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Turbine Flow Meter threaded and clamp connections
Threaded Connection Turbine Type Flow Meter DN2~DN10 Pulse output has no display
Threaded Connection Turbine Type Flow Meter DN15~DN40 with display
Threaded Connection Turbine Type Flow Meter DN2~DN10 with front and rear straight pipe sections
Turbine Flow Meter threaded and clamp connections
Threaded Connection Turbine Type Flow Meter DN2~DN10 Pulse output has no display
Threaded Connection Turbine Type Flow Meter DN15~DN40 with display
Threaded Connection Turbine Type Flow Meter DN2~DN10 with front and rear straight pipe sections

Threaded Connection Turbine Type Flow Meter for Small Pipes Detail Display

Threaded connection turbine type flow meter is a method of connecting pipes by interlocking internal and external threads. Suitable for small diameter pipes from DN2 to DN40.

1.Threaded connection method, quick installation and disassembly;
2. The threaded connection has good sealing performance. It can effectively prevent fluid leakage and ensure the accuracy of measurement results;
3. Flow measurement of water, oil, methanol, clean liquids without impurities and corrosive substances;
4. A quantitative controller can be configured to achieve quantitative control;
5. Threaded liquid turbine flowmeter sensors equipped with sanitary connectors can be used in the pharmaceutical industry.

Threaded Connection Turbine Type Flow Meter Description

In the field of industrial automation and fluid control, liquid turbine flowmeter is an important flow measurement instrument. It is widely used in the measurement and control of various liquid medium flow rates. As a simple and reliable connection method, threaded connection plays an important role in the installation and use of liquid turbine flowmeters.

The threaded connection method has the characteristics of easy installation and good sealing, which can meet the use needs of the flow meter in various environments.

In addition, the threaded connection also facilitates the disassembly and maintenance of the flow meter. When the flow meter needs to be inspected or replaced, it can be easily accomplished by simply loosening the threaded connection.

Threaded Connection Turbine Type Flow Meter Data Sheet

1.Flow characteristics

Diameter (mm) Standard flow range Wide flow range Initial flow (m³/h) Maximum pressure loss (KPa)
DN2mm 30~180L/h
DN4mm 40~250L/h 40-400L/h 0.02 120
DN6mm 100~600L/h 60~600L/h 0.05 80
DN10mm 0.2~1.2m³/h 0.15~1.5m³/h 0.07 50
DN15mm 0.6~6m³/h 0.4~8m³/h 0.35 35
DN20mm 0.8~8m³/h 0.45~9m³/h 0.45~9 35
DN25mm 1~10m³/h 0.5-10m³/h 0.5~10 35
DN32mm 1.5-15m³/h 0.8~15m³/h 0.8~15 35
DN40mm 2~20m³/h 1~20m³/h 1~20% 35

2. Mechanical properties

Measured medium No impurities, low viscosity, no strongly corrosive liquid
Implementation standards Turbine flow sensor (JB/T9246-1999)
Calibration procedures Turbine flow meter (JJG1037-2008)
Instrument diameter and connection method Threaded connection type: DN2-DN40
Thread specifications General specifications: British pipe thread (external thread);
Other specifications: internal thread, spherical thread, NPT thread, etc.

3. Pressure resistance level

Diameter (mm) Threaded connection Flange connection Clamp connection
DN2mm 6.3Mpa (Higher resistance Pressure grade can be customized) 1.0Mpa
DN4mm
DN6mm
DN10mm
DN15mm 4.0Mpa (Higher resistance Pressure grade can be customized)
DN20mm
DN25mm
DN32mm
DN40mm

4. Material specification

Types Body
Regular-Customized
Impeller
Regular-Customized
Forward and backward guidance
Regular-Customized
Flange or clamp or chuck
Regular-Customized
Threaded connection 304-316 2Cr13-Duplex steel 304-316
Flange connection 202/304-316
Clamp connection 304

 

Get More Reliable Liquid Flow Measurement and Control

The perfect combination of liquid turbine flowmeter and threaded connection improves the efficiency of fluid measurement in small diameter pipelines. Sino-Inst supports customization of various mounting threads.

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Threaded Connection Turbine Flow Meter Applications

The threaded connection turbine flowmeter is a flow measurement instrument that measures the flow and total volume of liquids without impurities and corrosion. Turbine flow meters equipped with sanitary connections can be used in the pharmaceutical industry.

It can be used to measure the flow rate and total volume of liquid when matched with the corresponding flow totalizing instrument. It is widely used in measurement and control systems in petroleum, chemical industry, metallurgy, scientific research and other fields.

The turbine flowmeter is matched with a variety of secondary instruments and is suitable for PLC programming, quantitative filling and other working conditions.

1. Paired with flow totalizer
The flow totalizer can be displayed separately. And supports traffic conversion, signal output, etc.
2. Equipped with quantitative controller
Turbine flow meters are often used together with quantitative controllers. Used for the filling process, or the addition of raw materials to the reaction tank, etc. to control.
3. Equipped with quantitative control box
The flow signal is provided to the control instrument through the turbine flowmeter. Set the desired low dosing value on the control panel. After reaching the set amount, the solenoid valve, water pump, etc. are automatically closed. The solenoid valve and water pump can be controlled simultaneously or individually.

Threaded Connection Turbine Type Flow Meter for Small Pipes
More Detail

What is the difference between a turbine and a propeller flow meter?

Turbine flowmeters and propeller flowmeters are very similar in technology and application. The main difference between the two is the rotating element and its suspension in the fluid flow.

  1. Working principle
    When the turbine flowmeter is working, when the liquid to be measured flows through the sensor, the impeller is forced to rotate under the action of the fluid. Its rotational speed is proportional to the average flow rate of the pipe.
    The rotation of the impeller periodically changes the reluctance value of the magnetic circuit. The magnetic flux in the detection coil then changes periodically. It generates an induced electromotive force with the same frequency as the blade rotation frequency, that is, an electrical pulse signal. After being amplified by the amplifier, it is sent to the display instrument for display.
    Propeller flow meters use the mechanical energy of the fluid to spin a “windmill” (rotor) in the flow. The blades on the rotor are angled to convert energy from the flow stream into rotational energy. The rotor shaft rotates on bearings. As the fluid moves faster, the rotor spins faster.
    Sensing either mechanically or by detecting the movement of the blades. Blade movement is typically detected magnetically, with each blade or embedded piece of metal generating a pulse.
    The transmitter processes the pulse signal to determine the flow rate of the fluid. Emitters and sensing systems are available to sense flow in both forward and reverse flow directions.
  2. Material
    Turbine flowmeters are generally made of stainless steel such as 304 or 316 and have a longer life.
    The propeller of Propeller flowmeters is usually made of thick injection molded plastic and faces directly into the flow of water, suspended from a single bearing assembly.
  3. Price
    Propeller-type instruments are accurate and relatively inexpensive, making them economical to use even for short periods of time.
    Although the price of turbine flowmeter is not expensive, it is higher than propeller meter.

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