High accuracy stainless steel vortex flowmeter

Working Principle

High accuracy stainless steel vortex flowmeter consists of two parts: flow sensor and signal processor. The core part of the flow sensor is a mechanical part called “vortex vane”, which can be made of stainless steel and other materials. When the fluid with a sufficiently large flow rate perpendicular to the direction of fluid flow through the vortex vane, the vortex will be behind the vortex vane along two parallel straight lines to produce a neatly arranged, opposite direction of the vortex column. The number of these vortex columns (i.e., vortex frequency) is directly proportional to the fluid flow rate. The flow sensor calculates the fluid flow by acquiring the vortex signals on the vortex vane, while the signal processor analyzes these signals and outputs the results in the form of digital signals, thus realizing real-time monitoring and control of the flow.

Parameter specifications

Product	High accuracy stainless steel vortex flowmeter
Model	SUP-LUGB
Diameter nominal	DN15~DN300
Installation	Wafer connection: DN15-DN300(priority PN2.5MPa); Flange connection: DN15-DN50(priority PN2.5MPa);DN65-DN200(priority PN1.6MPa);DN250-DN300(priority PN1.0MPa）
Accuracy	Gas without compensation: DN15-DN25–1.5%, DN32-DN200–1.0%, DN250-DN300–1.5%
Range Ratio	Gas density:1.2kg/m3, Range ratio: 8:1
Medium Temperature	-20°C ~ +150°C、-20°C ~ +260°C、-20°C ~ +300°C
Output signal	4-20mA
Frequency	RS485 communication (Modbus RTU)
Power supply	24VDC±5% Li battery(3.6VDC)
Ingress protection	IP65
Body Materials	Stainless shell
Display	128*64 dot matrix LCD

Stainless steel vortex flowmeter product features

• 1. High accuracy: High accuracy stainless steel vortex flowmeter in the measurement of the working volume of flow, almost independent of the density of the fluid, pressure, temperature, viscosity and other parameters, so it has a high degree of accuracy of the measurement, the general accuracy can be up to ± (1 ~ 1.5)%R.
• 2. Wide range: The range ratio of vortex flowmeter can be up to 1:10 or even higher, which can cover a large flow range and is suitable for a variety of industrial occasions.
• 3. Good stability: High accuracy stainless steel vortex flowmeter has a simple and sturdy structure, with no moving parts, so it is very reliable for long-term operation and low maintenance. At the same time, its output signal stability, no zero drift, easy to use with computers and other digital systems.
• 4. Strong adaptability: vortex flowmeter can simultaneously measure the flow of gases, liquids, saturated steam, superheated steam and other media, widely used. Its material is excellent, using stainless steel and other materials, can withstand high temperature and high pressure and other harsh environments.
• 5. Easy installation and maintenance: the installation and maintenance of high accuracy stainless steel vortex flowmeter is relatively simple, reducing maintenance costs.

Application Scenarios

High accuracy stainless steel vortex flowmeters are widely used in the following areas:

• 1. Industrial production: In the chemical, petroleum, metallurgy and other industries, used to measure the flow of various gases, liquids and aburi.
• 2. Energy metering: Used in the thermoelectric power industry to measure the flow of steam, natural gas and other energy sources, providing a reliable basis for energy management and economic accounting.
• 3. Environmental protection: In the field of sewage treatment and flue gas emission, it is used to measure the flow of waste liquid, sewage, flue gas and other pollutants to provide data support for environmental protection.
• 4. Conveying: In pipeline conveying, it is used for controlling, distributing and scheduling the fluid medium to ensure the safe operation and economic accounting of pipeline conveying.

High accuracy stainless steel vortex flowmeter selection

When selecting and using a high accuracy stainless steel vortex flowmeter, you need to pay attention to the following points:

• 1. Working conditions: according to the nature of the measurement medium, temperature, pressure and other working conditions to choose the appropriate vortex flowmeter models and specifications.
• 2. Installation: Install the vortex flowmeter correctly according to the instructions to ensure its measurement accuracy and stability.
• 3. Maintenance: Regular maintenance of the vortex flowmeter, check its operating status and measurement accuracy to ensure its long-term stable operation.
• 4. Seismic performance: Because the vortex flowmeter’s seismic performance is poor, so in the use of the process need to pay attention to avoid external vibration on its impact.