It is based on the principle of the Woltmann rotating vane meter.
It is designed to measure liquid.

This arrangement permits the measurement of very low flow rates in liquid under a variety ofoperating conditions with high pressure.

FCM Coriolis mass flowmeters are the leading precision flow and density measurement solution offering the most accurate and repeatable mass measurement for liquids or slurries.
FCM meters offer the most accurate measurement available for virtually any process fluid, while exhibiting exceptionally low pressure drop.

CM Series consist of tapered metal tube and local indicator.
They are designed to measure liquids and gases in high pressures and temperatures.
You can choose the alarm and signal output as an option.

They measure liquids and gases by using the Pressure Difference.
They can be used i n high temperature and high pressure.
It is easy to operate and maintain the flowmeter if you use it together with valve or alarm.

They are magnet coupling, pointer indication type sight glass.
A flapper is located in flow path and the movement of the flapper is transferred to the pointer by magnetic coupling for the indication on the scale plate.
They are used to measure the opaque liquid, sludge, cooling water and gas.

They can be used to measure the instantaneous flowrate of liquids or gases in various applications.
They are designed to be installed into vertical lines.
You can choose the alarm as an option.

They fit for small flow measurement in various application.

They are suitable for liquids or gases and widely accepted in the industry.

Vortex Flowmeter is one kind of main flowmeters in the international for detection and metering the liquid, gas and steam.

It is widely used in Petroleum, chemical, metallurgy, heat supply industry, etc.

| Description
Ultrasonic Flow Meter
– Linearity: 0.5%, Repeatability: 0.2%, Accuracy: 1%
– Easy to operate
– Several type transducers for selection, measuring pipe size is from DN15mm to DN6000mm

The two oval gears are rotated continuously by using flowing fluid energy.
It will be measured the flow rate of integration by repeating inflow and outflow of fluid into a container of constant volume.
It is significantly higher measurement accuracy because it is measured direct volume by using fluid flow or pressure.