Artificial simulated rainfall system

1.Artificial simulated rainfall system product overview

Artificial simulated rainfall system is one of the supporting auxiliary equipment of the artificial automatic simulated rainfall hall developed by our company. It is a large artificial simulated rainfall device developed to meet the outdoor soil and water conservation simulation natural rainfall experiment. After many years of actual rainfall application and many on-site summaries and improvements, the equipment has developed from the initial first and second generation products to the current third generation of fully intelligent control and fully automatic touch products. The technical indicators of this product fully meet the requirements of the "SL419-2007 Soil and Water Conservation Test Procedure". Now the product uses the domestic leading full touch screen control, which is more convenient and simple. The rainfall sprinkler is completely imported and uses the FULLJET rotating down-spray nozzle produced by the American SPAYING SYSTEMS company. It is made of stainless steel and can effectively ensure the uniformity of rainfall and the range of raindrop particle size.

2. Application areas of artificial simulated rainfall system

This equipment has a wide range of applications. The existing soil erosion area of 3.66 million square kilometers in China is in urgent need of using simulated rainfall devices to establish soil erosion databases in various places, provide scientific basis for planning, design, and soil and water conservation supervision and law enforcement; provide accurate experimental data for water conservancy, soil and water conservation research institutes and other units and related industry planning, design, and surveying institutes engaged in the preparation of soil and water conservation plans. It is also widely used in fixed-point sprinkler irrigation for farmland, sprinkler irrigation for urban gardening and greening, sprinkler irrigation for highway green belts, and sprinkler irrigation for dust reduction at construction sites.

3. Features of Artificial Simulated Rainfall System

1. Mainly used for various indoor rainfall halls or outdoor large rainfall test field experimental needs.

2. The overall installation adopts a quick-install modular design. The unique bracket self-locking expansion mechanism ensures the quick assembly of the bracket. The pipe connectors are connected by plug-and-play quick connection.

3. Made of stainless steel, beautiful appearance, strong and durable.

4. The system has its own power generation/hydropower/rainfall regulation.

5. The original imported downward-spraying rainfall sprinkler from the United States, SPAYING SYSTEMS, is used to make the energy of raindrops hitting the ground similar to that of natural rainfall.

6. The entire product is designed, developed and produced according to military-grade standards, and its service life can reach more than 20 years.

7. Multiple rainfall setting modes: cumulative rainfall mode, cumulative time mode, intermittent rainfall mode, cumulative rainfall and time dual control mode, time-controlled segmented multi-rainfall mode.

8. Various rainfall nozzle combinations: mist rain nozzle, light rain nozzle, medium rain nozzle, heavy rain nozzle, and rainstorm nozzle.

9. High-precision rainfall information statistics, using advanced electromagnetic water flow information collection module, can directly calculate the cumulative rainfall in 1 second, with a resolution of up to 0.1mm.

10. Built-in large-capacity data storage system, which can store up to 100,000 historical data and automatically generate rainfall curve reports.

11. Support wired and wireless dual communication modes. Wired communication includes RS485, RS232, USB, and wireless communication includes LORA data radio, Bluetooth communication, and 4G communication.

12. Cloud monitoring of simulated environment, you can query and configure the simulated rainfall data in real time through WeChat APP on your mobile phone or remote server computer.

4. Technical indicators of artificial simulated rainfall system