Lenze 9300 vector - Page 461

Appendix
Index
14
14.2

14.2−4
EDSVF9383V EN 6.0−11/2009
Interferences, eliminating EMC interferences, 5.2−6
Internal motor control
− V/f characteristic control (MCTRL1), setting of V/f
characteristic, 8.2−31
− with vector control (MCTRL2)
torque control with speed limitation, 8.2−53
torque limitation, 8.2−50
Internal motor control (MCTRL)
− inhibiting the direction of rotation, 8.2−39 , 8.2−61
− limiting output current, 8.2−52
− limiting the output current, 8.2−32
− limiting the speed setpoint, 8.2−31 , 8.2−47
− quick stop (QSP), 8.2−33 , 8.2−54
− speed control, 8.2−31 , 8.2−48
− speed setpoint selection, 8.2−31 , 8.2−47
− with vector control (MCTRL2), 8.2−40
J
JOG setpoint, 8.5−6
Jumper X3, for input range of analog setpoint selection,
5.5−9
K
Keypad EMZ9371BC, Changing parameters, 7.2−4 , 7.2−6 ,
7.2−9
KTY motor monitoring, 6.6−11
L
Labelling, controller, 1.2−1
LED display, 9.2−1
Legal regulations, 1.2−1
Liability, 1.2−2
Light−emitting diodes, 9.2−1
M
Mains cable, Selection of, 3.7−3
Mains connection, 5.2−1
− fuses for the, 5.3−3 , 5.3−4 , 5.4−7 , 5.4−8
mains connection, cable cross−sections for the, 5.3−3 ,
5.3−4 , 5.4−7 , 5.4−8
Mains supply, 3.7−1 , 10.4−1
Manufacturer, 1.2−1
Master frequency input (DFIN), 8.2−5
Master frequency output (DFOUT), 8.2−8
Master frequency processing (DFSET), 8.2−18
Master frequency ramp−function generator
(DFRFG1), 8.2−13
Master/slave
− Connecting control cables between the devices, 5.4−5
− installing the DC busbars, 5.4−4
Maximum speed, 6.10−1 , 8.2−26 , 8.2−41 , 8.5−3
Menu structure, XT EMZ9371BC keypad, 7.2−11
Message, 8.3−1
Minimum speed, 6.10−1 , 8.2−26 , 8.2−41 , 8.5−3
Monitoring, 8.3−1
− bus off, 8.3−2
− configuring, 8.4−1
− Current load of controller, Ixt monitoring, 8.3−4
− DC−bus voltage, 8.3−7
− Earth fault in motor cable (OC2), 8.3−3
− Exceeding of the maximum speed (NMAX), 8.3−3
− External error (EEr), 8.3−7
− Failure of a motor phase (LP1), 8.3−4
− Heatsink temperature, 8.3−6
− Monitoring times for process data input objects, 8.3−2
− motor cable overcurrent (OC1), 8.3−3
− motor temperature, 8.3−5
− overload acceleration, deceleration (OC3), 8.3−3
− possible responses, 8.4−1
− reset node, 8.3−2
− responses, 8.3−1
message, 8.3−1
TRIP, 8.3−1
warning, 8.3−1
Monitoring functions
− Overview, 8.4−1
− responses, 8.3−1
Monitoring times for process data input objects, 8.3−2
Motor, thermal monitoring, with PTC thermistor, 6.6−9 ,
6.6−11
Motor cable, 5.2−2
− length, 3.1−2
− Selection of, 3.7−3
− shielding, 5.3−7 , 5.4−12
Motor cable overcurrent (OC1), 8.3−3
Motor connection, 5.4−13
Motor cos phi, 6.6−2 , 6.6−17 , 6.8−9 , 8.2−44 , 8.5−10
Motor data, identification, 6.6−16
Motor data collection, 6.6−16
Motor leakage inductance, 8.5−9
Motor magnetising current, optimising in case of vector
control, 6.11−9
Motor potentiometer
− acceleration time Tir, 8.5−21
− deceleration time Tif, 8.5−21
efesotomasyon.com - Lenze