Micro vortex flowmeter

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1. The intelligent micro Karman vortex flowmeter can measure 1-150L/min instead of imported

The intelligent micro Karman vortex flowmeter can indeed replace imported products and be used to measure a flow rate of 1150L/min. Here are several key points about this flowmeter: Accurate measurement range: The intelligent micro Karman vortex flowmeter can accurately measure flow within the range of 1150L/min, meeting the needs of various application scenarios. Replacing imported products: With its excellent performance and stability, this flowmeter is gradually replacing similar imported products and becoming the preferred solution in the market. Advanced working principle: By capturing the vortex vibration frequency formed by the lead recovery fluid passing through the triangular cylindrical vortex generator, converting it into an electrical signal, and processing the signal, the accurate flow velocity and flow rate of the fluid are obtained. Compact and portable design: With a compact size and lightweight design, it is easy to carry and install, suitable for various pipeline sizes. Humanized operation interface: Real time display of instantaneous flow value, pipe diameter, temperature and other information, and provide multiple output options for users to set and monitor conveniently. At the same time, the design of the alarm light also facilitates users to promptly detect and remove any abnormal situations.

2. How to measure steam flow?

Steam flow rate=flow velocity x cross-sectional area x density. The steam density is determined based on the steam temperature and pressure, and the cross-sectional area is calculated based on the pipe diameter. The steam flow rate is generally required to be betwe

en 5-50m/s to calculate the steam flow rate. According to pressure and temperature, various types of steam are classified as saturated steam and superheated steam. Additional information: The main uses of steam are: heating/humidification; Generate power; As a driver. Steam 1 used for heating or humidification, positive pressure steam refers to steam with a pressure of 0.1-5 MPa and a temperature of 110-250 ℃. This is the most representative use of steam in industry. Widely used in equipment such as heat exchangers and steam boxes for heating and humidification. In most cases, the steam used is in a saturated state, that is, saturated steam. Because the correspondence between pressure and temperature remains fixed, it can be rapidly heated using the latent heat of steam. In the food processing industry, superheated steam is sometimes used for cooking, drying, and dehydration. Superheated steam is very easy to control when heated to 200-800 ℃ under normal pressure, so it is used in todays household steam oven market. 2. Negative pressure steam refers to steam with a pressure lower than atmospheric pressure and a temperature lower than 100 ℃. The application of this steam has developed rapidly. When negative pressure saturated steam is used like positive pressure steam, the temperature of the steam can be quickly changed by adjusting the air pressure, making accurate temperature control possible, which hot water cannot achieve. However, negative pressure steam equipment must be equipped with a vacuum pump, as simply reducing the air pressure will not make it lower than atmospheric pressure. Steam used for power or propulsion can also be used to do work (such as as as power), for steam turbines, etc. An example that most pe

1. The intelligent micro Karman vortex flowmeter can measure 1-150L/min instead of imported

2. How to measure steam flow?

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