Flow meter

A Practical Guide to 9 Common On-Site Installation Issues Flowmeters are indispensable instruments in modern industrial processes. Yet, many measurement inaccuracies, maintenance challenges, or even outright failures are often not due to the meter itself—but rather to improper installation practices.From insufficient straight pipe lengths for electromagnetic flowmeters, to misaligned filters in rotameters, or incorrectly oriented […]

Rotameters, as flow measurement instruments, are essential for various applications where on-site flow indication or remote alarm and measurement are required. This article outlines the selection criteria for different types of rotameters, detailing the considerations to ensure optimal performance and reliability. 1. General Guidelines for Selecting Rotameters When choosing a rotameter for applications involving small

1. Principle of Venturi Flow Measurement The Venturi flowmeter operates on the Venturi effect, a fluid dynamics phenomenon described by the Bernoulli equation.When a fluid passes through the constricted throat section of a Venturi tube, its velocity increases while the static pressure decreases, maintaining energy conservation. 2. Structure of Venturi Flowmeters A standard Venturi tube

1. Core Installation Principles 1.1 Flow Direction and Vertical Alignment The rotameter must be installed vertically, with fluid flowing from bottom to top through the tapered tube. The deviation from the vertical axis should be less than 2°. For special horizontally-installed models, ensure the measuring tube remains level, with full pipe conditions. Horizontal deviation should

The term “RJ45” is often used synonymously with Ethernet networking, but few people understand what it actually means and why this designation is so specific. To fully grasp why network ports are called RJ45, it’s essential to delve into its history, characteristics, and why it became the standard for network interfaces. What Does RJ45 Stand

Electromagnetic flowmeters are widely used in industrial processes for their accuracy, stability, and ability to measure conductive fluids. However, like all precision instruments, proper maintenance is essential to ensure long-term performance and reliability. This article outlines key maintenance tasks for electromagnetic flowmeters, including electrode cleaning, anti-corrosion care, routine inspection, and recalibration. 1. Electrode and Liner

This document continues from Part I and focuses on installation requirements for Pitot tube flowmeters in gas and steam pipelines. Proper installation is essential to ensure reliable measurement and avoid common issues such as zero drift, oscillation, and excessive deviation. 3. Installation in Gas Pipelines Optimal Position in Horizontal Pipes When gas flows through horizontal

1) Why steam flow measurement matters Steam accounts for a large share of plant energy. Choosing the right flowmeter drives accuracy, stability, and pressure/energy efficiency. This guide covers seven common meter types: Differential Pressure (DP/orifice), Vortex, Mechanical Rotary (paddle/turbine), Linear Orifice Plate, V‑Cone, Elbow (bend tube), and Averaging Pitot Tube (APT). Each section lists pros/cons,

1. Introduction In industries such as energy, chemical processing, and food production, accurate fluid measurement is critical for process control, fiscal metering, and safety compliance. The Roots flow meter, also known as the lobed gear meter, is highly regarded for its precision in measuring high-viscosity fluids. However, its mechanical accuracy must be maintained through regular

A city centralized heating system consists of four main parts: heat sources, heating networks, heat exchange stations, and various forms of heat users. This system supplies effective heat through centralized heat sources, using hot water or steam as the transmission medium via heating networks, meeting the heating demands of an entire region or city, including