SIEMENS () 2004 7 Updated 2004 DEC 09
1. 4 1.1 4 1.2 4 2. 5 2.1 5 2.2 6 2.3 6 2.4 7 3. 8 3.1 50/60 Hz DIP 8 4. 9 4.1 420 9 4.2 420 9 4.3 (CB) 10 5. / () 11 5.1 11 5.2 : P0003 12 6. 13 6.1 13 6.2 15 6.2.1 (USS) 15 6.2.2 16 6.2.3 (DIN) 16 6.2.4 (DOUT) 17 6.2.5 17 6.2.6 (ADC) 18 6.2.7 (DAC) 18 6.2.8 (MOP) 19 6.2.9 (FF) 19 6.2.10 20 6.2.11 (HLG) 20 6.2.12 / 21 6.2.13 (V/f) 21
6.2.14 / 22 6.2.15 23 6.3 26 6.4 26 7. 27 7.1 LED 27 7.2 27
1. 1.1. 100 mm. 1-1 1.2 1-2
2. 2.1
2.2. 2-1 2-2 2.3 Terminal Designation Function 1 - Output +10 V 2 - Output 0 V 3 ADC+ Analog input (+) 4 ADC- Analog input (-) 5 DIN1 Digital input 1 6 DIN2 Digital input 2 7 DIN3 Digital input 3 8 - Isolated output +24 V / max. 100 ma 9 - Isolated output 0 V / max. 100 ma 10 RL1-B Digital output / NO contact 11 RL1-C Digital output / Changeover contact 12 DAC+ Analog output (+) 13 DAC- Analog output (-) 14 P+ RS485 port 15 N- RS485 port
2.4 2-3
3. 420., 4 1LA7 (P0304, P0305, P0307, P0310) ( ). : P0700=2 (, 3-1 ) P1000=2 (, 3-1 ) P0335=0 P0640=150% P1080=0 Hz P1082=50 Hz P1120=10 s P1121=10 s P1300=0 3-1 / Digital input 1 5 P0701 = 1 ON / OFF1 (I/O) Digital input 2 6 P0702 = 12 Digital input 3 7 P0703 = 9 () Digital input 8 - Analog input 3/4 P1000 = 2 1/2 - Output relay 10/11 P0731 = 52.3 Analog output 12/13 P0771 = 21 3.1 50/60 Hz DIP 50Hz. 60Hz DIP. ) Off : 50Hz, kw On : 60Hz, hp
4. 4.1 420 (Starter) 420. PC - : USS (6.2.1 (USS) ) 420 PC 420 USS, 6.2.1 (USS), PG/PC PC COM (USS) COM1, baud : 420 USS. 4.2 420 (AOP) AOP 420 USS, 420. (BOP), AOP MM420. ( 4-1 ) AOP. ( 4-1 ) 4-1 MM420 - baud - AOP - baud - - - BOP AOP P2010[1] - P8553 - BOP/AOP (6SE6400-0PM00-0AA0) COM AOP P2010[0] P2011 P8553 P8552 AOP (6SE6400-0MD00-0AA0)
AOP * P0700 P1000 AOP. 4.3 (CB)
5. / (BOP/AOP) 5.1 /... BOP: P0700 = 1 P0719 = 10...16 AOP: BOP P700 = 4 P0719 = 40...46 COM P0700 = 5 P0719 = 50...56 OFF1 :. : " ". OFF2 : ( ). BOP (P0700 P0719 ). (-).. : " " " "....,. 1. DC (d - V) 2. (A) 3. (Hz) 4. (o - V) 5. P0005 (, P0005 1-4.).
(rxxxx Pxxxx) Fn r0000. r0000 Fn. Fn. AOP... AOP. (AOP ) 5.2 : P0003 " " 1. 2 3 4 5 6 : 3, 1 3.
6. 6.1,. (4 1LA, star = (FU)- )... P0003 = 2 * 1 1 : 2 :, I/O 3 ( ) P0010 = 1 * 0 0 1 30 : P0010 1. P0100 = P0100 = 1,2 P0100 = 0 / 0 ( ) 0 (kw), 50Hz 1 (hp), 60Hz 2 (kw), 60Hz : P0100 = 0 1, switch DIP2(2) P0100. ( )
P0304 = P0304 = FU-spec. ( (V)) star/delta. P0305 = P0305 = FU-spec. ( (A)) P0307 = P0307 = FU-spec. ( [kw/hp]) P0100 = 0 2 kw. P0100 = 1 hp. cosphi P0308 = P0308 = ( (cos ) FU-spec. P0309 = P0309 = 0. P0100=1,2 P0308,, ( (%) v 0. P0100 = 0 P0309, FU-spec. P0310 = 50.00 Hz ( (Hz)). P0311 = FU-spec. ( (rpm)) 0 :. P0335 = ( ) 0 1 : 2 :
P0640 = 150 % (P0305 (%) (P0305) (%). P0700 = 2 0 1 (BOP) 2 4 BOP USS 5 COM USS 6 COM CB P1000 = 2 1 MOP 2 3 4 BOP USS 5 COM USS 6 COM CB P1080 = 0.00 Hz ( Hz ).,. P1082 = 50.00 Hz ( Hz ).,. P1120 = 10.00 s ( s ), (P1082) P1121 = 10.00 s ( s ), (P1082) P1135 = OFF3 5.00 s ( s ) OFF3.
P1300 = ( ) 0 0 Vf 1 FCC Vf 2 () Vf 3 Vf P3900 = 1 0 ( ) 0 1 2 3 : P3900 = 1, 2, 3 P0340 1. / " ".. 6.2 - application.. application.... P0003 = 3 * 1 1 : 2 :, I/O 3 ( )
6.2.1 (USS) P2010 = USS baud 6 USS baud. P2011 = USS 0. P2012 = USS PZD 2 USS PZD 16. P2013 = USS PKW 127 USS PKW 16. 3 1200 baud 4 2400 baud 5 4800 baud 6 9600 baud 7 19200 baud 8 38400 baud 9 57600 baud 6.2.2 P0700 = 2. 0 1 2 4 BOP USS 5 COM USS 6 COM CB 6.2.3 (DIN) P0701 = 1 1 5 1 ON/OFF 1 P0702 = 2 12 6 12 P0703 = 3 9 7 9 : 0 1 ON/OFF 1 2 ON + / OFF1 3 OFF2-4 OFF3 9 10 11
P0704 = 0 4 0 3,4 0 P0724 = 3 ( ) 0 1 2.5 ms 2 8.2 ms 3 12.3 ms 12 13 14 15 ( ) 16 ( + ON) 17 (2 + ON) 21 / 25 DC 29 33 99 BICO 6.2.4 (DOUT) P0731 = BI : 1 * 52.3 1. P0748 = 0 0. 52.0 0 52.1 0 52.2 0 52.3 0 52.4 OFF2 1 52.5 OFF3 1 52.6 ON 0 52.7 0
6.2.5 P1000 = 2 0 1 MOP 2 3 4 BOP USS 5 COM USS 6 COM CB 6.2.6 (ADC) P0757 = x1 0 V P0758 = y1 0.0% x1 P2000 ( ) (%). P0759 = x2 10V P0760 = y2 100.0% x2 P2000 ( ) (%). P0761 = 0 V.
6.2.7 (DAC) P0771 = CI : 21 2-20 ma. P0773 = (smoothing time) 2ms (ms). PT1. P0777 = x1 0.0% P0778 = y1 0 P0779 = x2 100.0% P0780 = y2 20 P0781 = 0 (ma). 6.2.8 (MOP) P1031 = 0 OFF. 0 1 (P1040 ) P1032 = 1 0 1 P1040 = 5.00 Hz. P1120 P1121.
6.2.9 (FF) P1001 = P1002 = P1003 = P1004 = 1 0.00 Hz 1. (P0701 = 15, 16) 2 5.00 Hz 2 (P0702 = 15, 16) 3 10.00 Hz 3 (P0703 = 15, 16) 4 15.00 Hz P1005 = 5 20.00 Hz P1006 = 6 25.00 Hz P1007 = 7 30.00 Hz P1016 = P1017 = P1018 = 0 1. 1 1-2 1 (P0701 ~ P0703),. 15 = (2 ). : 3 3.. ON. 16 = + On (2 + On/Off1) 15 On. 17 = 2 + On (BCD + On/Off1) BCD 1 3. 1 2 + On 3 2 + On : 2 3, On P1016 P1019.
6.2.10 P1058 = P1059 = P1060 = P1061 = 5.00 Hz (Hz) 5.00 Hz (Hz) 10.00 s 0 (P1082) (s). P1058 P1059. 10.00 s (1082) 0 (s) 6.2.11 (HLC) 1 (Hz) 0.00 Hz P1091 = +/- P1101 ( ) 1. P1091 = 2 0.00 Hz P1091 = 3 0.00 Hz P1091 = 4 0.00 Hz P1101 = (Hz) 2.00 Hz
P1120 = (s) 10.00 s P1121 = (s) 10.00 s P1130 = (s) 0.00 s P1131 = (s) 0.00 s (s) 0.00 s P1132 = P1133 = (s) 0.00 s. 0. P1134 = 0 1 OFF 5.00 s P1135 = OFF3. 6.2.12, P1080 = P1082 = P2000= (Hz) 0.00 Hz. P1080 P1080. (Hz) 50.00 Hz. P1082.,. (Hz) 50.00 Hz (Hz) 100%. 50 Hz. DIP 50/60 switch P0100 60 Hz 60 Hz. : (100% = P2000) USS (4000H = P2000).
6.2.13 P1300 = P1310 = 0. "Vf ". 0 V/f 1 FCC V/f 2 () Vf 3 Vf ( P1320 - P1325) (%) 50.00 % P0305 ( ) P0350 ( ) (%). V/f (P1300 ).. P1311 = P1312 = (%) 0.0 % P0305 P0350 (%). P1311. On P1312 P1311. (%) 0.0 % (On ) V/f P0305 ( ) P0350 ( ) (%).. 1) 2)
P1320 = P1321 = P1322 = P1323 = P1324 = P1325 = P1335 = P1338 = 0.0 Hz V/f coord.1 V/f coordinate (P1320/1321 ~ P1324/1325) V/f. V/f coord.1 0.0 Hz V/f coord.2 0.0 Hz V/f coord.2 0.0 Hz V/f coord.3 0.0 Hz V/f coord.3 0.0 Hz (%) 0.0 %. V/f 0.00 V/f. 6.2.14 / P0290 = P0292 = P0335 = P0610 = 0 0 1 (F0004) 2 (F0004) 15 ().. ( ) 0 0 : : I 2 t 2 I 2 t. 0,, 1, I max, F0011,, (F0011)
P0611 = P0614 = I 2 t (s) 100s.. P0611 P0340 ( ).. I 2 t (%) 100.0% A0511 ( ). P0640 = (%) 150.0 % P0305 ( ) (%). (P0305) 400%. 6.2.15 6.2.15.1 P1200 = 0. 0 1, 2,, OFF2, 3, OFF2, 4, 5,, OFF2, 6, OFF2,
P1202 = P1203 = : (%) 100%. : (%) 100%. 6.2.15.2 P1210 = 0. 0 1 On 2 3 4 5 6 / 6.2.15.3 P1215 = P1216 = 0 (MHB). 0 1 :. P0731 = 14 (6.2.4 ) (s) (P1080). 1.0 s P1217 = (s) 1.0 s (P1080).
6.2.15.4 DC P1232 = P1233 = DC (%) 100% DC (P0305) (%). DC (s) 0 s OFF 1 OFF 3 DC injection. 6.2.15.5 P1236 = (%) 0% DC AC DC. (P0305) (%). (6.2.15.6 ) P1254 = 0 on : on 6.2.15.6 Vdc P1240 = Vdc 1 Vdc. 0 Vdc 1 Vdc-max P1254 = Vdc on 1 Vdc on. 0 1
6.2.15.7 PID BI : PID 0.0 P2200 = PID PID. 1 PID, P1120 P1121. P2253 = CI : PID 0.0 PID. CI : PID 0.0 P2254 = PID. PID. PID 1.00 s P2257 = PID. P2258 = PID 1.00 s PID. CI : PID 755.0 P2264 = PID. P2267 = PID 100.00%. (%) P2268 = PID 0.00%. (%) P2280 = PID 3.000 PID. P2285 = PID PID. 0.000 s P2291 = PID 100.00% PID. (%) P2292 = PID 0.00% PID (%)
: P2200 BI : PID P2200 = 1.0 PID P2253 CI : PID P2253 = 2224 PID-FF1 P2264 CI : PID P2264 = 755 ADC P2267 PID P2267 P2268 PID P2268 P2280 PID P2280 P2285 PID P2285 P2291 PID P2291 P2292 PID P2292 6.3 420. (4.1 420 ) 1., /.. 2. 420 6.4 P0010 = 30 0 30 P0970 = 1 Busy 0 0 1 ( 10 ). P0970 = 0 P0010 = 0
7. 7.1 LED LED 0.3 1 Mains ( ) LED LED / ROM LED RAM LED
7.2 F0001 A0501 F0002 A0502 F0003 A0503 F0004 A0504 F0005 I 2 t A0505 I 2 t F0011 I 2 t A0506 F0041 A0511 I 2 t F0051 EEPROM A0541 F0052 A0600 RTOS F0060 Asic A0700-A0709 CB F0070 A0710 CB OFF USS F0071 (RS232 ) 0711 CB OFF USS F0072 (RS485 ) A0910 Vdc-max F0080 A0911 Vdc-max F0085 A0920 ADC F0101 Stack Overflow A0921 DAC F0221 PI A0922 F0222 PI, BIST A0923 F0450. ( )