GEH-6641E
—————— Parameters & Pick Lists ——————
272
Ch.3
3.2.2 Numeric Order Parameter List
Ipa Point type Vality DB Description fs unit Access mode Default Min Max
98
$PV FSVABT Sys time-ddmmyy hrs/min/sec R___
99
$PV FSVABT Life time hrs R___ 0.00F 0.00F 0.00F
100
$DK F_____ Regulation mode N/A R___ 2 0 0
100
$DK _S____ Regulation mode N/A R___ 3 0 0
100
$DK _____T Regulation mode N/A R___ 6 0 0
100
$DK ____B_ Regulation mode N/A R___ 5 0 0
100
$DK ___A__ Regulation mode N/A R___ 4 0 0
100
$DK __V___ Regulation mode N/A R___ 1 0 0
105
$DK FSVABT SLink4 address N/A RWS_ 1 0 255
105
$DK FSVABT SLink4 address N/A RWS_ 1 0 255
106
$DK FSVABT SLink4 res time N/A RWS_ 0 0 255
110
$DV FSVABT Software type N/A R___ DVER 0 0
111
$DV FSVABT Software status N/A R___ DVER 0 0
114
$DK FSVABT Drive size N/A R___ DSIZE 0 20
115
$FK FSVABT Drive name NULL RWS_ 0.00F 0.00F 0.00F
115
$FK FSVABT Drive name NULL RWS_ 0.00F 0.00F 0.00F
150
$DV FSV_B_ Enable cmd mon N/A R___ 0 0 1
151
$DV FSV_B_ Start cmd mon N/A R___ 0 0 1
152
$DV FSV_B_ FastStop cmd mon N/A R___ 1 0 1
153
$PIN FSV_B_ Term StrStp src N/A RWS_ 4021 LST_016
154
$PIN FSV_B_ FastStop src N/A RWS_ 4000 LST_018
156
$PIN FSV_B_ Dig Enable src N/A RWS_ 4000 LST_017
157
$PIN FSV_B_ Dig StrStp src N/A RWS_ 4000 LST_018
162
$DV FSVABT Enable SM mon N/A R___ 0 0 1
163
$DV FSV_B_ Start SM mon N/A R___ 0 0 1
164
$DV FSV_B_ FastStop SM mon N/A R___ 0 0 1
170
$DK FSVABT Switching freq N/A RW__ DSIZE 0 3
300
$DK FSVABT Drive type N/A R___ 288 0 0
380
$DK FSVABT Mains voltage N/A RW__ 2 0 5
530
$PP FSVABT Dead time limit V RWS_ SIZE 0.00F 50.00F
540
$PP FSVABT Dead time slope V_A RWS_ SIZE 0.00F 100.00F
560
$PP FSVABT Hw deadtime comp us RWS_ SIZE 0.00F 20.00F
570
$DP FSVABT Hw deadtime mode N/A RWS_ 0 0 3
670
$FK FSVABT Rated voltage V RW__ MOTR CALC CALC
680
$FK FSVABT Rated frequency Hz RW__ MOTR 5.00F CALC
690
$FK FSVABT Rated current A RW__ MOTR CALC CALC
700
$FK FSVABT Rated speed rpm RW__ MOTR 10.00F CALC
710
$FK FSVABT Rated power kW RW__ MOTR 0.00F CALC
720
$FK FSVA__ Cosfi NULL RW__ MOTR 0.50F 0.99F
730
$FK FSVA__ Efficiency % RW__ MOTR 50.00F 99.00F
810
$DK FSVABT Actual setup N/A R___ 0 0 0
950
$PP FS____ Rotor resistance Ohm RW__ CALC 0.00F 0.00F
950
$FK __VA__ Rotor resistance Ohm RW__ CALC 0.00F 0.00F
970
$PP _S____ Stator resist Ohm RW__ CALC 0.00F 0.00F
970
$FK F_VABT Stator resist Ohm RW__ 0.00F 0.00F 0.00F
1085
$PV _S____ Inuse Sls P gain % R___ 0.00F 0.00F 0.00F
1086
$PV _S____ Inuse Sls I gain % R___ 0.00F 0.00F 0.00F
1090
$PP _S____ Sls mot HPgain % RWS_ 5.00F 0.00F 100.00F
1091
$PP _S____ Sls mot HIgain % RWS_ 5.00F 0.00F CALC
1092
$PP _S____ Sls mot MPgain % RWS_ 5.00F 0.00F 100.00F
1093
$PP _S____ Sls mot MIgain % RWS_ 5.00F 0.00F CALC
1094
$PP _S____ Sls mot LPgain % RWS_ 1.00F 0.00F 100.00F
1095
$PP _S____ Sls mot LIgain % RWS_ 0.00F 0.00F CALC
1096
$PP _S____ Sls H/M tran lev rpm RWS_ CALC 0.00F CALC
1097
$PP _S____ Sls M/L tran lev rpm RWS_ CALC 0.00F CALC
1098
$PP _S____ Sls H/M tran bnd rpm RWS_ CALC 0.00F CALC
1099
$PP _S____ Sls M/L tran bnd rpm RWS_ CALC 0.00F CALC
1101
$PP _S____ Sls regen HPgain % RWS_ 5.00F 0.00F 100.00F
1102
$PP _S____ Sls regen HIgain % RWS_ 5.00F 0.00F CALC
1103
$PP _S____ Sls regen MPgain % RWS_ 5.00F 0.00F 100.00F