ABB DCS 500B Systembeschreibung Seite 59
Thyristor-stromrichter für dc-antriebssysteme
25 bis 5150 a 6 bis 5000 kw dcs 500 serie
Vorschau ausblenden
Andere Handbücher für DCS 500B:
- Handbuch (124 Seiten) ,
- Kurzanleitung (119 Seiten) ,
- Betriebsanleitung (78 Seiten)
Inhaltsverzeichnis
Werbung
Klemmen
SDCS-CON-2
Binäre Ein- Ausgaben (Standard)
SP
-63
DI7
10713
O1
ON/OFF
10714
O2
ST5
SP
-62
DI8
10715
O1
RUN
10716
O2
REF SEL (1911)
CONST REF (11902)
BRAKE CONTROL (302)
ST5
SP
-65
DI5
10709
O1
EM STOP
10710
O2
ST5
SP
-64
DI6
10711
O1
RESET
10712
O2
ST5
SP
-69
DI1
10701
O1
CONV FAN
10702
O2
ST5
SP
-68
DI2
10703
O1
MOTOR FAN
10704
DCF FIELDMODE
O2
(1216)
ST5
SP
-67
DI3
10705
O1
MAIN CONT
10706
O2
ST5
SP
-66
DI4
10707
O1
Must be connected, when no fan acknowledges (DI1, DI2)
10708
O2
ST5
Zusatzeingänge
Klemmen
SDCS-IOE-1
(binär)
SP-61
SP
DI9
10717
unbenutzt
O1
10718
O2
IN
ST5
SP-60
ST5
DI10
10719
unbenutzt
O1
10720
O2
ST5
SP-59
DI11
10721
unbenutzt
O1
10722
O2
ST5
SP
SP-58
DI12
10723
unbenutzt
O1
IN
10724
O2
ST5
ST5
SP-57
DI13
10725
unbenutzt
O1
10726
O2
ST5
SP-56
DI14
10727
unbenutzt
O1
10728
O2
ST5
SP-55
SP
DI15
10729
unbenutzt
O1
10730
O2
ST5
STSYN
SP
-86
unbenutzt
AI5
10116
AI5:OUT+
10117
AI5:OUT-
+
10118
--
AI5:ERR
116
P1
AI5 CONV MODE
0
117
P2
AI5 HIGH VALUE
2000
118
P3
-2000
AI5 LOW VALUE
ST5
SP
-85
unbenutzt
AI6
10119
AI6:OUT+
10120
AI6:OUT-
+
10121
AI6:ERR
--
119
P1
0
AI6 CONV MODE
120
P2
2000
AI6 HIGH VALUE
121
P3
-2000
AI6 LOW VALUE
ST5
4/8
SP
-36
DRLOGI_2
DRIVE LOGIC
901
10901
ON/OFF
RDY ON
902
10902
RDY RUNNING
RUN1
903
10903
RUNNING
RUN2
1
904
10904
RUN3
FAULT
905
10905
COAST STOP
ALARM
906
10907
EMESTOP ACT
EME STOP
10906
LOCAL
LOCAL
(12201)
MIN SPEED
(11205)
BC (BLOCK.)
907
RESET
908
START INHIBIT
909
DISABLE LOCAL
910
10908
FAN ON
ACK CONV FAN
911
10909
ACK MOTOR FAN
FIELD ON
912
10910
MAIN CONT ON
ACK MAIN CONT
913
10913
MOTOR ACT
MOTOR2
914
10911
TRIP DC BREAKER
P1
0
FIELD HEAT SEL
915
10912
MAIN CONT MODE
DYN BRAKE ON
P2
1
916
P3
0
STOP MODE
917
P4
0
EME STOP MODE
918
P5
0
PANEL DISC MODE
919
10914
AUTO-RECLOSING
P6
0
PWR LOSS MODE
920
COMFAULT MODE
P7
0
10915
COMM FAULT
921
P8
2
COMFLT. TIMEOUT
T20
Ein- Ausgaben Feldbus
SP
-95
-91
FLBSET_2
DATASET 1
FIELDBUS
10122
4001
OUT1
P01
0
FIELDBUS PAR.1
10123
4002
(MODULE TYPE)
OUT2
P02
0
10124
4003
OUT3
P03
0
4004
P04
0
4005
P05
0
4006
P06
0
4007
P07
0
4008
P08
0
4009
P09
0
4010
P10
0
Parameters
4011
depends of
P11
0
4012
modul type
P12
0
4013
P13
0
4014
-93
P14
0
4015
DATASET 3
P15
0
10125
OUT1
ST5
10126
OUT2
10127
OUT3
Ein- Ausgaben 12 Puls parallel
12PULS_2
-97
SP
-99
12-PULSE LOGIC
INPUT X18
13617
BRIDGE REVERSAL LOGIC
X18:13
13618
active, if [1209]= 1 or 2
X18:14
3608
Bridge
13619
IREF0 Logic
X18:15
IREF1-Polarity
13620
3609
Bridge Logic
X18:16
IREF2-Polarity
3610
Revers.Logic
IREF1-Pol.Master
3601
IREF2-Pol.Broth
P1
REV DELAY
1
3602
Bridge of Slave
REV GAP
P2
10
3603
Indicat.Revers
P3
10
FREV DELAY
Fault Reversion
ON/OFF LOGIC
3607
INHIB Logic
Logic f. INHIBIT
(11205)
BC
BC not Zero
3616
BC Logic
CURRENT ANALYSIS
active, if [1209] = 1
Conv.Curr.Slave
3605
Arm.Curr.Slave
DIFF CURRENT
P4
10
3606
Conv.Curr.Both
DIFF CURR DELAY
P5
150
Arm.CURR.Both
Fault Current
CURRENT REFERENCE
3615
[1209]
ADJ REF1
P6
2048
Curr.Ref.2
3604
*
IACT SLAVE
AI2 (10107)
2048
Curr.Ref.1
MASTER
6-PULSE
Res. f.Commun
STSYN
5/8
SDCS-CON-2
SP -46
DO4
807
IN
RDY RUNNING
808
INV IN
T20
SP -45
DO5
809
IN
RUNNING
810
INV IN
T20
RAMP GENERATOR
TORQ REF SELECTION
SP -49
TORQ REF HANDLING
DO1
801
IN
FAN CONT
MAINTENANCE
802
INV IN
T20
SP -48
DO2
803
IN
EXC CONT
804
INV IN
MOTOR 1/2 FIELD
T20
SP -47
DO3
805
IN
MAIN CONT
806
INV IN
T20
SP -42
DO8
815
IN
MAIN CONT
816
INV IN
Relay output
SDCS-POW-1
T20
SP -44
DO6
811
IN
812
INV IN
T20
SP -43
DO7
813
IN
814
INV IN
T20
SP
-92
DATASET 2
209
IN1
210
OUT
IN2
211
IN3
ST5
SP
-94
DATASET 4
212
IN1
213
OUT
IN2
214
IN3
ST5
SP
-98
OUTPUT X18
3611
X18:09
3612
13611
X18:10
3613
13606
X18:11
3614
13609
X18:12
13607
STSYN
13610
13612
13613
13614
13616
13621
13601
13602
13603
13604
13615
13608
13605
13622
6/8
5/8
Klemmen
SP -100
(11208)
TEST RELEASE
(10906)
LOCAL
1201
P1
0
DRIVEMODE
(11209)
TEST REF SEL
1204
P2
1000
POT1 VALUE
1205
P3
0
POT2 VALUE
1206
P4
100
PERIOD
t
BTW.POT1/2
(11207)
TEST REF
1202
P5
250
CMT DCS500 ADDR
1203
P6
1
DRIVE ID
1207
P7
358
WRITE ENABLE KEY
1208
P8
358
WRITE ENABLE PIN
1209
P9
0
SELECT OPER.SYST
1213
P10
1
FIELDBUS NODE ADDR
1210
SPEED MESUREMENT (12103)
ACTUAL VALUE 1
1211
SETTINGS (10501)
ACTUAL VALUE 2
CDP312
1212
SETTINGS (10505)
ACTUAL VALUE 3
1214
P11
0
MACRO SELECT
T5
Inbetriebnahmehilfen
Überwachungen
P1
P2
P3
P4
P5
P6
P7
P8
P9
P1
P2
P3
P4
P5
P6
P7
P1
P2
P3
P4
P5
P6
P7
6/8
MANTUN_3
MAINTENANCE
RELEASE OF ARM.
&
4
CONTROLLING
I1=I2
0
ARM. CONTROLLER
4
0
1
7
FIRST FIELD EXCITER
2
8
SECOND FIELD EXCITER
3
SPEED LOOP
9
4
EMF CONTROLLER
10
11206
SQUARE WAVE
11204
11201 COMMIS STAT
TC STATUS
11205
BC
DRIVE LOGIC
11202 BACKUPSTOREMODE
RAMP GENERATOR
11222 PROGRAM LOAD
12 PULSE LOGIC
11216
CMT COM ERRORS
11218 CNT SW VERSION
11217
11219 CNT BOOT SW VER
CDI300 BAD CHAR
11203
FEXC STATUS
11210
FEXC1 CODE
11220 FEXC1 SW VERSION
11211
FEXC1 COM STATUS
11212
FEXC1 COM ERRORS
11213
FEXC2 CODE
11221 FEXC2 SW VERSION
FEXC2 COM STATUS 11214
11215
FEXC2 COM ERRORS
SP
-76
CONPROT2
CONVERTER PROTECTION
511
110
ARM OVERVOLT LEV
512
230
ARM OVERCURR LEV
508
80
U NET MIN1
509
60
U NET MIN2
510
5000
PWR DOWN TIME
514
0
EARTH.CURR SEL
515
4
EARTH.FLT LEV
516
10
EARTH.FLT DLY
527
0
CONV TEMP DELAY
ST20
SP
-22
M1PROT_2
MOTOR 1 PROTECTION
1401
MOT1.TEMP IN
1402
11401
0
MOT1.TEMP ALARM L
MOT1 MEAS TEMP
1403
0
MOT1.TEMP FAULT L
1404
KLIXON IN
1405
11402
0
MODEL1.SEL
MOT1 CALC TEMP
1406
4096
MODEL1.CURR
1407
120
MODEL1.ALARM L
1408
130
MODEL1.TRIP L
1409
240
MODEL1.TC
ST20
SP
-21
M2PROT_2
MOTOR 2 PROTECTION
1601
MOT2.TEMP IN
1602
11601
0
MOT2.TEMP ALARM L
MOT2 MEAS TEMP
1603
0
MOT2.TEMP FAULT L
1604
11602
0
MODEL2.SEL
MOT2 CALC TEMP
1605
4096
MODEL2.CURR
1606
120
MODEL2.ALARM L
1607
130
MODEL2.TRIP L
1608
240
MODEL2.TC
ST20
7/8
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