Portable open channel flowmeter manufacturer | Ultrasonic open channel flowmeter that can meet the requirements of liquid level comparison error

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1. Introduction to Ten Basic Weir Types for Portable Open Channel Flow Meter Comparison

Introduction to Ten Basic Weir Types for Portable Open Channel Flow Meter Comparison: Triangle Weir: Introduction: Triangle Weir ensures the accuracy of flow measurement with its unique triangular structure. Its structure is simple, easy to install and maintain, and suitable for various measurement environments. Application scenario: Commonly used in open channels where accurate flow measurement is required, especially under stable water flow conditions. Rectangular Weir: Introduction: Rectangular weirs are suitable for flow measurement in rectangular channels and have stable water flow characteristics. Its structure is standardized and its measurement accuracy is high. Application scenario: Widely used in rectangular channel flow measurement for agricultural irrigation, urban drainage, and other purposes. Equal width weir: Introduction: The characteristic of equal width weir is that the width of the weir mouth is equal to the width of the channel. This design makes the water flow smoother when passing through the weir mouth, which is conducive to accurate measurement of flow rate. Application scenario: Suitable for flow measurement in channels of equal width, such as certain specific industrial wastewater discharge channels. Rectangular Wide Top Weir: Introduction: The rectangular wide top weir has a wider top, which can accommodate larger water flows and provide stable measurement results. Its structure is sturdy and suitable for situations with high flow rates. Application scenario: Commonly used in large-scale water conservancy projects, hydropower stations, and other situations that require measurement of large flow ra

Portable open channel flowmeter manufacturer
tes. Circular edge wide top weir: Introduction: The top of the circular edge wide top weir is circular, which helps reduce water flow disturbance and improve measurement accuracy. Its structure is elegant and its measurement performance is stable. Application scenario: Suitable for situations that require high measurement accuracy, such as scientific research experiments, environmental monitoring, etc. Triangular profile weir: Introduction: The profile of a triangular profile weir is triangular, which allows the water flow to form a stable and upright flow state when passing through the weir mouth, facilitating accurate measurement of flow rate. Application scenario: Commonly used in channels of specific shapes, such as triangular channels or situations that require special measurement requirements. Flat V-shaped weir: Introduction: The characteristic of a flat V-shaped weir is that the weir surface is flat and the shape is V-shaped. This design allows the water flow to quickly spread when passing through the weir, making it suitable for measuring small flow rates. Application scenario: Commonly used in small-scale water conservancy projects, farmland irrigation, and other situations where small flow measurements are required. Bacher trough: Introduction: Bacher trough is a specially designed weir trough with unique contraction and diffusion sections that can adapt to different water flow conditions. It has high measurement accuracy and is widely used in flow measurement. Application scenario: Commonly used in urban drainage, industrial wastewater discharge, and other situations where accurate flow measurement is required. No throat groove: Introduction: The design of a no throat groove does not have a clear throat secti

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