Rockwell Automation FlexPak 3000 Power Module Version 4.2 User Manual
Page 115
APPENDIX B
49’1340 e
FlexPak 3000
B-11
CONTROL SOURCE SELECT (P.000)
This parameter is only available on the Drive Configuration Module (DCM). It is a key on the OIM.
CONTROL SOURCE SELECT selects the source for the drive control signal. The control source options
are KEYPAD, SERIAL, TERMBLK, or NETWORK. If the drive is configured as a current regulator, only
TERMBLK can be selected.
Parameter Range:
KEYPAD,
SERIAL,
TERMBLK,
NETWORK
Default Setting:
KEYPAD
Parameter Type:
Configurable
Menu Path(s):
not applicable
When KEYPAD is selected, the OIM keys control drive operation and the OIM drive reference is used.
The KEYPAD REF value (displayed on the first monitor mode screen) is used as the drive reference.
When TERMBLK is selected, the signals at the regulator board terminals 17 through 20 are used for
control. See section 3 for information on wiring the terminal strip.
When NETWORK is selected, the network controls drive operation. NETWORK is only available if the
AutoMax Network Communication board is installed.
CT TURNS RATIO (P.010)
Parameter Range:
1 to 32767
Default Setting:
Depending on unit type
Parameter Type:
Configurable
OIM Menu Path(s):
Current Minor Loop (CML) - CML Feedback Scaling
CAUTION:
This parameter is also used in the calculation of the burden resistor value. Do not adjust/change the
value of this parameter from its factory default value unless you are replacing the regulator board.
Failure to observe this precaution could result in damage to, or destruction of, the equipment.
The drive current transformer turns ratio (Tp/Tn):
•
25 A Unit:
208
•
60 A Unit:
416
•
150 A Unit:
833
•
250 A Unit:
2000
•
450 A Unit:
3000
•
800 A Unit:
5230
•
1200 A Unit:
8000
•
1600-2000 A Unit:
10500
CURRENT COMPOUNDING (P.209)
Sets the level of current compounding to be used during any mode of drive operation.
Parameter Range:
-50% to + 50%
Default Setting:
0%
Parameter Type:
Tuneable
OIM Menu Path(s):
Speed/Voltage Loop (SPD) - Speed Voltage Loop (SPD) Tuning