Chemical Industry Wide Range 4mm-200mm Turbine Flow Meter with Pulse Output
1. Introduction
LWGYML Series Intelligent liquid turbine flowmeter is a new intelligent instrument that adopts advanced ultra-low power consumption single chip microcomputer technology to integrate turbine flow sensor and display integration calculation. It has obvious advantages of compact structure, clear visual reading, high reliability, free from external power supply interference, low lightning strike cost and so on.
2. Application
Turbine flowmeter is widely used in the following measurement objects: petroleum, organic liquid, inorganic liquid, liquefied gas, natural gas, gas and cryogenic fluid. It is widely used in foreign LPG, refined oil and light crude oil transfer and gathering stations, as well as in the initial and terminal stations of large crude oil pipelines for trade settlement. In Europe and the United States, turbine flowmeter is second only to orifice flowmeter for natural gas metering. Holland alone has adopted more than 2600 gas turbine flowmeters with various sizes and pressures ranging from 0.8MPa to 6.5MPa on natural gas pipelines. They have become excellent natural gas flow meters. Although the excellent metering characteristics of turbine flowmeter are favored by people, it gives the impression that it is composed of moving parts with short service life, which makes it hesitant to select it. After unremitting efforts, it should be said that the situation has been greatly improved. As the most common flowmeter, turbine flowmeter has been developed into a large scale of multi variety, full series and multi specification batch production.
3. Features
4. 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 |
5. 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 |
6. Packing