The ProPulse turbine flow meter comes in 316 SS or PVDF. Perfect for dosing and pulsating flows with NPN or PNP pulse outputs.

ProPulse Turbine Flow Meter

The ProPulse Turbine Flow Meter provides superior performance and delivers accurate Ultra Low Flow measurement that is highly repeatable under the most demanding of industrial environments. The ProPulse Series consists of one universal body that can be customized into six 5 selectable flow ranges. Changing from one flow range to another is simply achieved by inserting a very precise flow jet, no special tools required for change out …truly Plug and Play. The ProPulse operates using a PVDF rotor with encapsulated magnetic inserts which rotate on a long wearing set of sapphire bearings designed to provide years of reliability. As the rotor spins the magnetic field produced by the magnets is pick up via a Hall Effect Sensor which converts the rotation into a square wave NPN pulse output that can be sent directly to a metering pump or local display.

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Features:

  • Universal Body 5 Different Flow Ranges
  • All Plastic PVDF Body, Rotor, Sapphire Bearings
  • Ultra Low Flow Ranges from 50 ml/min (.013 GPM)
  • Pressure Rating 10 bar (150 psi)
  • Temperature Rating -40 -120°C (-40 -248°F)
  • NPN Pulse Output

Applications:

  • Dosing Pumps
  • Liquid Chemical Skids
  • Metering
  • Pulsating Flows

Description

The ProPulse Turbine Flow Meter provides superior performance and delivers accurate Ultra Low Flow measurement that is highly repeatable under the most demanding of industrial environments. The ProPulse Series consists of one universal body that can be customized into six 5 selectable flow ranges. Changing from one flow range to another is simply achieved by inserting a very precise flow jet, no special tools required for change out …truly Plug and Play. The ProPulse operates using a PVDF rotor with encapsulated magnetic inserts which rotate on a long wearing set of sapphire bearings designed to provide years of reliability. As the rotor spins the magnetic field produced by the magnets is pick up via a Hall Effect Sensor which converts the rotation into a square wave NPN pulse output that can be sent directly to a metering pump or local display.

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