Chapter 2-Start-Up Instructions; General Notes - ABB DCS 600 MultiDrive Operating Instructions Manual

General notes

CAUTION: it is absolutely essential that the applicable accident prevention
How this chapter is structured
For better understanding the individual steps of start-up work are distinguished by
a) frames
without
Õ
These steps of start-up work must always be performed (= mandatory start-up work)!
Example:
b) frames
with
Õ
These steps of start-up work have to be performed only when the condition stated
(as heading) applies to the selected drive configuration!
completed, the
Example:
Recommended motor voltages and field voltages
• Motor voltage U
DCS 601:
DCS 602:
• Field voltage U
SDCS-FEX-1:
If there is a divergence of more than 10 % between the field supply unit's output
voltage and the rated field voltage U
connecting voltage U
resistor R
(Note: also suitable for fine-balancing the maximum motor voltage)
• Field voltage U
SDCS-FEX-2 /
DCF 503 / DCF 504:
• Field voltage U
DCF 601:
Maximally possible output voltage U
DCF 601 / DCF 602:
DCS 600 Operating Instructions
regulations be observed by the user (in this context, please also
read the chapter entitled "Safety Instructions")!
any additional marking on the left side:
42.06 = Rated line voltage
This is used to scale those parameters referring to the line voltage, .....
marking on the left side
mandatory start-up work
Set this only for units with a rated current ≥ 2050A in case of control board exchange!
42.07 = Rated power converter current
Enter numerical value from rating plate here
when the following units are used
A
U
U
(= max. output voltage) when the following is being used
F
U
should be reduced, using a matching transformer or a series
N
: R
v
when the following is being used
F
U
when the following is being used
F
U
U
Chapter 2 - Start-Up Instructions
("columns" shaded in grey)
has to be continued
= Line voltage * 1.16
Amax
= Line voltage * 1.05
Amax
= Line voltage * 0.9
F
stated on the motor's rating plate, then the
Frated
= (0.9 * U - U ) / I
v N F F
= Line voltage * 0.6 ... 0.8
F
= Line voltage * 0.5 ... 1.1
F
using
Amax
= Line voltage * 1.35
Amax
:
After this work has been
.
(2- quadrant unit)
(4- quadrant unit)
I = Rated field current
F
IV F
2 - 1