HELICAL FLOW METER

HELICAL Turbine Flow Sensor for Accurate Flow Measurement

 Fully stainless steel Helical flow meters are positive displacement meters with a very favorable low pressure drop behavior. therefore perfectly suited for the flow measurement of very high viscosity fluids.  Due to wide measuring ranges, high accuracy and resolution helical flow meters are an excellent  choice for laminating systems, painting systems, adhesive dispense systems,  as well as batching systems for various fluids


Helical  Rotor flow sensor / meter  General Technical data:

 

Material of construction:

Enclosure                   : S.S-304/S.S-316

Rotor                          : S.S-304/Titanium/ Aluminum anodized

Shaft                           : Hard Stainless Steel-316 with carbon Bearing

Accuracy                    : +/-  0.5 or 1%  FSD

Repeatability              : 0.1%

Maximum working pressure: 6 MPa

Fluid &Ambient temperature: -20 to 120 Deg. C

Connection: Thread (M/F) or flange

Product Feature

1) Pulse output Helical flow sensor :

Power voltage: 12 V DC   Output signal:  NPN open connector                                         

Output:   high electric level : High than 8 VDC( input voltage 12 VDC)

low electric level  : lower than 0.8 VDC( input voltage 12 VDC)

2) Battery operated helical flow meter :

Power voltage: 3.3 V10AH lithium batteries can be used more than 5 years in a row.

display mode:  Double row Liquid Crystal Display (LCD), as follows:

    L XXX. X    four instantaneous flow (m3 / h) or L/h

    XX. XXXXXX eight cumulative flow (m3)  or L

3) Helical rotor flow meter  with 4 to 20 mA Output :

Power voltage: 24 V DC

Output signal: 4 TO 20 mA

Product Appication

Product Applications:

- Pure Water, CHEMICAL 

- Fuel

- Oil

- Heat/BTU (British Thermal Units)

- Hygienic Liquid

 The Turbine Flow Sensor is suitable for various applications where accurate flow measurement is essential, including hygienic applications and those involving relatively clean or corrosive liquids. It offers a reliable and precise method of measuring fluid flow rates.