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Intelligent Field Water Measurement Device for Irrigation Districts
Smart Farm Irrigation

Intelligent Field Water Measurement Device for Irrigation Districts

The Intelligent Field Water Measurement Device for Irrigation Districts, independently developed and manufactured by Ecolor, is a modern device for ac...

Key Features

Comprehensive Soil Sensing: Three-layer needle sensor (soil moisture, temperature, conductivity)
Millimeter-Level Water Level Monitoring: High-precision radar water level gauge (resolution 1mm, accuracy 2mm)
Real-time Rainfall Data Acquisition: Photoelectric rain gauge sensor, accurately capturing natural precipitation
Dual Water Level Assurance: Equipped with a sturdy stainless steel staff gauge combined with a real-time HD camera for remote image verification, enabling on-site and remote dual validation
Intelligent Data Aggregation: Integrated RTU data terminal for real-time collection, processing, and transmission of all sensor data
Green & Persistent Power: Solar power supply system ensures long-term stable operation in field environments

Performance Metrics

Needle Material Corrosion-resistant specially made electrode
Protection Rating IP68
Maximum Power Consumption 1.1W (12V DC power supply)
Conductivity Temperature Compensation Built-in temperature compensation sensor, compensation range 0-50°C
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Key Features

Comprehensive Soil Sensing: Three-layer needle sensor (soil moisture, temperature, conductivity)
Millimeter-Level Water Level Monitoring: High-precision radar water level gauge (resolution 1mm, accuracy 2mm)
Real-time Rainfall Data Acquisition: Photoelectric rain gauge sensor, accurately capturing natural precipitation
Dual Water Level Assurance: Equipped with a sturdy stainless steel staff gauge combined with a real-time HD camera for remote image verification, enabling on-site and remote dual validation
Intelligent Data Aggregation: Integrated RTU data terminal for real-time collection, processing, and transmission of all sensor data
Green & Persistent Power: Solar power supply system ensures long-term stable operation in field environments
Stainless Steel Monocoque Construction: Robust and weather-resistant overall structure, resistant to field conditions
Easy Installation & Maintenance: Integrated design greatly simplifies on-site installation, with low post-maintenance cost and high efficiency
Accurate Calculation of Irrigation Water Use Coefficient: Provides authoritative data foundation for water-saving assessment and management
Smart Crop Irrigation Decision-Making: Enables on-demand precision irrigation based on soil moisture, real-time water level, rainfall, etc., significantly improving water use efficiency and crop yield

Intelligent Field Water Measurement Device for Irrigation Districts

Ecolor's Intelligent Field Water Measurement Device for irrigation districts integrates advanced sensing technologies to accurately collect farmland water usage data, providing reliable support for water-saving agriculture and smart irrigation decision-making. This device is a cornerstone for developing precision irrigation and enhancing agricultural water use efficiency.

Intelligent Field Water Measurement Device installed in farmland

Core Advantages of Smart Water Measurement

This intelligent water measurement equipment breaks through traditional irrigation estimation models, promoting precision in agricultural water management. It provides a comprehensive data foundation for irrigation districts aiming to implement smart water-saving solutions.

By systematically integrating complex field data, the device offers a solid foundation for irrigation decisions, supporting the upgrade of agricultural practices towards intelligence and precision.

Key Features & Technical Specifications

Comprehensive Soil Sensing

Three-layer needle sensor for soil moisture, temperature, and conductivity, deeply understanding soil moisture demand.

Millimeter-Level Water Monitoring

High-precision radar water level gauge with 1mm resolution and 2mm accuracy for precise water level control.

Real-time Rainfall Data

Photoelectric rain gauge sensor for accurately capturing natural precipitation details instantly.

Dual Water Level Safeguard

Stainless steel staff gauge combined with an HD camera for on-site and remote dual validation, ensuring data accuracy.

Green & Persistent Power

Efficient solar power supply system ensures long-term stable operation in field environments, offering an eco-friendly solution.

Robust & Easy Maintenance

Stainless steel monocoque construction is weather-resistant. Integrated design simplifies installation and reduces maintenance costs.

Close-up of the Intelligent Water Measurement Device sensors and solar panel

Intelligent Data Processing for Irrigation Districts

The device's integrated RTU data terminal enables intelligent aggregation, collecting, processing, and transmitting all sensor data in real-time. This capability is crucial for effective field water measurement and management.

This smart data handling provides the authoritative data foundation needed for accurately calculating the irrigation water use coefficient, a key metric for water-saving assessment.

Smart Crop Irrigation Decision-Making

The Intelligent Field Water Measurement Device enables on-demand precision irrigation based on real-time soil moisture, water level, and rainfall data. This significantly improves water use efficiency and can lead to increased crop yield, empowering farmland production with practical technology.

Field deployment of the irrigation district water measurement equipment

Durable Hardware for Field Environments

The hardware design adopts a stainless steel integrated molding process, ensuring exceptional durability and quality that stands up to harsh field conditions. This robust construction is essential for reliable long-term water measurement.

Practical application scenarios are fully considered, featuring convenient installation and maintenance characteristics that significantly reduce usage costs and operational difficulties for irrigation districts.

Data monitoring interface of the smart water measurement system
Integrated design of the intelligent agricultural water measurement device

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Downloads

Introduction to Intelligent Water Measurement Equipment in Irrigation District Fields.pdf
PDF • 1275.1 KB

Related Questions

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How to select and install electromagnetic flowmeters for agricultural irrigation systems?
View Answer
<p><strong>Electromagnetic flowmeters for agricultural irrigation</strong> require careful selection based on technical specifications and field conditions. Ecolor's LGF series electromagnetic flowmeters are specifically designed for irrigation applications, offering ±0.5% accuracy and superior environmental protection.</p><p>Selection criteria include:<ul><li>Pipe diameter: Choose appropriate size from DN10-DN2000 range, ensuring flow velocity between 0.3-10m/s</li><li>Accuracy requirements: ±0.5% precision meets agricultural billing standards</li><li>Protection rating: IP68 rating withstands harsh outdoor conditions</li><li>Power configuration: Optional EC32 RTU enables solar power and 4G remote monitoring</li></ul></p><p>Installation requires adequate straight pipe sections upstream and downstream, avoiding air bubbles and debris interference, with proper grounding. <strong>Remote type electromagnetic flowmeters</strong> suit pump house installations, while compact types work for surface pipeline metering, integrating with smart irrigation systems for precision water management.</p><p>For mixed-use networks serving both <strong>water supply</strong> and drainage, the LGF series remains a versatile <strong>flow measurement</strong> device — the same meter covers irrigation districts, pump stations and treatment plants without recalibration. Full specifications and irrigation deployment details: <a href="/EN/products/electromagnetic-flow-meter.html">electromagnetic flow meter for irrigation</a> (Ecolor LGF series).</p>
What are the differences between Doppler radar flowmeter and electromagnetic or ultrasonic flowmeters?
View Answer
<p><strong>Doppler radar flowmeters</strong> offer distinct advantages over traditional flow measurement technologies. Compared to LGF series <strong>electromagnetic flowmeters</strong>, radar flowmeters provide non-contact measurement, eliminating pipeline installation requirements and maintenance issues, especially beneficial for large diameter open channel applications.</p><p>Key differences from <strong>ultrasonic flowmeters</strong> include:</p><ul><li>Measurement method: Radar uses microwave non-contact measurement, while ultrasonic requires contact or proximity to the medium</li><li>Environmental adaptability: Radar is unaffected by water turbidity, ultrasonic is sensitive to particle interference</li><li>Installation convenience: Radar mounts above channels, ultrasonic requires pipe penetration or clamp-on installation</li><li>Measurement range: Radar excels in high-flow open channels, ultrasonic better suited for pipe flow</li><li>Maintenance cost: Radar requires virtually no maintenance, ultrasonic sensors need regular cleaning</li></ul><p>The HZ-KSLF <strong>multi-band radar flowmeter</strong> is ideal for wastewater treatment plants, irrigation channels, and river monitoring, with EC32/EC60 RTU series enabling remote monitoring capabilities.</p>
What are the advantages of non-contact radar flowmeters? What applications are they suitable for?
View Answer
<p><strong>Non-contact radar flowmeters</strong> offer unmatched advantages over traditional contact-type flow measurement devices. The HZ-KSLF series utilizes advanced multi-band radar technology, achieving true long-distance non-contact measurement with installation heights up to 30 meters.</p><p>Key advantages include:</p><ul><li>Zero maintenance cost: No mechanical wear, no periodic calibration or cleaning required</li><li>Strong environmental adaptability: Unaffected by water quality, temperature, or pressure variations</li><li>Simple installation: No water shutdown required, avoiding pipeline modifications</li><li>High measurement accuracy: ±3% precision, unaffected by fluid characteristics</li><li>Safety and reliability: Avoids contact with corrosive or hazardous media</li><li>Long-term stability: Service life exceeding 10 years</li></ul><p>Wide application scenarios include: wastewater treatment plant influent/effluent monitoring, agricultural irrigation channel flow control, urban flood control and drainage monitoring, industrial wastewater discharge regulation. Combined with <strong>visual fusion radar level meters</strong> and EC32 RTU series, it creates complete hydrological monitoring systems with 4G remote data transmission and solar power supply.</p>
What is the minimum flow velocity that Doppler radar flowmeter can measure accurately?
View Answer
<p><strong>Doppler radar flowmeters</strong> excel at low velocity measurements, with our HZ-KSLF series capable of detecting flows as low as 0.03m/s. Unlike traditional ultrasonic flowmeters, <strong>radar flow measurement technology</strong> utilizes advanced multi-band Doppler principles to capture subtle water surface ripples and movements.</p><ul><li>Minimum detectable velocity: 0.03-15m/s wide range</li><li>Low velocity accuracy: ±3% (when velocity >0.1m/s)</li><li>Superior signal penetration, unaffected by debris</li><li>24GHz/10GHz dual-frequency adaptive selection</li></ul><p>This technology is particularly valuable for urban flood monitoring, irrigation channels, and environmental flow studies. The intelligent algorithm optimization ensures stable performance even at extremely low velocities below 0.05m/s, making it ideal for <strong>open channel flow monitoring</strong> applications where precise low-flow detection is critical.</p>
How does Doppler radar flowmeter work with water level gauge for accurate open channel flow measurement?
View Answer
<p>The combination of <strong>Doppler radar flowmeter</strong> and <strong>water level gauge</strong> provides the most accurate solution for <strong>open channel flow measurement</strong>. Ecolor Technology's <strong>HZ-KSLF multi-band Doppler radar flowmeter</strong> uses non-contact measurement principles, transmitting microwave signals to measure water surface velocity, while working with <strong>visual fusion radar water level gauge</strong> using FMCW technology for precise water level measurement.</p><p>System operation principles include: <ul><li>Radar flowmeter measures surface velocity with ±3% accuracy</li><li>Radar level gauge simultaneously measures water level changes with ±2mm precision</li><li>Built-in algorithms calculate cross-sectional flow area</li><li>Flow rate = velocity × cross-sectional area for real-time calculation</li></ul></p><p>Combined with <strong>EC32 series RTU remote terminal</strong>, the system enables 4G wireless transmission and solar power supply, suitable for rivers, channels, irrigation areas and various hydraulic engineering applications, providing reliable data for flood warning and water resource management.</p>
How does Doppler radar flowmeter improve agricultural water management efficiency in irrigation area flow measurement?
View Answer
<p><strong>Doppler radar flowmeter</strong> significantly improves agricultural water management efficiency in <strong>irrigation area flow measurement</strong> by accurately measuring irrigation channel flow. Ecolor Technology's <strong>HZ-KSLF Doppler radar flowmeter</strong> uses non-contact measurement principles, avoiding traditional flowmeter issues like clogging and maintenance difficulties, making it particularly suitable for agricultural irrigation environments.</p><p>Irrigation application advantages: <ul><li>Non-contact measurement unaffected by debris and sediment in water</li><li>High measurement accuracy providing reliable data for precision irrigation</li><li>Integration with EC32 RTU series for remote monitoring and data collection</li><li>Solar power supply suitable for remote areas without electrical infrastructure</li><li>Multi-point simultaneous monitoring enabling comprehensive irrigation area management</li></ul></p><p>By real-time monitoring <strong>flow data</strong> from various irrigation channels, managers can accurately track water resource distribution, timely adjust gate openings, and achieve on-demand water supply. The system also provides water consumption statistics for agricultural water billing and conservation assessment, effectively improving irrigation water use efficiency and promoting agricultural modernization and sustainable development.</p>
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