| Specification Parameter | Technical Details |
|---|---|
| Model / Series | CC-WF500 Radar Flowmeter (CC-W Series) |
| Operational Frequency | 24 GHz Core Nominal (Planar microwave Doppler radar technology) |
| Level Measuring Range | 0.4∼40 m |
| Level Measuring Accuracy | ±3 mm |
| Distance Resolution | 1 mm |
| Velocity Measuring Range | 0.03∼20 m/s (Dependent on actual fluid dynamics) |
| Velocity Measuring Accuracy | ±1% |
| Velocity Resolution | 0.01 m/s |
| Antenna Beam FOV | Flow Velocity: 14 × 32° / Water Level: 11 × 11° |
| Interval Time Matrix | 1∼5000 min |
| Power Supply Voltage | DC 6∼30 V Wide-voltage design |
| Active Operating Current | < 80 mA @ 12VDC |
| Standby / Sleep Current | < 1 mA @ 12VDC |
| Operating Temperature Span | -40°C∼85°C |
| Ingress Protection Rating | IP68 Waterproof heavy-duty enclosure shield |
| Communication Interface | RS-485 serial bus system |
| Supported Protocols | MODBUS-RTU / Custom ASCII protocol matrix |
| Cable Length | Standard 5 m / 10 m / 20 m options (Fully customizable configurations available upon request) |
| Tailored OEM/ODM Capability | • Brand Customization: Custom silk-screen or laser-engraved logo branding. • Packaging Options: Private-label custom colored packaging designs. • Technical Adaptation: Tailor-made technical parameters and output signal adjustments. |
| Applications | Engineered specifically for non-contact discharge and flow telemetry across open channels, irrigation canals, agricultural water management, and river telemetry networks. |
Robust Radar Flowmeter for Global Industrial & Hydrological Demands
The Chaosensor CC-WF500 radar flowmeter stands as a premier solution in high-precision, non-contact radar telemetry technology. Engineered to satisfy the rigorous requirements of modern industrial water management and river telemetry networks, this advanced radar flowmeter delivers accurate discharge metrics without direct liquid contact. By eliminating mechanical wear, chemical corrosion, and sediment interference, the CC-WF500 significantly reduces maintenance costs while extending operational longevity in extreme field environments.
Our professional radar flowmeter utilizes sophisticated 24 GHz planar microwave Doppler radar technology to measure water surface velocity and water level simultaneously. Protected by a heavy-duty IP68 waterproof enclosure, the CC-WF500 guarantees continuous, reliable data telemetry under extreme temperatures ranging from -40°C to 85°C. To explore more deployment scenarios, visit our industrial applications dashboard or browse our full water level and flow sensors catalog.
Technical Performance & Field Telemetry Integration
Designed for seamless IoT integration, the CC-WF500 radar flowmeter features an RS-485 serial bus interface supporting standard MODBUS-RTU and custom ASCII protocols. It connects easily to external PLCs, SCADA systems, and remote telemetry units (RTUs). Built-in digital filtering algorithms filter out wind, wave, and surface turbulence noises to maintain high velocity measurement accuracy (±1%).
To review standard hydrological observation frameworks and telemetry guidelines, refer to standards published by the World Meteorological Organization (WMO).
B2B Global Cooperation & Industrial OEM/ODM Support
Chaosensor is a leading B2B manufacturer of industrial IoT environmental and hydrological sensors. We work closely with international engineering contractors, system integrators, and equipment distributors. Our ISO-certified production facilities support complete OEM/ODM customization, including custom laser-engraved logo branding, private-label packaging layouts, and tailored firmware parameters for specialized hydrological conditions.
Frequently Asked Questions (FAQ)
How does the CC-WF500 radar flowmeter calculate discharge rate without water contact?
The CC-WF500 combines 24GHz Doppler radar for surface velocity measurement and radar level measurement technology for water depth. Using built-in cross-sectional hydraulic algorithms, it automatically calculates accurate real-time flow discharge.
Is the CC-WF500 suitable for corrosive industrial wastewater or flood monitoring?
Yes. Because the CC-WF500 operates completely above the water surface with an IP68 waterproof enclosure, it is immune to floating debris, heavy sediment, and corrosive industrial fluids.
What communication protocols are supported for SCADA and telemetry loggers?
The standard configuration features an RS-485 serial interface with standard MODBUS-RTU protocol and flexible ASCII protocol options for easy integration with telemetry loggers and cloud platforms.