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Push-in flow sensor Type VTY10

 

Product description

Possible areas of application Push in turbine flow sensor Type VTY 10-30

Push-in flow sensors of the type VTY10 were specially developed for the installation in fittings and feature an easy and space-saving system integration. Typical applications for these flow sensors are:

  • Tap water detection
  • Water treatment
  • Leak detection

 

 

Description

Measuring principle
The liquid flowing into the turbine flow sensor is split into individual jets by the flow straightener. These jets hit the rotor evenly, setting the rotor in motion. The rotation speed of the rotor is then converted to an electrical pulse signal (frequency): The rotor is fitted with magnets and a Hall effect sensor detects the rotation of the rotor.
A flow-proportional frequency signal (square-wave signal) is made available.
Given the uniform inflow to the bearing, the forces largely cancel themselves out and wear is reduced to a minimum. The extremely hard bearing materials - sapphire and hard metal - also guarantee an exceptionally long endurance.

Benefits
In general, push-in flow sensors consist of three components: push-in turbine, Hall effect-sensor and adapter sleeve for Hall effect sensor. This three-part construction is the key for the space-saving installation in e.g. filter heads and allows the separate installation of hydraulic and electrical components. A high quality sapphire bearing guarantees a long durability of the measuring system and allows the measurement of low flow rates from one litre per minute  due to low start-up velocities.

  • Low deviation in mass production, fixed pulse rate
  • High measuring accuracy
  • Low wear and extremely long durability due to high quality bearing
  • Compact dimensions
  • Proven in numerous mass production applications

 

Approvals

WRAS

NSF

NSF-Certificate available for types:
VY1030K50000YY

Technical features

Technical features

 Push-in turbine
Flow range 1...30 l/min
Accuracy ±1 % of range
Repeatability ±1 %
Signal output From 0.7 l/min
Medium temperature Max. 85 °C, temporary 95 °C
Nominal diameter DN 10
Hall effect sensor
Nominal pulse rate
Frequency output
495 pulses / l
NPN open collector
Power supply 4.5...24 VDC
Electrical connection 2 m PVC cable, shielded (Tmax = 75 °C)
Pressure rating see sleeve for Hall effect sensor
Process connection see sleeve for Hall effect sensor
Adapter sleeve for Hall effect sensor
Pressure rating PN 10
Process connection G⅜ A

 Further details and accessories can be found in the datasheet.

 

Documents

Data sheet

Contact

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