a corrosion-resistant housing and Kevlar-reinforced cable, enabling data transmission distances up to 1.2 km. This robust design makes it ideal for deployment in harsh outdoor environments such as reservoirs, rivers, water treatment plants, and wastewater facilities. Built-in surge protection and temperature compensation allow stable operation from −40 °C to 85 °C, ensuring long-term zero-drift performance.

Supporting RS485 digital communication and the Modbus RTU standard protocol, the sensor can be seamlessly integrated with PLCs, HMIs, or cloud platforms for real-time monitoring, remote calibration, and fault diagnostics. Its internal memory stores calibration parameters, allowing technicians to quickly deploy and configure the device, improving installation efficiency.

With its precision, durability, and intelligent design, the Solar Radiation Transmitter is widely applied in smart agriculture irrigation, surface water monitoring, meteorological observation, and water quality management. Beyond providing stable and accurate radiation data, it helps users reduce maintenance costs, achieve intelligent management, and represents an indispensable solution for professional monitoring systems.