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Lenze EVF9324 - Page 456

Lenze EVF9324
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Appendix
Index
13
13.2
13.2-3
EDSVF9333V EN 1.0-09/2004
I
Imax limit in motor mode, 6.6-12 , 8.2-27 , 8.2-50 , 8.3-4
- in generator mode, 6.6-12 , 8.2-27 , 8.2-50 , 8.3-4
Incremental encoder
- at X8, 5.11-2 , 6.7-2
- at X9, 5.11-3 , 6.7-2
- operation with, 8.2-58
- with HTL level, 5.11-3 , 6.7-2
- with TTL level, 5.11-2 , 6.7-2
Initial switch-on, check before initial switch-on, 6.1-1
Input signals
- Analog, Configuration, 6.5-4
- digital, Configuration, 6.5-1
Inputs
- digital, Response times, 6.5-1
- KTY, 6.6-10
- PTC, 6 .6-8
Installation
- Mechanical, ”Cold plate” technique, 4.1-3 , 4.2-4
- mechanical
Thermally separated mounting (push-through technique)
15 ... 30 kW, 4.2-3
Thermally separated mounting (push-through technique)
45 ... 55 kW, 4.3-3
Thermally separated mounting (push-through technique)
75 ... 90 kW, 4.4-3
Installation height, 3.1-1
- Reduce rated current, 3.1-1
Insulation resistance, 3.1-2
Interferences, eliminating EMC interferences, 5.2-6
Internal motor control
- V/f characteristic control (MCTRL1), setting of V/f
characteristic, 8.2-33
-withvectorcontrol(MCTRL2)
torque control with speed limitation, 8.2-63
torque limitation, 8.2-60
Internal motor control (MCTRL)
- inhibiting the direction of rotation, 8.2-47 , 8.2-75
- limiting output current, 8.2-62
- limiting speed setpoint, 8.2-33 , 8.2-57
- limiting the output current, 8.2-35
- quick stop (QSP), 8.2-40 , 8.2-68
- speed control, 8.2-34 , 8.2-58
- speed setpoint selection, 8.2-33 , 8.2-57
- with vector control (MCTRL2), 8.2-48
J
JOG setpoint, 8.3-5
Jumper X3, for input range of analog setpoint selection,
5.9-8
K
Keypad EMZ9371BC, Changing parameters, 7.2-5 , 7.2-7 ,
7.2-8 , 7.2-9 , 7.2-10
KTY motor monitoring, 6.6-10
L
Labelling, controller, 1.2-1
LED display, 9.2-1
LED’s, 9.2-1
Legal regulations, 1.2-1
Liability, 1.2-2
M
Mains connection, 5.2-1 , 5.4-4 , 5.5-4 , 5.6-4 , 5.7-4
Mains supply, 3.5-2
Maloperation of the drive, 9.4-1
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
Maximum speed, 6.10-1 , 8.2-26 , 8.2-49 , 8.3-3
Mechanical installation
- ”Cold plate” technique, 4.1-3 , 4.2-4
- Cold plate technique, Requirements of the cooler, 4.1-3 ,
4.2-4
- Thermally separated mounting (push-through technique)
15 ... 30 kW, 4.2-3
- Thermally separated mounting (push-through technique)
45 ... 55 kW, 4.3-3
- Thermally separated mounting (push-through technique)
75 ... 90 kW, 4.4-3
Menu structure, XT EMZ9371BC keypad, 7.2-12
Minimum speed, 6.10-1 , 8.2-26 , 8.2-49 , 8.3-3
Monitoring, of safe standstill with PLC, 11.4-2
Motor, thermal monitoring, with PTC thermistor, 6.6-8 ,
6.6-10
Motor cable, influence of the length, 5.1-3
Motor cables, 5.2-1
Motor cos phi, 6.6-2 , 6.6-14 , 6.8-9 , 8.2-52 , 8.3-9
Motor data, identification, 6.6-13
Motor data collection, 6.6-13
Motor leakage inductance, 8.2-52 , 8.3-9

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