Remote Rain Gauge

NBL-S-RS Remote Rain Gauge - A Tool for Intelligent Weather Monitoring

NBL-S-RS remote rain gauge product overview

NBL-S-RS Remote Rain Gauge is a modern rain gauge developed by NiuBoL. It integrates a high-precision rain sensor, a data collector, a solar-powered system, and a ruggedized stand to automatically monitor, store, and transmit precipitation data under various weather conditions. Based on the Internet of Things (IoT) technology, this rain gauge provides accurate and reliable data support for meteorological observation, water resource management, agricultural irrigation and environmental monitoring.

Remote rain gauge technical parameters

Remote rain gauge core functions and technical features

1. Real-time accurate monitoring:

   - High-precision rain sensor: Built-in high-precision rain sensor, the measurement accuracy is up to 0.1mm, ensuring that every precipitation is accurately recorded, providing a solid data base for scientific research and decision-making.

   - Multi-precision options: the measurement accuracy can reach 0.2mm and 0.1mm, which meets the precision requirements of different fields and is suitable for various application scenarios from fine agriculture to large-scale hydrological monitoring.

2. Wireless remote monitoring

   - 4G wireless transmission technology: relying on cellular 4G/5G wireless transmission technology, the data is instantly transmitted to the data center or personal terminal, no matter where you are, you can grasp the precipitation dynamics in real time.

   - Convenient Viewing and Analysis: Users can view and analyze the data anytime and anywhere through cell phones or computers, which improves work efficiency and facilitates timely decision-making.

3. Solar self-sufficiency:

   - High-efficiency solar power supply system: Adopting high-efficiency solar panels as the source of power supply, combined with low-power design, ensures that the equipment can work stably for a long time even in remote or unpowered areas. Energy-saving and environmental protection: Reducing the need for traditional power supply.

   - Energy saving and environmental protection: Reduce the dependence on traditional electricity, adapt to the needs of long-term deployment in the field, in line with the concept of green environmental protection.

4. All-weather durable design:

   - Resistant to extreme weather: waterproof and dustproof, sturdy structure, adaptable to a variety of harsh environments, reducing the need for maintenance.

   - IP68 protection level: Ensure that the equipment is still stable under extreme conditions such as heavy rain, high temperature, low temperature, etc., to ensure the continuity and reliability of data.

5. Easy installation and calibration:

   - Flexible installation methods: support ground, self-made large cylinder, iron pillar flange or house roof and other installation methods to adapt to different environmental needs.

   - Precise leveling: Adjust the three leveling screws on the chassis to make the leveling bubble indicate level (the bubble stays in the center of the circle), and then slowly tighten the expansion screws for fixing to ensure the accuracy of measurement.

   - Plug and Play: After simple assembly, function test by injecting quantitative water to ensure normal data transmission and reduce on-site debugging time.

   - Low Maintenance Costs: Simple design reduces routine maintenance, prolongs the service life of the device and reduces long-term costs.

Remote rain gauge is used in a wide range of applications

1. meteorological research:

   - Weather stations: Provide continuous and reliable precipitation data for weather stations, helping to improve the accuracy of weather forecasting.

   - Meteorological observation network: It is used in meteorological observation network to provide basic data support for climate research and help scientists better understand climate change trends.

2. Hydrological management:

   - Rivers and Reservoirs: deployed around rivers and reservoirs to effectively monitor water level changes, prevent flooding disasters, and provide scientific basis for water resource dispatching and flood prevention and mitigation.

   - Water Resources Utilization and Protection: Help relevant departments formulate reasonable water resources utilization and protection strategies, optimize water resources allocation and improve water resources utilization efficiency.

3. Agricultural intelligence:

   - Farmland monitoring: installing remote rain gauges in farmland can monitor rainfall in real time, provide decision-making basis for agricultural irrigation and drainage, etc., and help farmers rationally arrange farming activities to improve crop yield and quality.

   - Precision agriculture: Combined with soil moisture sensors and other equipment, it realizes precision irrigation, reduces the waste of water resources and improves the efficiency of agricultural production.

4. urban planning:

   - Urban drainage system management: Early warning of heavy rainfall to reduce the risk of urban flooding, provide scientific basis for urban infrastructure construction, and enhance the city's ability to cope with extreme weather.

   - Urban greening and environmental protection: monitor rainfall in urban green spaces, parks and other areas, optimize greening management and water resource utilization, and promote the improvement of urban ecological environment.

5. Environmental Protection:

   - Ecological research: Installation of remote rain gauges in urban, forest, grassland and other environments can monitor the impact of rainfall on the ecological environment, assess the quality of the environment and support ecological research.

   - Pollutant monitoring: monitor the pollutants in precipitation, assess the environmental pollution status, provide scientific basis for environmental protection and ecological construction, and promote the maintenance of ecological balance.

Remote rain gauge installation instructions

1. Choose the installation location:

   - According to the actual demand, choose the ground, homemade large cylinder, iron post flange or the roof of the house, make sure that the sensor is far away from the obstruction to avoid affecting the measurement accuracy.

2. Adjust the leveling:

   - Adjust the three leveling screws on the chassis so that the leveling bubble indicates level (the bubble stays in the center of the circle), and then slowly tighten the three M8 × 80 expansion screws for fixing. If the leveling bubble changes, readjustment is required to ensure that the sensor is installed horizontally.

3. Assembly and fixing:

   - Assemble and fix the sensor according to the diagram to ensure that the components are firmly connected to avoid loosening, to ensure the stability of the device and the accuracy of the measurement.

4. Function test:

   - After fixing, open the rain barrel and cut off the nylon tie on the funnel. Inject the water into the rain sensor slowly and observe the process of tipping the bucket. Check whether the data is received on the collection instrument. Finally inject quantitative water (60-70mm), if the data displayed on the collection instrument matches the amount of water injected, it means that the instrument is normal; otherwise, it must be overhauled and adjusted.

5. Caution:

   - Please avoid disassembling the sensor during installation to ensure the accuracy and reliability of the device. It is recommended to read the installation guide carefully before installation to ensure that each step of the operation is correct.

 After-sales service

We provide comprehensive technical support to ensure the normal operation of the product. If you have any questions or needs, please feel free to contact us. Our professional team will be happy to serve you, help you solve problems encountered in the process of use, to ensure that you get the best user experience.

Summary

NBL-S-RS Remote Rain Gauge, leading the new era of meteorological monitoring with innovative technology, not only improves the efficiency and accuracy of data collection, but also becomes an indispensable tool for modern meteorological, hydrological, agricultural and other fields with its intelligent and remote features. Choose NBL-S-RS to provide the most solid scientific basis for your decision. Welcome to call us for consultation, negotiation and cooperation to jointly promote the development of intelligent meteorological monitoring!

Tipping bucket Rain gauge sensor data sheet 

NBL-W-RS-Rain-sensors-instruction-manual-V4.0.pdf