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precision sanitary milk turbine flow meter
precision sanitary milk turbine flow meter
precision sanitary milk turbine flow meter
precision sanitary milk turbine flow meter
precision sanitary milk turbine flow meter
precision sanitary milk turbine flow meter
precision sanitary milk turbine flow meter
precision sanitary milk turbine flow meter

precision sanitary milk turbine flow meter

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US $100
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Quick Details

Model Number:
LWGY
Name:
precision sanitary milk turbine flow meter
Applications:
liquid,oil,gas,etc.
Output:
4- 20 mA, pulse
Power supply:
24VDC, 220VAC
Nominal pressure:
1.6 Mpa ,2.5Mpa ,4.0Mpa ,6.3 Mpa
Installation type:
Flange, Thread, Inserted, Sanitary
Body material:
SS304, SS316L
Accuracy:
+/-0.2% (Customize), +/-0.5% (Standard)
Protection Leve:
IP65
Repeatability:
±0.2%

Quick Details

Type:
precision sanitary milk turbine flow meter
Place of Origin:
Henan, China
Brand Name:
QINGTIAN
Model Number:
LWGY
Name:
precision sanitary milk turbine flow meter
Applications:
liquid,oil,gas,etc.
Output:
4- 20 mA, pulse
Power supply:
24VDC, 220VAC
Nominal pressure:
1.6 Mpa ,2.5Mpa ,4.0Mpa ,6.3 Mpa
Installation type:
Flange, Thread, Inserted, Sanitary
Body material:
SS304, SS316L
Accuracy:
+/-0.2% (Customize), +/-0.5% (Standard)
Protection Leve:
IP65
Repeatability:
±0.2%

precision sanitary milk turbine flow meter

  • Flow measurement of tap water, demineralised water and chemicals.
  • Fuels, marine engine fuel monitoring, vegetable oil, thermal oil and solvents.
  • Special models for refrigerants, pharmaceutical fluids, cryogenic fluids, liquefied gases and high-pressure applications.

A turbine flow meter is used for volumetric total flow and/or flow rate measurement and has a relatively simple working principle.

As fluid flows through the turbine meter, it impinges upon turbine blades that are free to rotate about an axis along the center line of the turbine housing.

The angular (rotational) velocity of the turbine rotor is directly proportional to the fluid velocity flowing through the turbine.

The resulting output is taken by an electrical pickoff(s) mounted on the flow meter body.

Technical Performance Parameters

Size & Process Connection

Thread connection:DN4,6,10,15,20,32,40,50,65,80,100

Flange connection:DN15,20,32,40,50,65,80,100,125,200

Clamp connection:DN 4,6,10,15,20,32,40,50,65,80,100

Accuracy ±0.5%, ±0.2% Optional
Sensor Material SS304, SS316L Optional
Ambient Conditions

Medium temperature:-20℃~+150℃

Atmospheric pressure:86Kpa~106Kpa

Ambient temperature:-20℃~+60℃

Relative humidity:5%~90%

Signal Output

Pulse, 4- 20 mA, Alarm(optional)

Digital Communication RS485, MODBUS; HART
Power Supply

24V DC/3.6V Lithium Battery

Cable Entry M20*1.5; 1/2"NPT
Explosion-proof class Ex d IIC T6 Gb
Protection class IP65; IP67 Optional

Flow Range

Diameter

(mm)

Standard Range

(m3/h)

Extended Range

(m3/h)

Connection Standard(Optional)

Standard Pressure

(Mpa)

Customized Pressure Rating(Mpa)

DN4 0.04~0.25 0.04~0.4 Thread 6.3 12,16,25...42
DN6 0.1~0.6 0.06~0.6 Thread 6.3 12,16,25...42
DN10 0.2~1.2 0.15~1.5 Thread 6.3 12,16,25...42
DN15 0.6~6 0.4~8 Thread(Flange) 6.3,2.5(Flange) 4.0,6.3,12,16,25...42
DN20 0.8~8 0.45~9 Thread(Flange) 6.3,2.5(Flange) 4.0,6.3,12,16,25...42
DN25 1~10 0.5~10 Thread(Flange) 6.3,2.5(Flange) 4.0,6.3,12,16,25...42
DN32 1.5~15 0.8~15 Thread(Flange) 6.3,2.5(Flange) 4.0,6.3,12,16,25...42
DN40 2~20 1~20 Thread(Flange) 6.3,2.5(Flange) 4.0,6.3,12,16,25...42
DN50 4~40 2~40 Thread(Flange) 2.5 4.0,6.3,12,16,25...42
DN65 7~70 4~70 Flange 2.5 4.0,6.3,12,16,25...42
DN80 10~100 5~100 Flange 2.5 4.0,6.3,12,16,25...42
DN100 20~200 10~200 Flange 1.6 4.0,6.3,12,16,25...42
DN125 25~2500 13~250 Flange 1.6 2.5,4.0,6.3,12,16...42
DN150 30~300 15~300 Flange 1.6 2.5,4.0,6.3,12,16...42
DN200 80~800 40~800 Flange 1.6 2.5,4.0,6.3,12,16...42

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