1863 Results found

Overvoltage Protection

Overvoltage Protection Overvoltage Protection

Accessory Software

Accessory Software Software Solutions

Miscellaneous

Miscellaneous Miscellaneous Accessories

Hydraulic flow measurement

Flow Determination using Level Measurement Hydraulic Methods For clean water and wastewater Flow rate measurement using the level Easy to install Measurement Method Flow is measured using a level measurement and hydraulic structures such as weirs or Venturi flumes or by using two parallel level meas

Flow Measurement for Liquids

Flow Measurement Accurate Flow Measurement For All Applications As one of the foremost companies in the sector of flow measurements, NIVUS provides a wide range of products, sensors and measurement methods. For diverse applications, there are suitable measurement systems featuring different measurem

Flow measurement ultrasonic transittime

Flow Measurement using Transit Time Method Transit Time Method For clean to slightly polluted media Complies with IEC 60041/EN ISO 12242/EN ISO 6414 Very high measurement accuracy Average flow velocity and flow cross section are required to determine the flow Q. This leads to the general formula: Q

Flow measurement ultrasonic cross correlation

Flow Measurement using Ultrasonic Cross Correlation Scientifically tested, channelspecific mathematical flow models Calculation of the near-wall flow velocity distributions and the horizontal velocity profile Velocity integration over the entire cross-section Ideal for determining the average flow v

Flow Measurement with Ultrasonic Doppler

Ultrasonic Doppler Flow Measurement Doppler Method For slight to heavily polluted media For simple applications Cost-efficient entry point into flow measurement Measurement Method Average flow velocity and flow cross section are required to determine the flow Q. This leads to the general formula: Q

Flow measurement Radar

Flow Measurement using Radar Radar Measurement For all liquid media Contactless Measures the surface velocity Measurement Method Average flow velocity and flow cross section are required to determine the flow Q. This leads to the general formula: Q = v (average) • A The flow cross section A is deter

Know How

Anything you need to know on Instrumentation for Water Industry The suitable solution for each application. Tried and tested measurement systems to perfectly fit your needs. Measurement systems which measure right what they should, reliably and accurately – even under difficult conditions. This is o

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