Manual
37
To eliminate angular misalignment, you need to correct the angle of the rotation axis of the moveable
machine with the help of spacers with the values from the bolt corrective value window.
Do not change the lateral position of the moveable machine when adjusting the spacers.
9-3 plane Live Alignment
To start the 9-3 plane Live Alignment, the sensors should be located in the 9 or 3
o’clock position. If you
need to rotate the shafts, pause the Live Alignment and continue it by pressing
. Do not forget to enter
the angle manually. After a short notification, the Live Alignment should be enabled for the required plane.
(indicated by a blinking checkbox in the headline of the plane). Loosen the machine bases and start the
adjustment with the help of the calculated corrective values in the 9-3 plane.
6-12 plane Live Alignment
To start the 6-12 plane Live Alignment, the sensors should be located in the 6 or 12
o’clock position
If you need to ro
tate the shafts, proceed as described in the “9-3 plane Live Alignment”. The 6-12 plane
should be enabled for the Live Alignment now. Loosen the machine bases now and align the moveable
machine in the 6-12 plane.
Biaxial Live Alignment
The biaxial Live Alignment process does almost take place as the horizontal or vertical alignment. The
only difference is that the sensors do not need to be in a predefined position. Nevertheless, it is
recommended to place the sensors at an angle of about 45° (45°, 135°, 225°, 315°), to avoid
measurement errors.
angular
Angular misalignment
(Gap)
Y-values
Measurement unit
Dial with graphically
displayed angles
Parallel misalignment
(Offset)
A field for the manual entry of angles appears
after pressing
.
