| Categories | Turbine Flow Meter |
|---|---|
| Model Number: | LWGYML |
| Place of Origin: | China |
| MOQ: | 1pc |
| Price: | Negotiation |
| Payment Terms: | T/T |
| Supply Ability: | 500pcs per month |
| Delivery Time: | 7-10 working days |
| Packaging Details: | In Carton or Wooden Box |
| Product Name: | Turbine Flow Meter |
| Connection: | Thread Type |
| Medium Temperature: | -20℃~+110℃ |
| Pipeline Diameter: | DN4-DN200 |
| Protection Class: | IP65 |
| Accuracy: | ±1%R、±0.5%R、±0.2%R(Special Order) |
Thread Type Turbine Flow Meter Explosion Proof Simple Structure Easy Installation
1. Introduction
LWGYML series intelligent liquid turbine flow meter is a new type of intelligent instrument with integrated turbine flow sensor and display product calculation developed by advanced ultra-low power single-chip microcomputer technology, which has obvious advantages such as compact mechanism, clear reading, high reliability, undisturbed by external power supply, lightning resistance and low cost.
2. Features
3. Application
Turbine flow meters are widely used in the following measurement objects: petroleum, organic liquid, inorganic liquid, liquefied gas, natural gas, gas and low temperature fluids. In foreign liquefied petroleum gas, refined oil and light crude oil and other transshipment and collection stations, large crude oil pipelines are used in large numbers for trade settlement. In Europe and the United States, turbine flow meters are second only to the perforated flow meters of natural gas meters, the Netherlands alone in the natural gas pipeline using more than 2,600 various sizes, pressure from 0.8MPa to 6.5MPa gas turbine flow meters, they have become excellent natural gas flow meters. Although the excellent measurement characteristics of turbine flow meters are favored by people, but give the impression that by the moving parts, the use of short, in the selection of inevitable, after people's unremitting efforts, it should be said that the situation has greatly improved. Turbine flow meter as the most common flow meter, its products have developed into a variety, full range, multi-size mass production scale.
4. Working Principle
The working principle of turbine flowmeter: the fluid flows through the sensor housing. Since the blade of impeller has a certain angle with the flow direction, the blade has rotational torque due to the impulse of fluid. After overcoming the friction torque and fluid resistance, the blade rotates. After the moment is balanced, the speed is proportional to the flow rate. Because the blade has magnetic conductivity, it is in signal detection In the magnetic field of the device (composed of permanent magnet steel and coil), the rotating blade cuts the magnetic line of force and changes the magnetic flux of the coil periodically, so that the electric pulse signal is induced at both ends of the coil. The signal is amplified and shaped by the amplifier to form a continuous rectangular pulse wave with a certain amplitude, which can be transmitted to the display instrument to display the instantaneous flow and cumulative measurement of the fluid.
5. Specifications
| Pipeline Diameter(mm) and Connection | 4,6,10,15,20,25,32,40 Thread Connection |
| (15,20,25,32,40) 50,65,80,100,125,150,200 Flange Connection | |
| Accuracy | ±1%R,±0.5%R,±0.2%R(Special Order) |
| Turn Down Ratio | 10:1; 15:1; 20:1 |
| Material | 304SS,316(L)SS, etc |
| Medium Temperature | -20℃~+110℃ |
| Environmental Conditions | Temperature: -10℃~+55℃ Relative humidity: 5%~90% Atmospheric pressure: 86~106KPa |
| Power supply | Sensor:+12VDC,+24VDC(Option) Transmitter:+24VDC Local Display:3.2V Lithium Battery |
| Output Signal | Sensor:Pulse Frequency Signal(Low level≤0.8V, High level≥8V) Transmitter:Two Wired 4-20mA Current Signal |
| Signal Cable | STVPV 3x0.3(Three Wired),2x0.3(Two Wired) |
| Signal Cable Connection | Houseman Connector(Standard Type) Inner Thread M20x1.5(Explosion Type) |
| Transmission Distance | ≤1000m |
| Explosion Proof | None(Standard Type) EXdIIBT6(Explosion Proof) |
| Protection Class | IP65 |
6. Flow Range & Work Pressure
| Pipeline Diameter | Normal Flow Range (m³/h) | Extended Flow Range (m³/h) | Normal Pressure (MPa) | Pressure Rate(MPa) (Flange Connection) |
| DN4 | 0.04~0.25 | 0.04~0.40 | 6.3 | 12,16,25 |
| DN6 | 0.10~0.60 | 0.06~0.60 | 6.3 | 12,16,25 |
| DN10 | 0.20~1.20 | 0.15~1.50 | 6.3 | 12,16,25 |
| DN15 | 0.60~6.00 | 0.40~8.00 | 6.3,2.5 (Flange Connection) | 4.0,6.3,12,16,25 |
| DN20 | 0.80~8.00 | 0.45~9.00 | 6.3,2.5 (Flange Connection) | 4.0,6.3,12,16,25 |
| DN25 | 1.00~10.00 | 0.50~10.00 | 6.3,2.5 (Flange Connection) | 4.0,6.3,12,16,25 |
| DN32 | 1.50~15.00 | 0.80~15.00 | 6.3,2.5 (Flange Connection) | 4.0,6.3,12,16,25 |
| DN40 | 2.00~20.00 | 1.00~20.00 | 6.3,2.5 (Flange Connection) | 4.0,6.3,12,16,25 |
| DN50 | 4.00~40.00 | 2.00~~40.00 | 2.5 | 4.0,6.3,12,16,25 |
| DN65 | 7.00~70.00 | 4.00~70.00 | 2.5 | 4.0,6.3,12,16,25 |
| DN80 | 10.00~100.00 | 5.00~100.00 | 2.5 | 4.0,6.3,12,16,25 |
| DN100 | 20.00~200.00 | 10.00~200.00 | 1.6 | 4.0,6.3,12,16,25 |
| DN125 | 25.00~250.00 | 13.00~250.00 | 1.6 | 2.5,4.0,6.3,12,16 |
| DN150 | 30.00~300.00 | 15.00~300.00 | 1.6 | 2.5,4.0,6.3,12,16 |
| DN200 | 80.00~800.00 | 40.00~800.00 | 1.6 | 2.5,4.0,6.3,12,16 |
7. Installation Dimension
According to the diameter, choose thread or flange connection to install the senor. As to installation method, please check Pic4, Pic5, Pic6.
Pic4 LWGYML-4~10 Structure & Installation Dimension Diagram
Pic5 LWGYML-15~40 Structure & Installation Dimension Diagram
Pic6 LWGYML-50~200 Structure & Installation Dimension Diagram
| Pipeline Diameter | L | Thread Connection | Flange Connection | ||
| (mm) | G | D (mm) | d (mm) | n | |
| DN4 | 295 | G1/2 | |||
| DN6 | 330 | G1/2 | |||
| DN10 | 450 | G1/2 | |||
| DN15 | 75 | G1 | θ65 | θ14 | 4 |
| DN20 | 80 | G1 | θ75 | θ14 | 4 |
| DN25 | 100 | G1-1/4 | θ85 | θ14 | 4 |
| DN32 | 120 | G2 | θ100 | θ14 | 4 |
| DN40 | 140 | G2 | θ110 | θ18 | 4 |
| DN50 | 150 | θ125 | θ18 | 4 | |
| DN65 | 170 | θ145 | θ18 | 4 | |
| DN80 | 200 | θ160 | θ18 | 8 | |
| DN100 | 220 | θ180 | θ18 | 8 | |
| DN125 | 250 | θ210 | θ25 | 8 | |
| DN150 | 300 | θ250 | θ25 | 8 | |
| DN200 | 360 | θ295 | θ25 | 12 | |
8. Configuration
| LWGYML Series Turbine Flow Meter Configuration | ||||||||||
| Model | LWGYML | |||||||||
| Pipe Material | 4 | 4mm | ||||||||
| 6 | 6mm | |||||||||
| 10 | 10mm | |||||||||
| ...... | ||||||||||
| 200 | 200mm | |||||||||
| Model Description | N | No Display,12VDC Power Supply,Pulse Output, High Level≥8V Low Level≤0.8V | ||||||||
| A | No Display,4-20mA 2 Wired Current Output | |||||||||
| B | Local Display,Battery Operated | |||||||||
| C | Local Display,4-20mA 2 Wired Current Output | |||||||||
| C1 | Local Display,RS485 Output | |||||||||
| C2 | Local Display, HART Output | |||||||||
| Accuracy | 05 | 0.5 Grade | ||||||||
| 10 | 1.0 Grade | |||||||||
| Turbine Type | W | Extended Ratio | ||||||||
| S | Standard Ratio | |||||||||
| Material | S | SS 304 | ||||||||
| I | SS 316(L) | |||||||||
| Explosion Proof | N | None | ||||||||
| E | Explosion Type(ExmIICT6 or ExdIIBT6) | |||||||||
| Pressure Rate | N | Normal Pressure | ||||||||
| H | High Pressure | |||||||||
| Connection Type | T | Thread Connection | ||||||||
| F | Flange Connection | |||||||||
| Filter | N | None | ||||||||
| F | With Filter | |||||||||
9. Details
|
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