- The current tracking technology of excitation ensures a homogeneous magnetic field of current coil
Self -checking assures a reliable loop of excitation
- Explosion-proof Technology fits the flowmeter into special environments
- User-friendly interface
- Easy to set up
- LCD interface - high-quality display and free from light effect
- Monitor the conditions of current coil of excitation and electrode signal in real time
- Monitor the operating conditions of communication ports in real time
- Granular noise eliminating calculation avoids medium interference
- Anti-interference technology can efficiently eleminate the noise of external power supply
Magnetic flowmeters use Faraday’s Law of Electromagnetic Induction to determine the flow of liquid in a pipe. In a magnetic flowmeter, a magnetic field is generated and channeled into the liquid flowing through the pipe. Following Faraday’s Law, flow of a conductive liquid through the magnetic field will cause a voltage signal to be sensed by electrodes located on the flow tube walls. When the fluid moves faster, more voltage is generated. Faraday’s Law states that the voltage generated is proportional to the movement of the flowing liquid. The electronic transmitter processes the voltage signal to determine liquid flow.
In contrast with many other flowmeter technologies, magnetic flowmeter technology produces signals that are linear with flow. As such, the turndown associated with magnetic flowmeters can approach 20:1 or better without sacrificing accuracy.