Hala Helmi
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Looking for any insight on a formula that can be used to calculate the load using a magnetometer sensor for synchronous motor
The discussion centers on calculating the load of a synchronous motor using a magnetometer sensor. The load is directly proportional to the angle between the rotor poles and the rotating magnetic field in the stator, expressed as a phase difference. The formula for power is defined as P = Pmaxsin(θ), where Pmax is a constant influenced by grid details, load, wiring, and voltages. While measuring the rotor angle with a magnetometer is theoretically possible, alternative methods such as measuring voltage and current are recommended for ease of implementation.
PREREQUISITESElectrical engineers, motor control specialists, and anyone involved in the design and optimization of synchronous motors using magnetic field sensors.
yes, it can measure the directionanorlunda said:Where is your magnetometer mounted?
Can it measure direction?
Hi @anorlunda, I just want to check if I have a synchronous servo motor is this will make any differenceanorlunda said:Synchronous motor load is proportional to the angle between the rotor poles and the rotating magnetic field in the stator. Angle can also be expressed as phase difference.
If you had a compass needle mounted on the outer perimeter of the rotor by at the pole, out would point in the direction of the rotor angle. So it it's the direction of that magnetic field, not the magnitude.
Because I want to use a magnetic field sensor to get the load, I'm unable to determine the voltage or current in this case.DaveE said:But why not measure voltage and current to estimate load. Those are much easier to deal with IMO.
https://forum.allaboutcircuits.com/...sor-for-synchronous-servo.191479/post-1793148Hala Helmi said:I want to ask about If I have accumulator sensor can It be used to detect or determine and calculate the load