Configuration, Basic configurations – Lenze EVS9332xP User Manual
Page 273

Configuration
Basic configurations
8.5
l
8.5−7
EDSVS9332P EN 5.0−07/2013
IMPORTANT
Possible settings
Code
Selection
Lenze
Designation
No.
C0088
s
MOT CURRENT
à
0.2
{0.1 A}
500.0 Rated motor current
à
Depends on C0086
l
Change of C0086 resets
value to the assigned Lenze
setting
C0089
s
MOT
FREQUENCY
à
10
{1 Hz}
1000 Rated motor frequency
C0090
s
MOT VOLTAGE
à
50
{1 V}
500 Rated motor voltage
à
Depends on C0086
l
Change of C0086 resets
value to the assigned Lenze
setting
C0091
s
MOT COS PHI
à
0.50
{0.01}
1.00 Motor cos
j
à
Depends on C0086
l
Change of C0086 resets
value to the assigned Lenze
setting
C0093 DRIVE IDENT
g
0
1
93xx
Defective power section
No power section
93xx
Controller identification
93xx: Lenze position controller
C0094 PASSWORD
0
0
{1}
9999 Password
l
Parameter access protection
for the keypad. When the
password is activated, only
codes of the user menu can
be accessed. For further
possible selections see
C0096
C0095
s
ROTOR POS
ADJ
0
0
1
Not active
Active
Rotor position adjustment
For synchronous motors
l
C0058 displays the zero
angle of the rotor
l
C0095 = 1 starts position
adjustment
C0096
s
0
1
2
3
No access protection
Read protection
Write protection
Read/Write protection
Extended password protection
for bus systems with activated
password (C0094)
l
All codes in the user menu
can be accessed
1 AIF PROTECT.
0
AIF access protection
2 CAN PROTECT.
0
CAN access protection
C0099 S/W VERSION
g
x.xx
Software version
C0101
0.000
{0.001 s}
999.900 NSET
Additional acceleration times
for the main setpoint
(relating to speed variation
0 ... n
max
)
See system
manual
(extension)
1 NSET−TIR
0.000
2 NSET−TIR
0.000
... ...
...
15 NSET−TIR
0.000
C0103
0.000
{0.001 s}
999.900 NSET
Additional deceleration times
for the main setpoint
(relating to speed variation
0 ... n
max
)
1 NSET−TIF
0.000
2 NSET−TIF
0.000
... ...
...
15 NSET−TIF
0.000
C0105 QSP TIF
0.000
0.000
{0.001 s}
999.900 Quick stop deceleration time
(QSP)
(relating to speed variation
0 ... n
max
)