What industries are best suited for electromagnetic flow meters?
Magnetic flow meters can work in almost any water-based use case, but they provide special value in a few specific industries: Magnetic flow meters can work in almost any water-based use case, but they provide special value in a few specific industries, especially in Agriculture. Mag meters are a favorite in this industry as they support irrigation projects; the fact that they include no moving parts means they work reliably in the field with no oversight or preventive maintenance needed.
What is the accuracy of McCrometer mag meters?
Depending upon the product, it may vary. Our Ultra Mag and our FPI Mag offer up to ±0.5%. Our Dura Mag offers up to ±1%, and our SPI Mag, McMag 3000 and McMag 2000 offer up to ±2%. With extra calibration, the McMag 3000 can provide up to ±1% accuracy.
Does debris affect electromagnetic flow meters?
Electromagnetic flow meters are generally resistant to debris due to their design. They can handle suspended solids or debris if the particles do not obstruct the flow sensor electrodes. Larger particles or excessive debris can potentially interfere with the measurement accuracy, necessitating periodic maintenance to ensure optimal performance in challenging environments. Read further in our blog post about deciding which differential pressure meter type is right for you.
What is the difference between the McMag 2000 and the McMag 3000?
Although the names may be similar, each mag meter has a unique construction and design, as well as different product specs and value-rich features that different customers favor. While the McMag3000 is slightly more accurate, the McMag2000 offers convenience and is DIY retrofit-capable for customers wanting to make the change from the saddle-style McPropeller to a “no moving parts” meter.
What else do I need to know about electromagnetic flow meters?
It’s easy to see why mag meters are a lot of engineers’ favorite flow meters, but they’re not perfect for every setting. Electromagnetic meters are best suited for fluids with a conductivity that is 20 ohm/cm or higher. That means they’re not the best for low-velocity applications such as petroleum-based fluids.