Irrigation area monitoring equipment
Irrigation Area Doppler Flow Monitoring Station HD-ADF2510
- Measurement method: contact type
- Measurement method: Flow velocity area method
- Power supply: solar energy
- Transmission method: 4G wireless transmission
- Product description: The modern water conservancy irrigation area information system is based on the smart water conservancy core framework of measuring water equipment, communication network, data center, business platfo
-
Product Introduction
The modern water conservancy irrigation area information system is based on the smart water conservancy core framework of measuring water equipment, communication network, data center, business platform, etc., and carries out the construction of modern irrigation area information, covering various links such as data collection, transmission, storage, application decision-making, and irrigation area water conservancy information services. The system fully utilizes modern information technology, deeply develops and extensively utilizes information resources in irrigation areas, greatly improving the accuracy of information collection and processing as well as the timeliness of transmission, making timely and accurate feedback and predictions, providing scientific decision-making basis for irrigation area management departments, and comprehensively improving the efficiency and effectiveness of irrigation area management.
The instrument adopts the principle of ultrasonic Doppler to measure flow velocity, ultrasonic time difference method or static pressure method to measure water level, and calculates flow rate by setting the cross-section. The Doppler flow meter has the characteristics of compact structure, no rotating parts, long service life, simple use, and maintenance free. In addition, the ultrasonic Doppler flowmeter adopts high-precision digital processing technology to process real-time data such as flow velocity and water level, making monitoring data more accurate and reliable. In the flow monitoring of irrigation areas, ultrasonic Doppler flow meters can achieve real-time measurement and data upload functions for channel water level, flow rate, flow rate, and other data. Through data analysis and processing, water resource allocation can be regulated in a timely manner, ensuring the balance of the ecological environment and the smooth operation of agricultural water price comprehensive reform facilities.
Functional characteristics
1. Accuracy: Ultrasonic Doppler flow meters can accurately measure the flow rate of irrigation water, providing accurate basis for irrigation management and water resource allocation.
2. Reliability: Due to the potentially harsh application environment of ultrasonic Doppler flow meters, if they need to work outdoors for a long time, reliability and stable operation are required.
3. Adaptability: Different types and sizes of irrigation channels require ultrasonic Doppler flow meters to have adaptability and meet different application needs.
4. Convenience: The ultrasonic Doppler flowmeter is easy to install and maintain, and can quickly adapt to different working environments and needs.
5. Intelligence: With the development of technology, ultrasonic Doppler flow meters also have intelligent characteristics, which can achieve remote monitoring, data collection, data analysis and other functions, providing more scientific basis for irrigation management and decision-making.
∷
