Liquid turbine flowmeter

LWGY series liquid turbine flowmeter

Suitable for industries such as hygiene, food, pharmaceuticals, fine chemicals, and petroleum.

High repeatability accuracy, short-term repeatability can reach 0.05% to 0.15%;

High measurement accuracy, up to 0.2 level;

Wide application range, suitable for caliber from DN4 to DN300;

It has multiple signal output forms such as pulse frequency and 4-20mA current, and is equipped with various communication interfaces such as RS485 and HART;

The product can not only display volumetric flow rate, but also display mass flow rate by setting the density of the measured medium;

Product Overview

The LWGY series liquid turbine flowmeter is a velocity type flow meter based on the principle of conservation of momentum. The fluid impacts the turbine blades to rotate the turbine, and the rotational speed of the turbine changes with the flow rate. The flow rate value is finally calculated from the number of revolutions of the turbine.

The LWGY series turbine flowmeter is an optimized design based on advanced technology experience of flow meters at home and abroad. It has a simple structure, lightweight, high accuracy, and high repeatability, and is particularly suitable for industries such as hygiene, food, pharmaceuticals, fine chemicals, and petroleum.

It can measure impurities free, low viscosity (with a kinematic viscosity below 10mm?/s), and has no strong corrosive liquids. The explosion-proof type can be directly installed in flammable and explosive places, including Zone 1 and Zone 2 explosive gas hazardous environments.

Product Features

High repeatability accuracy, short-term repeatability can reach 0.05% to 0.15%;

High measurement accuracy, up to 0.2 level;

Wide application range, suitable for caliber from DN4 to DN300;

It has multiple signal output forms such as pulse frequency and 4-20mA current, and is equipped with various communication interfaces such as RS485 and HART;

The product can not only display volumetric flow rate, but also display mass flow rate by setting the density of the measured medium;