Appendix D - Examples for basic parameter programming
II K D-1
The experience has shown that certain parameters must be adapted in most applications.
These parameters show the following tables.
Table 1:
Operation for armature control mode
Table 2:
Operation for field control mode
Table 3:
Operation for field control mode with speed-dependent current limitation
Table 4:
Common parameters for the three operating modes
Operation for armature control mode
P
n
Base Speed
P
norm
Armature control range
105
Table 1
Parameter
number
Parameter
name
Significance
Contents
Entry
101
Arm Cur Nom
Nominal armature current
Ia
nom
102
Arm Volt Nom
Nominal armature voltage
Ua
nom
103
Field Cur Nom
Nominal field current
Ie
nom
104
Field Volt Nom
Nominal field voltage
Ue
nom
105
Base Speed
Nominal speed
n
nom
106
Max Speed
Nominal speed = (1.05)
n
nom
201
Macro Select
Application macro selection
Selection
203
Stop Mode
Stop mode selection
Selection
204
Eme Stop Mode
Emergency stop mode selection
Selection
502
Speed Meas Mode
EMF or tacho or encoder
(Initial start-up = EMF)
Selection
503
Encoder Inc
Number of increments per rev.
(if parameter 502 = Encoder)
Number of
pulses
509
Accel Ramp
Acceleration ramp
sec
510
Decel Ramp
Deceleration ramp
sec
511
Eme Stop Ramp
Emergency stop ramp
(if parameter 204 = Ramp)
sec
601
AI1 Scale 100%
Reference signal voltage at 100%
speed
10 V
602
AI1 Scale 0%
Reference signal voltage at 0% speed
0 V
701
Language
Panel language selection
Selection
continue with table 4
Summary of Contents for DCS 400
Page 24: ...II K 3 14 Technical data ...
Page 29: ...II K 4 5 Overview of Software ...
Page 158: ...II K 6 36 Operating Instructions ...
Page 181: ...II K B 1 Appendix B Declaration of conformity ...
Page 190: ...Notices ...
Page 191: ...Notices ...