Lenze ELCAMZIxxx4SNNPSNN (LCU122) - Manual (Page 146)

Commissioning
Code table
8

146 EDSLCMX3024-SPS EN 5.0
IMPORTANT Possible settings Code
Selection Lenze Designation No.
C0002

uSEr
(Cont.)
Saving own setting 9 PAR1 Ö Own setting You can store your own setting
for the parameters of the
standard device (e.g. delivery
condition of your machine):
1. Check that parameter set 1 is
active
2. Inhibit controller
3. Set C0003 = 3, confirm with

4. Set C0002 = 9, confirm with
 , your own setting is
stored
5. Set C0003 = 1, confirm with

6. Enable controller
Loading/copying
own setting
5 Own setting ÖPAR1 Restore your own setting in the
selected parameter set
6 Own setting ÖPAR2
7 Own setting ÖPAR3
8 Own setting ÖPAR4
10 ... 14 Without function
20
Without function
C0003
 Saving parameters
non-volatilely
1 0 Do not save parameters in the EEPROM Data loss after mains
disconnection
1 Always save parameters in the EEPROM z Active after every mains
connection
z
Cyclical altering of
parameters via bus module is
not permitted
3 Save own setting in the EEPROM Afterwards save parameter set 1
via C0002 = 9 as your own
setting
C0004 Bar graph display 54 1 {code no.} 989 z After mains connection, the
bar graph display shows the
selected value in %
z Range -180 % ... +180 %
54 Apparent current of motor 1 (C0054)
C0005
 Fixed input signal
configuration
0 Code is individually adjustable in
four parameter sets
0 All digital input signals arrive from the
connections X41 and X42
Sets C0410/x = Lenze setting
200 The digital control signals arrive from the
PROFIBUS with a fixed assignment
Sets C0410/x = 200
255 Freely configurable mixed mode: the
digital control signals arrive from the
connections X41/X42 and from the
PROFIBUS
C0410/x has been freely
configured
C0006

uSEr LCD display
language
0 0 English
1 German
2 Spanish
C0012
uSEr Acceleration time 0.00 {0.01 s} 3.00 Time for the change in voltage
U
0
... U
mains
1 Motor 1 0.50
2 Motor 2 0.50
C0013 Deceleration time 0.00 {0.01 s} 3.00 Time for the change in voltage
U
mains
... 0 V
1 Motor 1 0.50
2 Motor 2 0.50