Turbine flowmeter FM15
volumefor liquidsfor gas

Turbine flowmeter - FM15 - Feejoy Technology - volume / for liquids / for gas
Turbine flowmeter - FM15 - Feejoy Technology - volume / for liquids / for gas
Turbine flowmeter - FM15 - Feejoy Technology - volume / for liquids / for gas - image - 2
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Characteristics

Technology
turbine
Type
volume
Fluid
for liquids, for gas
Pipe diameter
DN80 - 3", DN125 - 5", DN25 - 1", DN32 - 1"1/4, DN50 - 2", DN100 - 4", DN40 - 1"1/2, DN6 - 1/8", DN60 - 2"1/4, DN65 - 2"1/2, DN8 - 1/4", DN90 - 3"1/2, DN10 - 3/8", DN15 - 1/2", DN20 - 3/4"
Installation
flange
Material
stainless steel
Communication
4-20 mA
Protection level
IP65, IP68, IP67
Other characteristics
high-accuracy
Volumetric flow rate

Min.: 2.5 m³/h
(88.2867 ft³/h)

Max.: 6,500 m³/h
(229,545.3337 ft³/h)

Process temperature

Min.: -20 °C
(-4 °F)

Max.: 150 °C
(302 °F)

Process pressure

16 bar
(232.06 psi)

Precision

0.2 %, 0.5 %, 1 %, 1.5 %

Description

FEEJOY Turbine Flow Meter is a new type of intelligent measuring instrument integrating turbine flow sensors and display integration calculation. The turbine type flow meter adopts advanced ultra-low power single-chip microcomputer technology with anti-lightning and low-cost features. As a turbine flow meter manufacturer, we supply a liquid turbine flow meter to measure the volume mass of a gas or liquid to improve the precision, accuracy, and resolution of fluid. Intelligent liquid turbine flowmeter is a new type of precision flow control instruments integrating turbine flow sensor and display integration calculation developed by advanced ultra-low power single-chip microcomputer technology. Anti-lightning Low cost Other obvious advantages Working Process of Turbine Flow Meter Flow meter with turbine measurement first converts the flow rate to the speed of the turbine, and then converts the speed into an electrical signal proportional to the flow. This kind of flowmeter is used to detect instantaneous flow and total integrated flow. Its output signal is frequency, which is easy to digitize. The induction coil and the permanent magnet are fixed on the housing together. When the ferromagnetic turbine blade passes the magnet, the magnetic resistance of the magnetic circuit changes, thereby generating an induction signal. The signal is amplified and shaped by the amplifier and sent to a counter or frequency meter to display the total integrated flow. At the same time, the pulse frequency undergoes frequency-voltage conversion to indicate the instantaneous flow.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.