Using a sine wave filter is beneficial in order to?
Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:
The rotor loses in the permanent magnet motor compared to an asynchronous motor are?
Under which conditions is it beneficial to use a permanent magnet motor?
Test results
Congratulations. You have passed the test and completed the 83 - SPE submersible pump
Achieved badges:
Q: Using a sine wave filter is beneficial in order to?
A: Increase motor lifetime
Q: Using a sine wave filter is beneficial in order to?
A: Decrease voltage losses in cables
Q: Using a sine wave filter is beneficial in order to?
A: Use smaller cables
Q: Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:
A: 40 C
Q: Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:
A: 50 C
Q: Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:
A: 60 C
Q: The rotor loses in the permanent magnet motor compared to an asynchronous motor are?
A: Bigger
Q: The rotor loses in the permanent magnet motor compared to an asynchronous motor are?
A: Pretty similar
Q: The rotor loses in the permanent magnet motor compared to an asynchronous motor are?
A: Close to zero
Q: Under which conditions is it beneficial to use a permanent magnet motor?
A: In small boreholes
Q: Under which conditions is it beneficial to use a permanent magnet motor?
A: In applications where pumps operate many hours every day with a varying demand
Q: Under which conditions is it beneficial to use a permanent magnet motor?
A: In case of many start/stops