Flow-Tronic Raven - Model Eye 2+ -Non-Contact Radar Flowmeter
The RAVEN-EYE® is the new non-contact RADAR area/velocity flowmeter for open channel flow measurements from Flow-Tronic. It combines state of the art non-contact measuring technology which measures flow from above the water surface with easy integration into existing SCADA or telemetry systems. Radar area/velocity flow sensors have been in use for many years, so why is the RAVEN-EYE® so revolutionary? Using the latest design, development and production methods, has allowed Flow-Tronic to manufacture a high quality new generation radar sensor at a price that will make it your first choice for open channel and sewer flow measurement, but affordability is only one of the RAVEN-EYE®’s benefits.
The name was not chosen at random, like the bird, the RAVEN-EYE® has three key attributes: Intelligence, Adaptability, Survivability.
- Accurate flow measurement
- Cost-effective
- Portable or stationary version available
- Non-contact: the sensor is positioned above the water surface
- Easy installation
- Robust IP68 (PU) enclosure
- Totally sealed sensor: no joints, seals or screws
- Developed for field applications
- Velocity distribution analysis & self-learning technology for average velocity calculation
- For channels from 100 mm and upwards
- Easy integration with SCADA, PLC or telemetry systems
- Direct RS485 interface available (no monitor or converter necessary)
- One 4-20 mA configurable output
- Perfect solution for difficult flow conditions: high solids content, high temperature, shallow and caustic flows, high velocities and large open channels
- No maintenance
- Auto-diagnostic system
- Large sewer channels
- Capacity studies
- Combined sewer overflow (CSO) studies
- Inflow & infiltrations studies
- High velocity flows
- Discharge
- Flow to treatment
- Discharge
- Plant effluent
- Storm discharge
- Process flow control
- Plant effluent
- Process waste water
- Flows with high solid contents
- Industrial compliance monitoring
- Caustic & corrosive flows
- Storm water monitoring & compliance
- Climate & hydraulic engineering
- Storm water basins calculations
- Permanent measurements of surface water