Non-Invasive Ultrasonic Flow Sensor

Our clamp-on ultrasonic PSG Biotech flow sensors provide accurate, intuitive, and non-invasive flow measurement for use in biopharmaceutical processing.

  • Compact size to save space
  • Up to seven calibration tables per sensor
  • Transducers for a wide variety of tubing sizes
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Watch the Video

Learn how PSG Bitoech provides accurate, intuitive and non-invasive ultrasonic flow sensors for use in biopharmaceutical processing. The BioProTT transducers, with transit-time technology, provide simple, clamp-on flow measurement of tubing systems in the video above.

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Space Saving Design

PSG Biotech’s flow meter design allows you to save space and achieve greater accuracy in flow measurement with a non-invasive method. It is extremely compact due to a highly integrated digital electronic design.

Overview

The PSG Biotech flow sensor comes pre-calibrated for the user, requires no priming, and contains the ability to use 7 different calibration tables – all on one sensor. The BioProTT transducer, with transit-time technology, provides simple, clamp-on flow measurement of tubing systems. The transducer quickly and easily clamps around flexible hoses with a click lock. This lock ensures that contamination and pressure-drops within the system will be avoided, as well as no extra assembly splicing.

The functional design of this PSG Biotech flow meter features no moving parts and prevents any additional shearing on the process fluid, giving it a great advantage over invasive methods that also handle biomolecules or shear-sensitive organisms.

Features & Benefits

  • Non-invasive
  • The transducer encloses flexible tubing with its simple click closure in an effortless, non-invasive way
  • Transducers for a wide variety of tubing sizes available
  • Customer specific calibration for media, tubing, and temperature
  • Up to seven calibration tables can be stored on one sensor, allowing maximum flexibility
  • Excellent accuracy and stability
  • Water proof, easy to clean, and disinfectable surface
  • Easy installation into your current system, allowing for a non-invasive flow measurement
  • Different sensor sizes for all common tubing sizes
  • Due to the non-invasive design, there is no additional shear stress on cells
  • Device designed to be reusable for years

Applications

  • For flow measurement on flexible tubing in upstream and downstream applications
  • Filtration steps
  • Chromatography
  • Harvest applications
  • Filling
  • Process Evaluation
  • Research
  • As well as many other applications

Technical Specs

Features up to OD 5/8" up to OD 3/4" up to OD 1-1/8" up to OD 1-5/8"
Size (HxWxL) 25 x 33 x 45 mm 27 x 38 x 51 mm 35 x 43 x 69 mm 46 x 56 x 84 mm
Weight transducer head 52 g 72 g 140 – 160 g 295 – 315 g
Total weight (incl. cable / plug) 137 g 153 g 225 – 245 g 380 – 400 g
Cable length 2.9 m 2.9 m 2.9 m 2.9 m
IP-Code IP 67 IP 67 IP 67 IP 67

Product Comparison

Non-Invasive Ultrasonic Flow Sensors
Non-Invasive
Flow Sensor
  • Ultrasonic sensor
  • Up to 7 calibration tables
  • Compact size
  • Waterproof design
  • Up to 50C operating temp
  • Customer specific calibration
660x452_53872531-10-min
Electromagnetic Flow Sensor
  • Accuracy of 1%
  • Gamma/Autoclave Stable Flow Tube
  • Minimal hold-up volume
  • Accommodates two flow tubes
  • Full bore flow path
  • Factory calibrated
Mass Coriolis Flow Sensor
Mass Coriolis
Flow Sensor
  • Accuracy: +/- 1% of flow
  • Gamma stable PEEK sensor
  • For ultra low flow
  • Flow pressure of 30 psi
  • Designed for measuring liquids
  • Materials: Unreinforced polyether ether ketone
Turbine Flow Sensor
Turbine
Flow Sensor

 

  • Stainless steel flow sensor
  • Flow range: 0.06 – 40 L/min
  • 3 models available
  • High accuracy and repeatability
  • Infrared (IR) turbine rotor reflection
  • Suitable for opaque liquids

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