Parameter Assignment/Addressing
6.5 Options for Drive Menu (2) - first part
Parameter
ID
Rated output
2040
current
Hall Effects
2041
Voltage
Rated Leading Vars
2042
Rated Lagging Vars
2043
Control loop type
2050
Parallel system
2051
Drives/motor wind‐
2052
ing
Number of windings 2053
Drive index
2054
Service Mode
2056
PMM Control
2980
* Rated input current calculation is derived as follows:
Rated Input Current =
1
Changing the control loop algorithm type to OLTM or V/Hz disables fast bypass (2600) and
spinning load (2430) regardless of parameter setting.
102
Unit
Default
Min
A
100.0
12.0
V
24
%
50.0
0.0
%
50.0
0.0
OLVC
Disable
1
1
1
1
0
0
0
0
[(kVA rating) x (802)] ÷ [(√3) x (rated nominal primary voltage)
x (0.96) x (0.94)
=
[(kVA rating) ÷ (rated nominal primary voltage)] x 513.11
Max
Description
1500.0
Rated drive output current RMS. Set equal to the cell
output current rating.
Note: Size the output Hall effects and burden resis‐
tors for the cell current rating.
The required voltage of the drive's hall effect trans‐
ducers. Possible options are:
•
15 V
•
24 V
75.0
Rated leading VAR output in percent of rated input
transformer VA.
75.0
Rated lagging VAR output in percent of rated input
transformer VA.
Select control loop algorithm type
•
V/Hz for parallel motors.
•
OLVC for single induction motors.
•
CLVC for single induction motors with speed sen‐
sor(s).
•
OLTM for checking cell modulation and testing
Hall effect transducer only. Not intended for con‐
tinuous motor or load control.
•
SMC without speed sensor.
•
CSMC with speed sensor.
•
SMDC which automatically sets high starting tor‐
que.
•
PMM.
Enable parallel drive control operation.
99
Number of drives connected to a single motor.
99
Number of sets of motor windings.
255
Drive sequence number determined by PLC.
99999
Service mode register.
Menu for PMM control.
:
1
NXGPro+ Control Manual
Operating Manual, A5E50491925A