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Function library
Code table
10
381
EDS82EV903   EN   3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0002
*
uSEr
(Cont.)
Transferring
parameter sets
with the
keypad
Keypad  PAR1 (+ FPAR1)
Overwrite selected parameter set
and, if required FPAR1, with the
corresponding data of the keypad
71
with function module application I/O,
INTERBUS, PROFIBUS−DP, LECOM−B,
DeviceNet/CANopen
11
with all other function modules
Keypad  PAR2 (+ FPAR1)
72
with function module application I/O,
INTERBUS, PROFIBUS−DP, LECOM−B,
DeviceNet/CANopen
12
with all other function modules
Keypad  PAR3 (+ FPAR1)
73
with function module application I/O,
INTERBUS, PROFIBUS−DP, LECOM−B,
DeviceNet/CANopen
13
with all other function modules
Keypad  PAR4 (+ FPAR1)
74
with function module application I/O,
INTERBUS, PROFIBUS−DP, LECOM−B,
DeviceNet/CANopen
14
with all other function modules
Controller  keypad
Copy all available parameter sets
(PAR1 ... PAR4, if required FPAR1)
into the keypad
80
with function module application I/O,
INTERBUS, PROFIBUS−DP, LECOM−B,
DeviceNet/CANopen
20
with all other function modules
Keypad  function module
Only overwrite the
module−specific parameter set
FPAR1 with the data of the keypad
40
only with function module INTERBUS,
PROFIBUS−DP, LECOM−B,
DeviceNet/CANopen
Function module  keypad
Only copy the module−specific
parameter set FPAR1 into the
keypad
50
only with function module INTERBUS,
PROFIBUS−DP, LECOM−B,
DeviceNet/CANopen
C0002
*
uSEr
(Cont.)
Saving your
own basic
setting
9
PAR1  own basic setting
For the parameters of the
controller you can save an own
basic setting (e.g. the delivery
status of your machine):
1. Ensure that parameter set 1 is
active
2. Inhibit controller
3. Set C0003 = 3, confirm with
4. Set C0002 = 9, confirm with
, the own basic setting is
saved
5. Set C0003 = 1, confirm with
6. Enable the controller
C0002
*
uSEr
(Cont.)
Loading/
copying the
own basic
setting
By using this function you can also
just copy PAR1 into the parameter
sets PAR2 ... PAR4
5
own basic setting  PAR1
Restore own basic setting in the
parameter set selected
6
own basic setting  PAR2
7
own basic setting  PAR3
8
own basic setting  PAR4
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Function library
Code table
10
382
EDS82EV903  EN  3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0003
*
Saving
parameters
non−volatilely
1
0
Do not save parameters in the EEPROM Data loss after mains switch−off
1
Always save parameters in the
EEPROM
Active after every mains
connection
Cyclic alteration of parameters
via bus module is not
permissible
3
Save your own basic setting in the
EEPROM
Afterwards save parameter set 1
as own basic setting with
C0002 = 9
C0004
*
Bar graph
display
56
1
{Code
no.}
989
The bar graph display shows
the selected value in % after
mains connection
Range −180 % ... +180 %
56 = device utilisation (C0056)
C0005
Fixed
configuration
of analog input
signals
0
Change of C0005 is copied into
the corresponding subcode of
C0412. Free configuration in
C0412 sets C0005 = 255!
Observe the following in case of
configurations with frequency
input:
Activate the frequency input
X3/E1, X3/E2 with C0410/24 =
1.
Delete all existing signal
connections of the digital
inputs in C0410 used by the
frequency input.
Configure frequency input with
C0425 and C0426
  328
0
Setpoint for speed control via X3/8 or
X3/1U, X3/1I
1
Setpoint for speed control via X3/8
with setpoint summation via
frequency input
2
Setpoint for speed control via
frequency input with setpoint
summation via X3/8
3
Setpoint for speed control via
frequency input, torque limitation via
X3/8 (power control)
4
Setpoint for sensorless torque control
via X3/8, speed limitation via C0011
Only active if C0014 = −5− (torque
selection)
5
Setpoint for sensorless torque control
via X3/8, speed limitation via
frequency input
6
Controlled operation; setpoint via X3/8
with digital feedback via frequency
input
7
Controlled operation, setpoint via
frequency input X3/E1 with analog
feedback via X3/8
200
All digital and analog input signals are
from the fieldbus function module on
FIF (e.g. INTERBUS, PROFIBUS−DP,
CANopen or DeviceNet)
Sets C0410/x = 200 and C0412/x
= 200
255
Free configuration in C0412
Read only
Do not change C0005 since
settings in C0412 may get lost
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Function library
Code table
10
383
EDS82EV903   EN   3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0007
uSEr
Fixed
configuration
digital inputs
Change of C0007 is copied into
the corresponding subcode of
C0410. Free configuration in
C0410 sets C0007 = 255!
  343
0
E4
E3
E2
E1
CW/CCW = clockwise
rotation/counter−clockwise
rotation
DCB = DC injection brake
QSP = quickstop
PAR = change over parameter
set (PAR1  PAR2)
–PAR1 = LOW, PAR2 = HIGH
–The terminal in PAR1 and
PAR2 has to be assigned with
the "PAR" function.
–Only use configurations with
"PAR" if C0988 = 0
TRIP−Set = external error
0
CW/CCW
DCB
JOG2/3
JOG1/3
1
CW/CCW
PAR
JOG2/3
JOG1/3
2
CW/CCW
QSP
JOG2/3
JOG1/3
3
CW/CCW
PAR
DCB
JOG1/3
4
CW/CCW
QSP
PAR
JOG1/3
5
CW/CCW
DCB
TRIP−Set
JOG1/3
6
CW/CCW
PAR
TRIP−Set
JOG1/3
7
CW/CCW
PAR
DCB
TRIP−Set
8
CW/CCW
QSP
PAR
TRIP−Set
9
CW/CCW
QSP
TRIP−Set
JOG1/3
10
CW/CCW
TRIP−Set
UP
DOWN
C0007
uSEr
(Cont.)
E4
E3
E2
E1
Selection of fixed
setpoints
JOG1/3
JOG2/3
LOW
LOW
HIGH LOW
LOW
HIGH
HIGH HIGH
Active
C0046
JOG1
JOG2
JOG3
11
CW/CCW
DCB
UP
DOWN
12
CW/CCW
PAR
UP
DOWN
13
CW/CCW
QSP
UP
DOWN
14
CCW/QSP
CW/QSP
DCB
JOG1/3
15
CCW/QSP
CW/QSP
PAR
JOG1/3
16
CCW/QSP
CW/QSP
JOG2/3
JOG1/3
17
CCW/QSP
CW/QSP
PAR
DCB
18
CCW/QSP
CW/QSP
PAR
TRIP−Set
19
CCW/QSP
CW/QSP
DCB
TRIP−Set
C0007
uSEr
(Cont.)
E4
E3
E2
E1
UP/DOWN = motor
potentiometer functions
H/Re = manual/remote
change−over
PCTRL1−I−OFF = switch off I
component of process
controller
DFIN1−ON = digital frequency
input 0 ... 10 kHz
PCTRL1−OFF = switch off
process controller
20
CCW/QSP
CW/QSP
TRIP−Set
JOG1/3
21
CCW/QSP
CW/QSP
UP
DOWN
22
CCW/QSP
CW/QSP
UP
JOG1/3
23
H/Re
CW/CCW
UP
DOWN
24
H/Re
PAR
UP
DOWN
25
H/Re
DCB
UP
DOWN
26
H/Re
JOG1/3
UP
DOWN
27
H/Re
TRIP−Set
UP
DOWN
28
JOG2/3
JOG1/3
PCTRL1−I−O
FF
DFIN1−ON
29
JOG2/3
DCB
PCTRL1−I−O
FF
DFIN1−ON
30
JOG2/3
QSP
PCTRL1−I−O
FF
DFIN1−ON
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Function library
Code table
10
384
EDS82EV903  EN  3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0007
uSEr
(Cont.)
E4
E3
E2
E1
31
DCB
QSP
PCTRL1−I−O
FF
DFIN1−ON
32
TRIP−Set
QSP
PCTRL1−I−O
FF
DFIN1−ON
33
QSP
PAR
PCTRL1−OF
F
DFIN1−ON
34
CW/QSP
CCW/QSP
PCTRL1−I−O
FF
DFIN1−ON
35
JOG2/3
JOG1/3
PAR
DFIN1−ON
36
DCB
QSP
PAR
DFIN1−ON
37
JOG1/3
QSP
PAR
DFIN1−ON
38
JOG1/3
PAR
TRIP−Set
DFIN1−ON
39
JOG2/3
JOG1/3
TRIP−Set
DFIN1−ON
40
JOG1/3
QSP
TRIP−Set
DFIN1−ON
C0007
uSEr
(Cont.)
E4
E3
E2
E1
41
JOG1/3
DCB
TRIP−Set
DFIN1−ON
42
QSP
DCB
TRIP−Set
DFIN1−ON
43
CW/CCW
QSP
TRIP−Set
DFIN1−ON
44
UP
DOWN
PAR
DFIN1−ON
45
CW/CCW
QSP
PAR
DFIN1−ON
46
H/Re
PAR
QSP
JOG1/3
47
CW/QSP
CCW/QSP
H/Re
JOG1/3
48
PCTRL1−OF
F
DCB
PCTRL1−I−O
FF
DFIN1−ON
49
PCTRL1−OF
F
JOG1/3
QSP
DFIN1−ON
50
PCTRL1−OF
F
JOG1/3
PCTRL1−I−O
FF
DFIN1−ON
51
DCB
PAR
PCTRL1−I−O
FF
DFIN1−ON
255
Free configuration in C0410
Read only
Do not change C0007 since
settings in C0410 may get lost
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Function library
Code table
10
385
EDS82EV903   EN   3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0008
Fixed
configuration −
relay output K1
(relay, motec
version 151) or
Digital
switching
output K1
(motec
versions 152,
153)
1
Change of C0008 is copied into
C0415/1. Free configuration in
C0415/1 sets C0008 = 255!
  348
0
Ready for operation (DCTRL1−RDY)
1
TRIP error message (DCTRL1−TRIP)
2
Motor is running (DCTRL1−RUN)
3
Motor is running / CW rotation
(DCTRL1−RUN−CW)
4
Motor is running / CCW rotation
(DCTRL1−RUN−CCW)
5
Output frequency = 0
(DCTRL1−NOUT=0)
6
Frequency setpoint reached
(DCTRL1−RFG1=NOUT)
7
Values have fallen below frequency
threshold Q
min
(f < C0017)
(PCTRL1−QMIN)
LOW active
8
I
max
limit reached (MCTRL1−IMAX)
C0014 = 5: torque setpoint reached
9
Overtemperature (ϑ
max
−5 °C)
(DCTRL1−OH−WARN)
10
Values have fallen below TRIP or Q
min
or pulse inhibit (IMP)
(DCTRL1−TRIP−QMIN−IMP)
11
PTC warning (DCTRL1−PTC−WARN)
12
Apparent motor current < current
threshold (DCTRL1−IMOT<ILIM)
V−belt monitoring
Apparent motor current = C0054
Current threshold = C0156
Frequency threshold Q
min
= C0017
13
Apparent motor current < current
threshold and output frequency >
Frequency threshold Q
min
(DCTRL1−(IMOT<ILIM)−QMIN)
14
Apparent motor current < current
threshold and ramp function generator
1: input = output
(DCTRL1−(IMOT<ILIM)−RFG1=0)
15
Motor phase failure warning
(DCTRL1−LP1−WARN)
16
Minimum output frequency reached
(f  C0010) (PCTRL1−NMIN)
LOW active
255
Free configuration in C0415/1
Read only
Do not change C0008 since
settings in C0415/1 may get lost
C0009
*
Device address
1
1
{1}
99
Only for communication modules
on the AIF interface:
LECOM−A (RS232) E82ZBL
LECOM−A/B/LI 2102
PROFIBUS−DP 213x,
System bus (CAN) 217x
Set the node address for
operation with system bus
function module E82ZAFCC in
C0350.
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Function library
Code table
10
386
EDS82EV903  EN  3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0010
uSEr
Minimum
output
frequency
0.00
0.00
14.5 Hz
{0.02
Hz}
650.00
C0010 not effective in the case
of bipolar setpoint selection
(−10 V ... + 10 V)
C0010 only limits the analog
input 1
In the case of a max. output
frequency > 50 Hz the
switching threshold of the auto
DCB in C0019 has to be
increased.
From software 3.5: If
C0010 > C0011, the drive does
not start when controller
enable is set.
Speed setting range 1 : 6 for
Lenze geared motors: For
operation with Lenze geared
motors has to be set
necessarily.
  281
C0011
uSEr
Maximum
output
frequency
50.00
7.50
87 Hz
{0.02
Hz}
650.00
C0012
uSEr
Acceleration
time main
setpoint
5.00
0.00
{0.02 s}
1300.00
Reference: frequency change 0 Hz
... C0011
Additional setpoint C0220
Acceleration times that can be
activated via digital signals 
C0101
  286
C0013
uSEr
Deceleration
time main
setpoint
5.00
0.00
{0.02 s}
1300.00
Reference: frequency change
C0011... 0 Hz
Additional setpoint C0221
Deceleration times that can be
activated via digital signals 
C0103
  286
C0014
Operating
mode
2
2
V/f characteristic control V ~ f
(linear characteristic with constant
V
min
boost)
Commissioning is possible
without identifying motor
parameters
Advantage of identification
with C0148:
–Improved smooth running at
low speeds
–V/f rated frequency (C0015)
and slip (C0021) are
calculated and saved. They
do not have to be entered
  255
3
V/f characteristic control V ~ f2
(square−law characteristic with
constant V
min
boost)
4
Vector control
In the case of the first selection
enter the motor data and identify
them with C0148
Otherwise commissioning is not
possible
When C0014 = 5, C0019 must be
set = 0 (automatic DC injection
brake is deactivated)
5
Sensorless torque control with speed
limitation
Torque setpoint via C0412/6
Speed limitation via setpoint 1
(NSET1−N1) if C0412/1 is assigned,
otherwise via maximum frequency
(C0011)
C0015
uSEr
V/f rated
frequency
50.00
7.50
{0.02
Hz}
960.00
C0015 is calculated and saved
during the motor parameter
identification with C0148.
The setting applies to all
permitted mains voltages
  257
  261
C0016
uSEr
V
min
boost
0.00
{0.01 %}
40.00
device−dependent
Setting applies to all permitted
mains voltages
  257
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Function library
Code table
10
387
EDS82EV903   EN   3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0017 Frequency
threshold Q
min
0.00
0.00
{0.02
Hz}
650.00 Programmable frequency
threshold
Based on setpoint
Configure signal output in
C0415
C0018
Switching
frequency
2
0
2 kHz sin
General rule:
The lower the switching frequency
the
lower the power loss
higher the noise generation
Only operate mid−frequency
motors at 8 kHz sin or 16 kHz sin
(C0018 = 2 or 3)!
  270
1
4 kHz sin
2
8 kHz sin
low noise
generation
3
16 kHz sin
C0018
Switching
frequency
(only 8200 vect
or 15 ... 90 kW)
6
0
2 kHz sin
General rule:
The lower the switching frequency
the
lower the power loss
higher the noise generation
Only operate mid−frequency
motors at 8 kHz sin or 16 kHz sin
(C0018 = 2 or 3)!
  270
1
4 kHz sin
2
8 kHz sin
low noise
generation
3
16 kHz sin
4
2 kHz
low power loss
5
4 kHz
6
8 kHz
7
16 kHz
8
1 kHz sin
9 ... 11
Reserved
12
1 kHz
low power loss
C0019
Operating
threshold −
automatic DC
injection brake
(auto DCB)
0.10
0.00
= inactive
{0.02
Hz}
650.00
Hold time  C0106
Deactivate automatic DC injection
brake (auto DBC):
at active lower frequency
limitation (C0239)
at operating mode C0014 = 5
In the case of a max. output
frequency > 50 Hz (C0011), the
switching threshold of the auto
DCB in C0019 must be increased.
  292
C0021
Slip
compensation
0.0
−50.0
{0.1 %}
50.0
C0021 is calculated and saved
during the motor parameter
identification with C0148.
  268
C0022
I
max
limit in
motor mode
150
30
{1 %}
150
Only 8200 vector 15 ... 90 kW):
If C0022 = 150 %, 180 % I
rated
are
available for max. 3 s after
controller enable.
  284
C0023
I
max
limit in
generator
mode
150
30
{1 %}
150
C0023 = 30 %: function inactive if
C0014 = 2, 3
  284
C0026
*
Offset for
analog input 1
(AIN1–OFFSET)
0.0
−200.0
{0.1 %}
200.0
Setting for X3/8 or X3/1U,
X3/1I
The upper limit of the setpoint
range from C0034 corresponds
to 100 %
C0026 and C0413/1 are equal
  298
C0027
*
Gain for analog
input 1
(AIN1−GAIN)
100.0
−1500.0
{0.1 %}
1500.0
Setting for X3/8 or X3/1U,
X3/1I
100.0 % = gain 1
Inverted setpoint selection
through negative gain and
negative offset
C0027 and C0414/1 are equal
  298
Function library
Code table
10
388
EDS82EV903  EN  3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0034
*
uSEr
Range of
setpoint
selection
Standard I/O
(X3/8)
Observe switch position of the
function module!
  298
0
0
Unipolar voltage 0 ... 5 V / 0 ... 10 V
Current 0 ... 20 mA
1
Current 4 ... 20 mA
Reversal of rotation direction only
possible with a digital signal.
2
Bipolar voltage −10 V ... +10 V
Minimum output frequency
(C0010) not effective
Individually adjust offset and
gain
3
Current 4 ... 20 mA open−circuit
monitored
TRIP Sd5 if I < 4 mA
Reversal of rotation direction only
possible with a digital signal.
C0034
*
(A)
uSEr
Range of
setpoint
selection
Application I/O
Observe jumper position of the
function module!
  298
1
X3/1U, X3/1I
0
0
Unipolar voltage 0 ... 5 V / 0 ... 10 V
2
X3/2U, X3/2I
1
Bipolar voltage −10 V ... +10 V
Minimum output frequency
(C0010) not effective
2
Current 0 ... 20 mA
3
Current 4 ... 20 mA
Reversal of rotation direction only
possible with a digital signal.
4
Current 4 ... 20 mA open−circuit
monitored
Reversal of rotation direction only
possible with a digital signal.
TRIP Sd5 at I < 4 mA
C0035
*
Operation
mode − DC
injection brake
(DCB)
0
0
Brake voltage selection under C0036
Hold time  C0107
  292
1
Brake current selection under C0036
C0036
Voltage/
current DC
injection brake
(DCB)
0.00
{0.01 %}
150.00 %
Device−dependent
Based on V
rated
, I
rated
Setting applies to all permitted
mains voltages
  292
C0037
JOG1
20.00
−650.00
{0.02
Hz}
650.00
JOG = fixed setpoint
Additional fixed setpoints
C0440
  309
C0038
JOG2
30.00
−650.00
{0.02
Hz}
650.00
C0039
JOG3
40.00
−650.00
{0.02
Hz}
650.00
C0040
*
Controller
inhibit (CINH)
−0−
Controller inhibited (CINH)
Controller can only be enabled if
X3/28 = HIGH
  277
−1−
Controller enabled (CINH
)
C0043
*
TRIP reset
0
No current fault
Reset active fault with C0043 = 0
1
Fault active
C0044
*
Setpoint 2
(NSET1-N2)
−650.00
{0.02
Hz}
650.00
The set value will be lost during
mains switching!
Selection if C0412/2 =
FIXED−FREE (not assigned)
Display if C0412/2 is linked to
a signal source
  311
C0046
*
Setpoint 1
(NSET1-N1)
−650.00
{0.02
Hz}
650.00
The set value will be lost during
mains switching!
Selection if C0412/1 =
FIXED−FREE (not assigned)
Display if C0412/1 is linked to
a signal source
  311
Function library
Code table
10
389
EDS82EV903   EN   3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0047
*
Torque
setpoint or
torque limit
(MCTRL1−
MSET)
400
0
{1 %}
400 The set value will be lost during
mains switching!
  264
Reference: Rated motor torque determined
through motor parameter identification
In "Sensorless torque control"
operating mode (C0014 = 5):
Torque setpoint selection if
C0412/6 = FIXED−FREE (not
assigned)
Torque setpoint display if
C0412/6 is linked to a signal
source
In "V/f characteristic control" or
"Vector control" operating mode
(C0014 = 2, 3, 4):
Display of the torque limit
value if C0412/6 is linked to a
signal source
Display C0047 = 400 if
C0412/6 = FIXED−FREE (not
assigned)
C0049
*
Additional
setpoint
(PCTRL1−NADD)
−650.00
{0.02
Hz}
650.00
The set value will be lost during
mains switching!
Selection if C0412/3 =
FIXED−FREE (not assigned)
Display if C0412/3 is linked to
a signal source
C0050
*
uSEr
Output
frequency
(MCTRL1−
NOUT)
−650.00
{Hz}
650.00
Read only: Output frequency
without slip compensation
C0051
*
Output freq.
with slip
compensation
(MCTRL1−NOUT
+SLIP) or
Actual process
controller
value
(PCTRL1−ACT)
−650.00
{0.02
Hz}
650.00
The set value will be lost during
mains switching!
During operation without process
controller (C0238 = 2):
Read only: output frequency
with slip compensation
(MCTRL1−NOUT+SLIP)
During operation with process
controller (C0238 = 0, 1):
Selection if C0412/5 =
FIXED−FREE (not assigned)
Display if C0412/5 is linked to
a signal source
  324
C0052
*
Motor voltage
(MCTRL1−VOLT)
0
{V}
1000
Read only
C0053
*
DC−bus voltage
(MCTRL1−
DCVOLT)
0
{V}
1000
Read only
C0054
*
Apparent
motor current
(MCTRL1−
IMOT)
0.0
{A}
2000.0
Read only
C0056
*
Device
utilisation
(MCTRL1−
MOUT)
−255
{%}
255
Read only
The display value for the "Vector
control" or "Sensorless torque
control" operating mode can be
changed in C0311.
Function library
Code table
10
390
EDS82EV903  EN  3.0
IMPORTANT
Possible settings
Code
Selection
Lenze
Name
No.
C0061
*
Heatsink
temperature
0
{°C}
255 Read only
If the heatsink temperature
> 
max
− 5 °C:
–Warning OH is provided
–Switching frequency is
reduced to 4 kHz if C0144 = 1
If the heatsink temperature
> 
max
:
–Controller sets TRIP OH
C0070
Process
controller gain
1.00
0.00
= P component
inactive
{0.01}
300.00
  318
C0071
Process
controller reset
time
100
10
{1}
9999
= I component
inactive
  318
C0072
Differential
component −
process
controller
0.0
0.0
= D component
inactive
{0.1}
5.0
  318
C0074
Influence of
the process
controller
0.0
0.0
{0.1 %}
100.0
  318
C0077
*
Gain of the
I
max
controller
0.25
0.00
= P component
inactive
{0.01}
16.00
  327
C0078
*
Reset time of
the I
max
controller
65
13
0
12
{1 ms}
9990
= I component
inactive
Only 8200 vector 15 ... 90 kW)
  327
C0079
Oscillation
damping
2
0
{1}
140
  272
C0080
Service code
Alteration by Lenze service only!
C0084
Motor stator
resistance
0.000
0.000
{0.001
}
64.000
  315
0.0
0.0
{0.1
m}
6500.0
Only 8200 vector 15 ... 90 kW
C0087
Rated motor
speed
300
{1 rpm}
16000
Device−dependent
  315
C0088
Rated motor
current
0.0
0.1 (A)
650.0
Device−dependent
0.0 ... 2.0 x rated output current of
the controller
  315
C0089
Rated motor
frequency
50
10
{1 Hz}
960
  315
C0090
Rated motor
voltage
50
{1 V}
500
230 V for 230 V controllers,
400 V for 400 V controllers
  315
C0091
Motor cos ϕ
0.40
{0.1}
1.0
Device−dependent
  315
C0092
Motor stator
inductance
0.0
0.000
{0.1 mH}
Device−dependent
  315
0.00
0.00
{0.01
mH}
Device−dependent
Only 8200 vector 15 ... 90 kW
C0093
*
Device type
xxxy
Read only
xxx = performance data from
the type code (e.g. 551 = 550
W)
y = voltage class (2 = 240 V,
4 = 400 V)
C0094
*
User password
0
= no password
protection
{1}
9999
1 ... 9999 = free access to the user
menu only
  231
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