E+H mass flow meters and Emerson mass flow meters

The measurement principle is the same in all of them; they are all maintenance-free instruments. I found the Emerson HighAcc 1700 to be quite good to use.

To take specific operating conditions as an example, both brands offer products in the low, mid, and high-end categories. .

Based on my personal experience, I used E+H for experiments during my graduate studies, and after starting work I used High Precision for design work; the quality of both is similar, so it usually comes down to price. Clients tend to prefer Emerson’s products.

Does quality refer to precision, stability, or tolerance? In terms of design, the CMF of MICROMOTION and the older D series offer the strongest signals and the best precision assurance. The advantage of E+H is pressure loss.

This is a rather broad topic. It is recommended that if you really want to learn *something specific, ask more detailed questions. If you just want to get a general idea, you can consider the following aspects: For accuracy above 1.0.1%, Emerson’s products are recommended; the other two brands are also sufficient for meeting the requirements. In terms of lifespan and failure rate, the two brands are similar； 3. In terms of installation requirements, E+H is more suitable. To be honest, although Emerson also offers slightly curved pipes, their quality (in terms of failure rate) is inferior to that of E+H ； 4. In terms of pressure loss, E+H is superior ； 5. In terms of repeatability, e+h is better, generally within 0.02% ； 6. I’m not sure whether to raise this next question – Emerson’s transmitters have lower costs, yet their selling prices are not low. 7. In terms of environmental suitability, Emerson has more experience. In short, there are many dimensions for comparison, and even more details; generally speaking, for applications involving measurement and handover, Emerson’s products are the better choice ； In chemical processing or loading control applications, use E+H’s products ； However, a common issue with the products from these brands at present is that they have too many unnecessary designs; regardless of whether you need that function or not, you still have to pay for it.

Repeatability is also an advantage of Emerson’s products, as can be seen from aspects such as the high precision and applications in measurement transfer that you mentioned. Why is the transmitter cost for the latter two lower at Emerson? From my experience, Emerson transmitters come with more output options by default, right? Theoretically, it should be more expensive. Actually, the mass flowmeters from both companies are of good quality; we have used many of them. However, considering on-site use and annual calibration, Emerson’s models perform better.

Are there no more detailed usage experiences?