Examples of 'rotor can' in a sentence
Meaning of "rotor can"
rotor can - This phrase is often used in engineering or mechanical contexts to refer to the ability of a rotor to perform a specific function or task
How to use "rotor can" in a sentence
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rotor can
The rotor can advantageously be horizontally oriented.
The centre of gravity of the rotor can be in a fixed position.
The rotor can also present breakers.
In particular icing on the helicopter rotor can be very dangerous.
A spinning rotor can cause serious injury if touched.
The risk of introducing swarf into the rotor can also be reduced.
The rotor can then roll without sliding.
This in turn means that the rotor can be of a more durable design.
The rotor can be internal or external.
In a preferred embodiment the rotor can also turn in the tilt direction.
The rotor can be provided with a permanent magnet.
One problem it overcomes is that the rotor can be made readily removable.
The rotor can also be multipolar.
Any accidental reversal of the direction of rotation of the rotor can thus be avoided.
Likewise the rotor can comprise a plurality of poles.
See also
Thus overloading of the bearing and destabilization of the rotor can be prevented effectively.
This rotor can also be used in a synchronous motor.
In the motor according to the invention the rotor can comprise a magnetization winding.
The rotor can be a segmented structure.
The substrates are then removed so that the rotor can rotate freely.
The rotor can spin freely inside the stator.
Further mechanical structures of the rotor can also contribute to producing a latching moment.
The rotor can for example be a sphere or a revolution cylinder.
The rotational position of the rotor can be detected with the extension portions.
The rotor can be manufactured of a sheet pack or an integral piece.
Turn the clamping nut until the rotor can be lifted up from the motor shaft.
The rotor can rotate about a vertical axis of rotation.
A version for higher air velocities with a reinforced rotor can be ordered for an additional charge.
The generator rotor can thus be produced at a reduced cost.
The advantages in using an eccentric rotor can be as follows,.
The rotor can also be magnetized with permanent magnets.
Means for retaining the magnet to the rotor can then be put back into place.
The rotor can rotate freely and is connected to the movement.
When removing the part B the rotor can be easily removed.
A fourth rotor can be advantageously placed next to the third rotor.
According to the invention, this rotor can be of varying design.
Each rotor can naturally also rotate in the opposite direction.
Furthermore, the positioning of an abutment mechanism on a rotor can sometimes be difficult.
The rotor can be of any type suited for this purpose.
In addition, the entire length of the rotor can be used effectively.
The rotor can be either of the wound type or the cage type.
With this arrangement, the construction of the rotor can be extraordinarily simple.
The rotor can have different configurations depending on the product requirements.
Alternatively, the rotor can be a complete cylinder.
The rotor can be manually rotated in order to vary the resistor behavior accordingly.
As a variant, the rotor can have projecting poles.
The rotor can therefore be finished after the aluminium overmoulding operation without requiring machining.
However, in certain applications, the rotor can be shrunk directly on the rotation shaft.
Each rotor can have a unique power rating relative to its swept área.
The solids which accumulate in the rotor can be discharged at pre-established intervals.
