GE AV-300i User Manual page 277

Ipa Point type Vality DB
2860 $FK FSVA__
2870 $FK FSVA__
2880 $FK FSVA__
2890 $FK FSVA__
2900 $FK FSVA__
3060
$PV FSVABT
3070 $PV FSVABT
3080 $PV FSV_B_
3090 $PV FS____
3090 $PV __V_B_
3100 $PV FSVABT
3110 $PV FSVABT
3120 $PV FSVABT
3130
$PV FS_ABT
3140
$PV FS__B_
3180 $PV FS____
3190 $PV FS____
3200 $PV FSV_B_
3210 $PV FSVAB_
3220 $PV FSV_B_
3222 $PV FSV_B_
3223
$PV F_V_B_
3230
$PV FSVABT
3240 $PP FSVABT
3400 $PV __V___
3410 $DP __V___
3420 $FK __V___
3430 $FK __V___
3520 $PP __V___
3530
$PP __V___
3531
$PV __V___
3536 $PV __V___
3537 $PP __V___
3538 $PIN __V___
3539 $PIN __V___
3541 $PP __V___
3545 $PP __V___
3550 $PP __V___
3555
$PP __V___
3560 $PP __V___
3565 $PP __V___
3570 $PIN __V___
3570 $PIN _S____
3570 $PIN ___A__
3570 $PIN F_____
3570 $PIN ____B_
3570
$PIN _____T
3572 $DV __V___
3580 $PIN F_____
3580 $PIN ____B_
3580 $PIN _S____
3580 $PIN _____T
3580 $PIN ___A__
3580 $PIN __V___
3582
$PIN __V___
3585 $PP __V___
3630 $DK ____B_
3630 $DP F_____
3630 $DP _S____
3640 $PP F_____
—————— Parameters & Pick Lists ——————
AV-300i Version 2 User's Guide
Description fs unit
Measured P3 flux NULL
Measured ImNom A
Measured ImMax A
Measured FluxNom Wb
Measured FluxMax Wb
Output voltage V
Output current A
Output frequency Hz
Output power kW
Output power kVA
DC link voltage V
Magnetizing curr A
Torque curr A
Magn curr ref A
Torque curr ref A
Flux ref Wb
Flux Wb
Ramp ref rpm
Speed ref rpm
Speed rpm
Norm Std enc spd rpm
Norm Exp enc spd rpm
CPU1 runtime %
CPU2 runtime %
Voltage boost %
V/f shape N/A
V/f voltage V
V/f frequency Hz
V/f ILim P gain rpm_A
V/f ILim I gain rpm_A_
Slip comp rpm
Int SE flx level %
SE flx ramp time s
SE cmd src N/A
SE flx level src N/A
Slip comp filter s
Spd search time s
Vlt search time s
Catch init speed rpm
Catch demag dly s
Catch retry dly s
An out 1 src N/A
An out 1 src N/A
An out 1 src N/A
An out 1 src N/A
An out 1 src N/A
An out 1 src N/A
Vlt search state N/A
An out 2 src N/A
An out 2 src N/A
An out 2 src N/A
An out 2 src N/A
An out 2 src N/A
An out 2 src N/A
V/f catch cmd N/A
Antioscill gain %
Adapt enable N/A
Adapt enable N/A
Adapt enable N/A
Rr init value Ohm
Access mode Default
RW__ CALC
RW__ CALC
RW__ CALC
RW__ CALC
RW__ CALC
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
RW__ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
RW__ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
R___ 0.00F
RWS_ CALC
RW__ 0
RW__ MOTR
RW__ MOTR
RWS_ CALC
RWS_ CALC
RWS_ CALC
RWS_ 100.00F
RWS_ 10.00F
RWS_ 4000
RWS_ 3536
RWS_ 1.00F
RWS_ 10.00F
RWS_ 1.00F
RWS_ CALC
RWS_ 3.00F
RWS_ 3.00F
RWS_ 4000 LST_002_V
RWS_ 4000 LST_002_S
RWS_ 4000 LST_002_A
RWS_ 4000 LST_002_F
RWS_ 4000 LST_002_B
RWS_ 4000 LST_002_T
R___ 0
RWS_ 4000 LST_002_F
RWS_ 4000 LST_002_B
RWS_ 4000 LST_002_S
RWS_ 4000 LST_002_T
RWS_ 4000 LST_002_A
RWS_ 4000 LST_002_V
RWS_ 4000
RWS_ 0.00F
RWS_ 0
RWS_ 1
RWS_ 0
RWS_ CALC
Min Max
0.00F 1.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0.00F 0.00F
0 3
CALC CALC
5.00F CALC
CALC CALC
CALC CALC
0.00F CALC
10.00F 100.00F
0.00F 100.00F
LST_003
LST_023
CALC 10.00F
0.01F 30.00F
0.01F 20.00F
0.00F 0.00F
0.00F 10.00F
0.00F 10.00F
0 3
LST_003
0.00F 100.00F
0 0
0 1
0 1
0.00F 0.00F
Ch.3
277