Flow sensor U150 type

Flow sensor U100 type

Product Introduction:

When fluid flows through the probe, a high-pressure zone is created in its front, and the pressure in the high-pressure distribution zone is slightly higher than that in the pipelineThe static pressure. According to BernoulliThe principle of the Li equation states that as the fluid flows through the probe, its velocity increases, creating a low-pressure distribution area at the back of the probe. The pressure in the low-pressure distribution area is slightly lower than the static pressure in the pipeline. After the fluid flows through the probe, a partial vacuum is generated at the back of the probe, and vortices appear on both sides of the probe. The cross-sectional shape of the average velocity flow probe. The surface roughness and the position of the low-pressure tapping hole are key factors determining the performance of the probe. The stability and accuracy of low-voltage signals play a decisive role in the accuracy and performance of the uniform velocity probe. The Weiliba average velocity flow probe can accurately detect the average differential pressure generated by the average velocity of the fluid. The Weiliba average velocity flow probe has multiple pairs of pressure tapping holes arranged according to certain criteria in the high and low pressure areas, making it possible to accurately detect the average flow velocity.

Introduction to U100 Flow Sensor：

U100 is an economical power bar probe, characterized by a simple structure. U110 is a reinforced version of U100, with a basic structureSame as U100, onlyCompared to U100, U110 has added a reverse support seat. When the flow rate or pipe diameter is large, U110 double-sided support universal type can be selected. U110 is particularly suitable for measuring cold air with pipe diameter not exceeding 1800mm.

Application scope:

U100/U110 are commonly used for measuring air, water, and other non hazardous gases and liquids at room temperature and pressure.

ANSI standard:

ANSI300 # standard, 2.9Mpa@369 ℃， 5.1Mpa@38 ℃

Introduction to flow sensor U150 type:

The U150 spring locking type belongs to the spring locking structure, which can withstand larger flow rates and does not requireInstall the reverse support base,Especially suitable for harsh on-site environments. The spring locking system can always seal well after multiple loading and unloading, improving the safety and reliability of measurement, especially for low-pressure steam flow measurement of medium steam. However, installation and maintenance can only be carried out during shutdown. Application scope: U150 is usually used for measuring air, water, steam, and other non flammable and explosive gases and liquids with a temperature not exceeding 300 ℃ and a pressure not exceeding 3.0Mpa.

ANSI standard:

ANSI600 # standard, 9.9Mpa@38 ℃， 5.8Mpa@396.0 ℃