Flow Meters, PVDF Flow Meters

PVDF Clip Mounting Flow Meter

The Equflow PVDF Clip Mounting Flow Sensor is designed for fast and easy exchange of wetted parts. It utilizes an infrared (IR) turbine rotor reflection mechanism, ensuring accurate and repeatable flow measurements. Constructed from PVDF (polyvinylidene fluoride) material, it can handle a wide range of liquids, including corrosive and aggressive substances. This floating version can easily fit your tubing sizes. Additionally, the wetted parts can be gamma sterilized up to 50 kGy.

Specifications

Item # Suitable For Housing Flow Range, L/min Max. pressure at 20 °C in Bar Inner Diameter (ID), mm Approx. K-factor, pulses/L Process Connection Tube length, mm Tubing size for HB Wetted Material
0045PHP01CA 0,03 – 2 25 4.6 100 000 7 mm hose barb 53 1/4" PVDF
0045PNP01CA 0,03 – 2 25 4.6 100 000 1/8” NPT 53 PVDF
0085PHP01CA 0,5 – 20 20 9.3 4 800 12 mm hose barb 62 3/8" PVDF
0085PLP01CA Clip Mounting 0,5 – 20 20 9.3 4 800 13 mm hose barb 62 1/2" PVDF

Technical

Accuracy 1% of reading
Disposable Yes
Liquid temperature, °C -20 to 80
Output signal, V square wave 5-24
Repeatability < 0,15%
Power consumption at 5V 34 mA
Power supply, VDC 5-24
Single-Use System Clip Mounting
Viscosity, cSt 0,8-10

Features & Benefits

  • Infrared (IR) turbine rotor reflection results in accurate and repeatable flow measurements 
  • USP Class VI PVDF material can be gamma sterilzed up to 50 kGy 
  • Each sensor is pre-calibrated to reach <1% accuracy
  • High resolution square wave output 
  • Floating version to easily fit your tubing sizes
  • Tubes can be sterilized up to 150°C (302 °F)
  • Reduce down-time and prevent cross-contamination 

 

 

 

 

Related Documents

Download Selected (0)
Single-Use PVDF Clip Mounting Flow Sensor
Data Sheet
Single-Use PVDF Clip Mounting Flow Sensor
Example C5 Certificate 2025
Certifications
Example C5 Certificate 2025
Example C1 Certificate 2025
Certifications
Example C1 Certificate 2025
Example Global Certificate 2025
Certifications
Example Global Certificate 2025
Get in touch