SUPMEA SUP-LUGB-C

Intelligent anti-vibration vortex flowmeter

Description

SUPMEA SUP‑LUGB‑C Intelligent Anti‑Vibration Vortex Flowmeter

The SUPMEA SUP‑LUGB‑C Intelligent Anti‑Vibration Vortex Flowmeter combines the renowned Kármán vortex principle with intelligent signal processing and anti-vibration design.
Built to excel in industrial pipelines, it delivers reliable measurement of steam, gas, and low-viscosity liquids—especially where mechanical interference or vibration could otherwise distort readings.

The SUP-LUGB-C vortex flow meter is a kind of velocity flow meter, which is designed based on the research and design of the Karman vortex principle. It is mainly used for flow measurement of medium fluid in industrial pipelines, such as gas, steam, or liquid, and other media. Flow control and metering.
The LUGB vortex flow meter can realize the following functions according to different types: measure the temperature, pressure, instantaneous flow, and cumulative flow of the industrial pipeline medium fluid, and has pulse output, (4~20)mA analog signal output, RS485 communication (Modbus RTU protocol), IoT GPRS and other functions.

Characteristics

Pipe diameter: DN15-DN300
Accuracy:Flow: ±1%R,±1.5%R; plug-in type: ±2.5%R
Range Ratio: 1:8
Ingress protection: IP65

Features

Ability to measure flow accurately and reliably.
The main body of the product has no moving parts, high reliability, long-term stability, simple structure and easy maintenance;
The output of the sensor is pulse frequency, its frequency is linear with the actual flow rate of the measured fluid, the zero point has no drift, and the performance is very stable.
Various structural forms, including pipeline type, insertion type flow sensor and other forms;
High accuracy, the measurement accuracy of conventional liquid is ± 1.0%; the measurement accuracy of gas is ± 1.5%;
The pressure loss is small (about 1/4~1/2 of the orifice flow meter), which belongs to the energy-saving flow meter;
The installation method is flexible, and it can be installed horizontally, vertically or inclined at different angles according to the different process pipelines on site;
The circuit adopts multiple protection modes, anti-surge and strong adaptability;
The high-precision probe adopts the piezoelectric wafer vortex sensor, and the signal is stable.