3adw000072r0601 dcs600 system description e f

13 ack conver ter fan 1214 ack motor fan 1215 ack

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Unformatted text preview: MAND SEL 15.22 = 1 (local I/O) then DI 6 = Reset; DI 7 = ON; DI 8 = RUN Table 3.8/7: Digital Outputs Output Signal DO 1 DIG_OUT 1 DO 2 Armature converter mode use Description Digital inputs Field converter mode (DCF 600) Digital Outputs Field converter mode Output Signal free / program. by 12.02 default: FANS ON CMD DO 1 DIG_OUT 1 free / program. by 12.02 default: FANS ON CMD DIG_OUT 2 free / program. by 12.05 default: FIELD ON CMD DO 2 DIG_OUT 2 free / program. by 12.05 default: FIELD ON CMD DO 3 DIG_OUT 3 free / program. by 12.08 default: MAIN CONT ON CMD DO 3 DIG_OUT 3 free / program. by 12.08 default: MAIN CONT ON CMD DO 4 DIG_OUT 4 DO 4 DIG_OUT 4 DO 5 DIG_OUT 5 configurable free / program. by 14.10 → free / program. by 14.13 DO 5 DIG_OUT 5 configurable free / program. by 14.10 → free / program. by 14.13 DO 6 DIG_OUT 6 free / program. by 14.16 DO 6 DIG_OUT 6 free / program. by 14.16 DO 7 DIG_OUT 7 free / program. by 14.19 DO 7 DIG_OUT 7 free / program. by 14.19 free / program. by 14.22 DO 8 DIG_OUT 8 Table 3.8/8: e.g. MAIN_CONT_ON_CMD 14.22 = 605 14.23 = 6 Digital outputs Armature converter mode (DCS600) use Description free / program. by 14.22 DO 8 e.g. MAIN_CONT_ON_CMD 14.22 = 605 14.23 = 6 DIG_OUT 8 Table 3.8/9: Digital outputs Field converter mode (DCF600) II F 3-13 3ADW000072R0601 DCS600 System description e f Analogue inputs Depending on the drive modes there are different possibilities for analogue inputs. Analogue Inputs Armature converter mode Channel used for signal through: Channel AITAC AI1 AI2 AI3 AI4 Accuracy ± 4096 ± 4096 ± 2048 ± 2048 ± 2048 Signal TORQUE CORRECTION AI1_VAL_SEL 13.16=1 SPEED REFERENCE AI SPEED SELECT 13.17=5 AI SPEED SELECT 13.17=1 AI SPEED SELECT 13.17=2 AI SPEED SELECT 13.17=3 AI SPEED SELECT 13.17=4 ACK.EXT.FIELD EXCITER FEXC_SEL 15.05=9 FEXC_SEL 15.05=10 FEXC_SEL 15.05=11 FEXC_SEL 15.05=12 FEXC_SEL 15.05=13 MOT.1 TEMP. MEASUREMENT MOT1_TEMP_AI_SEL 28.09=1...5 MOT.2 TEMP. MEASUREMENT MOT2_TEMP_AI_SEL 28.12=1...5 EARTH FAULT MONITORING EARTH_CUR_FLT_SEL 28.19=1 SPEED MEASUREMENT Table 3.8/10: SPEED_MEAS_MODE 50.03=4 Analogue inputs Armature converter mode (DCS600) II F 3-14 3ADW000072R0601 DCS600 System description e f Fig. 4.1/1: PANEL CDP 312 4 3 2 X3: 1 CH 3 CH 2 AITAC _+ X33 K15 CH 0 EMER. STOP 6 7 8 9 2 AI4 _ + 10 X4: 1 56 AI3 _+ S4 4 X2:5 X2:4 5 K13 K12 K3 K11 6 0V 7 9 10 0V e.g. Pressure switch at C4 module 8 AO1 AO2 IACT DO8 X96: 1 * if contactor relay K13 is used K1 * [K13] K12 2 K16 K5 X6: 1 K6 2 K1 3 K16 4 6 K15 5 7 8 9 2 1 2 F5 2 1 10 0V T2 5 1 11 690V 10 660V 9 600V 8 575V 7 525V 6 500V 5 450V 4 415V 3 400V 2 380V 3ADW000072R0601 DCS600 System description e f K11 2 K12 3 5 6 7 If SDCS-IOB-2 is in use K10, K11 and K12 are not necessary 4 3 4 3 2 2 4 3 F2 3 2 1 4 1 4 1 2 M ~ 2 1 X2: 1 DCS 600 Armature current converter wiring diagram II F 4-1 _ T 8 0V + the polarities are shown for motoring K10 X7: 1 F6 K6 K5 F7 3 2 1 5 6 5 6 5 6 4 3 T X5: 1...10 depending on the unit type (C1, C2, A5, C4) X2: 4 14 115V 13 230V 12 U MV 3~ W DO1 DO2 DO3 DO4 DO5 DO6 DO7 Power...
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This note was uploaded on 08/22/2011 for the course EEE 230 taught by Professor Subramanian during the Spring '07 term at Berkeley.

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