Operation; Parameter Survey - KEB COMBIVERT S4 Instruction Manual

Operation

7. Operation
7.1 Parameter
Structure
GB
7.2 Parameter
Survey
Par.-No. Parameter name
CP.0 Password input
CP.1 Actual speed display
CP.2 Status display
* CP.3 Apparent motor current
* CP.4 Max. apparent motor current
* CP.5 Current Torque
CP.6 Setpoint speed display
CP.7 Acceleration time
CP.8 Deceleration time
CP.9 Torque limit
CP.10 Max. setpoint speed
CP.11 Jogging speed
CP.12 P-factor speed controller
CP.13 I-factor speed controller
CP.14
Line number incremental encoder simulation
CP.15 Behaviour at external fault
CP.16 Offset REF 1
CP.17 Zero point hysteresis REF 1
CP.18 Function output A1
CP.19 Amplification output A1
CP.20 Amplification output A2
CP.21 Switching condition output D1
CP.22 Switching condition output D2
CP.23 Torque level output D1
CP.24 Speed level output D2
*With the actual values displayed, from the normal machine dispersion and temperature drifts, tolerances must be taken into
account. (about ± 10% in relation to the nominal value)
GB 22
Read-Only Parameters
can only be read they
cannot be changed.
(CP.1...CP.6, CP.14)
NO-ENTER-Parameters
are programmable parameters,
a change is accepted and
stored immediately. (CP.7 ...
CP.13,CP.16,CP.17, CP.19,
CP.20, CP.23, CP.24)
CP-Parameter
(CP.0 ... CP.24)
Programmable Parameters
can be changed. (CP.0, CP.7
... CP.13, CP.15 ... CP.24)
Setting range Resolution
0...9999
–
–
–
–
–
–
0...320 s
0...320 s
0...5 x M
N
0...9999
0...9999
0...65535
0...65535
–
0...6
-100%...+100%
0...10 %
0...6
-20...+20
-20...+20
0...20
0...20
0...50 Nm
0...16000 rpm
ENTER-Parameters
are programmable parameters
a change must be confirmed
with the ENTER-key before it
is accepted and stored. (CP.0,
CP.15, CP.18, CP.21, CP22)
Factory setting
1 –
0,5 rpm –
– –
0,1 A –
0,1 A –
0,1 Nm –
0,5 rpm –
0,01 s 0,05 s
0,01 s 0,05 s
0,1 Nm 3 x M
0,5 rpm Rated speed
0,5 rpm 100 rpm
1 Motor-type dependent
1 Motor-type dependent
– 1024/2048 (for sin/cos)
1 0
0,1 % 0 %
0,1 % 0 %
1 2
0,01 3 x M
Nenn
0,01 +/–n ^ +/–10V
Nenn
1 20
1 18
0,1 Nm 0,5 x M
0,5 rpm 0,5 x n
N
^ +10V
Nenn
Nenn