Question 1 of 4
Intermediate

Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:

Question 2 of 4
Intermediate

By how much is the motor efficiency increased with a MS6000P permanent magnet motor compared to a standard asynchronous motor?

Question 3 of 4
Intermediate

Using a sine wave filter is beneficial in order to?

Question 4 of 4
Intermediate

What does FKM rubber offer?

Question 4 of 4
Intermediate

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1: Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:
1: Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:
1: Compared to the MS6000, the permanent magnet MS6000P can be used for media temperatures up to:
60 C
2: By how much is the motor efficiency increased with a MS6000P permanent magnet motor compared to a standard asynchronous motor?
2: By how much is the motor efficiency increased with a MS6000P permanent magnet motor compared to a standard asynchronous motor?
2: By how much is the motor efficiency increased with a MS6000P permanent magnet motor compared to a standard asynchronous motor?
10%
3: Using a sine wave filter is beneficial in order to?
Increase motor lifetime
3: Using a sine wave filter is beneficial in order to?
Decrease voltage losses in cables
You can find the answer here >
3: Using a sine wave filter is beneficial in order to?
4: What does FKM rubber offer?
It offers increased resistance to hydrocarbons
4: What does FKM rubber offer?
It eliminated the need for induction current
You can find the answer here >
4: What does FKM rubber offer?
There's nothing called FKM rubber
You can find the answer here >