HSR-10 - Portable non-contact radar sensorHSR-10 - Portable non-contact radar sensoHSR-10 - Portable non-contact radar sensoHSR-10 - Portable non-contact radar sensoHSR-10 - Portable non-contact radar sensoHSR-10 - Portable non-contact radar sensoHSR-10 - Portable non-contact radar sensoHSR-10 - Portable non-contact radar sensoHSR-10 - Portable non-contact radar senso
HSR-10 - Portable non-contact radar sensor

HSR-10 - Portable non-contact radar sensor

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The HSR-10 is a portable, handheld non-contact radar sensor designed for accurate and efficient flow velocity measurements in open rivers and channels. Using Doppler frequency shift, it provides contact-free velocity readings, making it ideal for high-velocity,…  Read more

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Physical and environmental
Power supply 9...18V VDC; Reverse voltage protection, overvoltage protection
Battery capacity 2,0 Ah or 3,0 Ah
Charging time approx. 2 hrs
Outputs Wi-Fi, 2,4GHz (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
Size L x W x H (with battery) 263 x 123 x 271 mm (10.35 x 4.84 x 10.66 in)
Weight 1.2 kg (2.71 lb) plus 0.6 kg (1.32 lb) battery
Case size L x W x H 480 x 380 x 190 mm (18.9 x 14.9 x 7.5 in)
Case weight (without battery) 4.74 kg (10.45 lb) plus 0.6 kg (1.32 lb) battery


Velocity
Detectable measurement range 0.08…16 m/s practical range (depending on surface water waves)
0.01…20 m/s technical range
Accuracy ± 0.01 m/s (certified by METAS)
Resolution 1 mm/s
Direction recognition +/-
Measurement duration 10 s
Measurement frequency 24 GHz (K-Band)
Distance to water surface 0.5…100 m (1.6…328.0 ft)
Noise reduction Sommer Messtechnik ANR (advanced noise reduction) based on velocity spectrum analysis

Features
Data quality Internal measurement quality value output with each measurement

The HSR-10 is a portable, handheld non-contact radar sensor designed for accurate and efficient flow velocity measurements in open rivers and channels. Using Doppler frequency shift, it provides contact-free velocity readings, making it ideal for high-velocity, turbulent, or hard-to-reach water bodies. The sensor is ecologically safe and requires no maintenance, preventing soiling or damage. Data is transmitted wirelessly via Wi-Fi to the receiving unit. Features include a self-check system, status/error alerts, and a 3-point velocity calibration certificate for reliable performance.