FLOW

TYCK FLOW V210 Smart Vortex Flowmeter

A process flowmeter based on the Karman vortex principle for steam, gases and low-viscosity liquids.

Flow Meter

TYCK FLOW V210 Smart Vortex Flowmeter

A process flowmeter based on the Karman vortex principle for steam, gases and low-viscosity liquids.

Reference Price Inquiry

Reference prices support initial selection only. The confirmed quotation prevails.

Consult This Product

Product Overview

Product Description

Product Positioning

A process flowmeter based on the Karman vortex principle for steam, gases and low-viscosity liquids.

Confirmed Technical Information

Measuring principleA bluff body generates alternating vortices whose frequency relates to velocity within the usable range.
MediumSteam, gases and low-viscosity liquids
Output4–20 mA / pulse
CommunicationRS485 optional
DisplayInstantaneous / totalized flow
Confirmed scopeNo mechanical moving parts; size selection depends on density, viscosity and flow range
Installation and selectionFor steam and gas, confirm pressure/temperature compensation, vibration, straight runs, orientation and condensation
Typical applicationsSteam, compressed air, industrial gases and circulation water

Information Required for Selection

  • Exact medium and composition, including solids, bubbles or contamination
  • Minimum, normal and maximum flow; pipe size and operating/limit pressure and temperature
  • Accuracy, installation, connection, supply, output, communication, ingress and hazardous-area requirements
  • Quantity, delivery, calibration or verification requirements; models without a formal price list are quoted in writing
This page uses only the company-supplied TYCK FLOW catalog and retained verified legacy SKUs. Price, full range, supply, materials, certification and lead time not stated in the catalog require written confirmation for the complete configuration.

Technical Data

Technical Parameters

Platform model
V210
Measuring medium
steam, gas and low viscosity liquid
Output/Communication
4–20 mA/pulse
Parameter boundaries
need to be selected according to density, viscosity, flow range and temperature and pressure compensation

FAQ

Frequently Asked Questions

These answers support initial selection. Confirm final performance against the selected SKU and technical documents.

What operating data is required before selection?

Provide the measured variable, medium, range, operating pressure and temperature, connection, materials, power, output and compliance requirements.

How do SKUs of the same product differ?

SKUs may differ by structure, range, connection, material, display or output. Final performance and supply scope depend on the selected SKU.

Is the website price the final transaction price?

No. It is an initial selection reference. Quantity, configuration, materials, certification, lead time, tax and freight affect the formal quotation.