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KY Instrument LUZ Intelligent Vortex Flow Meter
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KY Instrument LUZ Intelligent Vortex Flow Meter

The LUZ series intelligent vortex flow meter is a newly developed product. It measures flow rate by detecting the frequency at which alternating vortices are shed from a bluff body inserted into the flow steam. This principle of measurement is known a…

Product Overviews

The LUZ series intelligent vortex flow meter is a newly developed product. It measures flow rate by detecting the frequency at which alternating vortices are shed from a bluff body inserted into the flow steam. This principle of measurement is known as Von Karman’s vortex street principle. Our LUXZ series intelligent vortex flow meter provides accurate standard volumetric and mass flow measurement of steam, gases and liquids as an all in one solution with integrated temperature and pressure compensation.

Features And Functions


● On-site display, indicating instant flow rate, total amount and flow signal frequency.

● Output signal 4~20mA, frequency, HART communication function.

● Optional for temperature and pressure compensator to enhance the accuracy while measuring gas and steam.

● Build-in spectrum analysis function, excellent ability of anti-interference and anti-vibration

Technical Parameters

Medium:

Liquid, Gas, Steam

Nominal Diameter:

DN20mm ~ DN300 mm

Nominal Pressure:

1.6MPa~4.0MPa

Accuracy:

±0.5%, ±1.0%, ±1.5%

Connection:

Wafer Flange( basic type), Flange, Thread

Ambient Temperature:

-20~55℃

Medium Temperature:

Basic Type (-40~160)℃, High Temperature Type (-40~300)℃

Power Supply:

24V DC or 3.6V Battery

Output Signal:

4~20mA, Pulse, RS485; HART

Ex-Proof:

Exd II BT4~T6, Exia II CT3~T6

Industry Applications


Kaifeng Instrument LUZ Vortex Shedding Flow Meter is versatile and easy to use, it is suitable for various industial applications for monitoring and measuring the liquid, gas, and steam in closed pipelines. With optional integrated pressure and temperature sensors, it can automaticaly compensate the readings of flow to ensure the accuracy of the result.

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