FGT think your best choice in the future
System Integration Designers in FGT
FGT think your best choice in the future
System Integration Designers in FGT
Let's get straight to the point to avoid you choosing the wrong equipment and wasting money 👇 👉 For "precise control" of gas or oxygen → Select "flow rate..."
This is a very good question, because many people actually think of MFC as just a "more advanced flow meter," but its essence is...
This is a pain point that every field engineer will inevitably encounter 😅 I'll use a "quick troubleshooting process + common causes and corresponding solutions" to...
Good question, this is a frequently asked question 👍 I'll explain it from both a simple and a technical perspective for better understanding. Simply put…
Understanding how to select the most suitable flow meter model based on the medium is crucial for improving industrial measurement accuracy. Whether it's water, gas, or steam, choosing the right flow meter can significantly improve production efficiency and accuracy. For example, FMG-E or FMG-C electromagnetic flow meters are suitable for water and conductive liquids, while the TMFC series mass flow controllers (MFC) are recommended for precise gas control. For environments requiring non-stop installation, UFMA clamp-on ultrasonic flow meters are ideal, while FVF vortex flow meters should be selected for steam and high-pressure conditions. These flow meter models ensure accurate and stable flow measurement in industrial environments. Choosing the right flow meter model helps you solve challenges in various operating conditions.
Over time, flowmeters can lose accuracy! Fouling, aging, and environmental interference not only affect measurement data but can also threaten product quality and process safety. Wondering how often to calibrate your flowmeter? Which testing method is most accurate? This article explains the differences between on-site calibration, standard fluid testing, zero-point calibration, and factory calibration. It also provides optimal flowmeter calibration cycles and maintenance for industries like food, chemical, water treatment, and semiconductors, extending equipment life, reducing the risk of failure, and ensuring consistently stable and reliable measurement data.
In the context of globalization, the demand for flow meters is increasing, and all walks of life have put forward requirements for the accuracy and reliability of flow measurement...
FGT releases [TMFM5000 mass flow meter] flow range: from the minimum flow rate of 10 sccm (standard cubic centimeters per minute) to 1200SLM (standard liters per minute). This means that it can be used for measurements from very small flows to relatively large flows
Want to know how to choose a flow meter? Which flow meter should be used for different fluids (gas, liquid, oil)? How to choose suitable equipment for high temperature, high pressure and viscous fluid? From type comparison, pipe diameter specifications, connection methods to electrical output, we can help you quickly find the most suitable flow meter type! Different types of flow meters are suitable for different application scenarios. For example, the electromagnetic type is suitable for conductive liquids, and the turbine type is suitable for oil and clean water. Ensure you choose the most appropriate flow meter with a detailed specification comparison to improve measurement accuracy and extend equipment life.
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