Portable Doppler Radar Flow Measurement System, model HSR-10

The HSR-10 portable radar sensor is a non-contact measuring device for determining flow velocity in rivers, canals and open drains. The sensor detects surface flow velocity using Doppler frequency shift and displays the velocity in real time on your Android phone.
Features:

• The non-contact method prevents dirt and damage; no sensor maintenance required
• High accuracy thanks to Sommer radar technology
• A compact, easy-to-use radar for safe and fast measurements
• Operational quality analysis values and intuitive interface
• 3-point velocity calibration certificate
• Works with Android phones via Wi-Fi
• Compatible with Makita batteries
• Supplied in a sturdy carrying case

Applications:
Thanks to its non-contact measurement method, the HSR-10 is ideal for use in high-speed turbulent currents and flooded rivers. The sensor easily transmits measurement values to your Android device via Wi-Fi. Thanks to its ease of use, the HSR-10 is also perfect for emergency services or operators without hydrological training. Its very long battery life and compatibility with the Makita 18 V battery ecosystem make the HSR-10 perfect for extended measurement campaigns too.

• Point hydrological measurements
• Water management
• Flood warning and measurements
• Hydroelectric power stations
• River authorities
• Port authorities
• Emergency services: rescue workers, first aid, fire brigade, police
• Divers

• Power supply: 9–18 V DC; reverse voltage protection, overvoltage protection
• Battery capacity: 2.0 Ah
• Charging time: approx. 2 hours
• Outputs: Wi-Fi, 2.4 GHz (transmission range up to 50 m)
• Operating temperature: -40…60 °C (-40…140 °F)
• Storage temperature: -40…85 °C (-40…185 °F)
• Relative humidity: 0…100 %
• Protection rating: IP 65
• Dimensions L x W x H (with battery): 263 x 123 x 271 mm (10.35 x 4.84 x 10.66 inches)
• Weight: 1.2 kg (2.71 lb) plus 0.6 kg (1.32 lb) for the battery

Continuous, non-contact measurement of water flow in rivers, streams, open channels, irrigation ditches and sewers.

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