The HRF600 24GHz Radar Flow Meter is a high-performance, non-contact flow measurement solution engineered for industrial environments requiring accuracy, reliability, and durability. Designed for applications in oil & gas, water and wastewater treatment, chemical processing, HVAC systems, food production, marine operations, and vehicle-based monitoring, this radar flow sensor ensures continuous and precise flow data without direct contact with liquids.
Key Features
- 24GHz radar technology for stable velocity measurement
- Integrated 80GHz radar for high-precision water level detection
- Wide measurement range up to 40 meters
- Non-contact sensing minimizes maintenance and wear
- IP68 protection for harsh industrial environments
- Multiple communication outputs including RS485, 4–20mA, and wireless options
- High accuracy with ±0.01 m/s velocity precision
Design & Functionality
The HRF600 combines radar velocity and level sensing into a single compact system. Its advanced signal processing enables accurate flow calculation even in turbulent, contaminated, or variable flow conditions. The system automatically detects flow direction and compensates for angular variations, ensuring consistent measurement performance.
Total Crossed Beams
The dual radar system integrates velocity and level measurements to calculate real-time flow rates. This crossed-beam approach enhances measurement reliability in open channels, pipelines, and natural water bodies.
Beam Pitch Options
With optimized antenna angles (12° for velocity and 8° for level), the HRF600 ensures focused signal transmission and minimal interference. This allows precise targeting across wide monitoring areas, including rivers, drainage systems, and industrial channels.
Intrinsic Synchronism
The synchronized radar modules operate seamlessly, enabling accurate correlation between velocity and level data. This intrinsic synchronization improves flow computation accuracy and reduces calibration complexity.
Operational Advantages
The HRF600 radar flow meter is ideal for industries requiring continuous, real-time monitoring with minimal maintenance. It supports smart infrastructure, remote monitoring via IoT systems, and integration into industrial automation platforms. Its rugged design and high measurement accuracy make it a reliable choice for process control, environmental monitoring, and industrial flow management.
