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Electrical connection
8.3 System integration
7. Carefully note that each rotor movement with respect to the stator - and vice versa -
results in a voltage being induced at the stator segment power connections.
8. Ensure that the conductor ends are open circuit so that you do not create a short-circuit.
9. Rotate the master drive with one stator segment at the control panel.
10.Measure the remaining stator segments of the master drive and all stator segments of the
slave drives one after the other.
11.For the master drive, open the circuit breaker of the first stator segment and close the
circuit breaker of the second stator segment.
12.Rotate the master drive with one stator segment at the control panel.
13.Measure the first stator segment of the master drive.
If one stator segment is not sufficient to move the drive, then select the following procedure.
With this procedure, use all stator segments of the master drive to move the drive.
1. Activate the master drive and deactivate the slave drives (e.g. p840 = 0).
2. Open all circuit breakers of the slave drives.
3. If necessary, disconnect all stator segments of the slave drives.
4. Carefully note that each rotor movement with respect to the stator - and vice versa -
results in a voltage being induced at the stator segment power connections.
5. Ensure that the conductor ends are open circuit so that you do not create a short-circuit.
6. Rotate the master drive with all stator segments at the control panel.
7. Measure all stator segments of the slave drives one after the other.
8. Reconnect all slave drives.
9. Close all circuit breakers of the slave drives.
10.Open all circuit breakers of the master drive.
11.Disconnect the master drive.
12.Rotate the slave drive from the control panel and measure the stator segments of the
master drive.
13.Measure all stator segments of the master drive one after the other.
160
1FW68 radial segment motors
Configuration Manual, 04/2017, 6SN1197-0AE02-0BP1
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