思达(SD)JPSD3000T系列变频器使用说明书

思达(SD)JPSD3000T系列变频器使用说明书 SIDADIANZI SIDADIANZI JPSD3000 JPSD3000—P JPSD3000—G JPSD3000—V JPSD3000—H SIDADIANZI 1. 2. PE 3. 4. 5. P N 6. 7. 60Hz 8. SIDADIANZI ....................................................................................... 1 ................................................................................ 9 ............................................................... 18 ...................................................................... 23 .......................................................................... 30 ............................................................... 47 .............................................................................. 50 ...................................................................................... 57 .............................................................................. 61 SIDADIANZI 1 2 3 4 5 6 7 1-1 1--- 2--- 3--- 4--- 5--- 6--- 7--- SIDADIANZI SIDADIANZI 380V?15% 50/60Hz?5% <3% 0( ) 0.05 600Hz, 20 600Hz V/F 0.01Hz( 0.05 Hz) 100Hz 0.01Hz, 0.1Hz; 1‰ ?0.01% ? 0.5% 800~7000HZ 70.0%~300.0% 150%,1 / DC4-20mA DC0-10V 0.1 400 , /S 8 ( ) 8 0-600HZ 0.1 400 , 0 20, 8 SIDADIANZI DC4~20mA DC0~10V 7LED / 4 8 AC250V 10A // 100mA.Max 30V AM1 DC0~1mA 1mA / / AM2 DC0~20mA DC4~20mA 50 200% , ( ), 1000m -10 +40 C +50 C 90% 0.5G SIDADIANZI JPSD-G mm D H B A W mm SIDADIANZI JPSD3000 132K SIDADIANZI : U V IM W SIDADIANZI KM1 M1 KM2 KM0 M2 KMn Mn Lout 100% 90% 80% 1000 2000 3000 4000 m 16 SIDADIANZI 40 SIDADIANZI , 15cm 10cm 10cm 15cm SIDADIANZI (mm2) (A) JPSD3000-0.75K 3.0 JPSD3000-1.5K 4.0 2.5 JPSD3000-2.2K 6.0 M4 JPSD3000-3.7K 9.0 JPSD3000-5.5K 13.0 4.0 JPSD3000-7.5K 17.0 4.0 JPSD3000-11K 25.0 6.0 JPSD3000-15K 32.0 M5 JPSD3000-18.5K 39.0 JPSD3000-22K 46.0 10.0 M6 JPSD3000-30K 62.0 JPSD3000-37K 74.0 JPSD3000-45K 90.0 16.0 M6 JPSD3000-55K 110.0 JPSD3000-75K 150.0 25.0 JPSD3000-90K 176.0 M8 JPSD3000-110K 210.0 35.0 JPSD3000-132K 260.0 50.0 JPSD3000-160K 315.0 M12 JPSD3000-200K 368.0 75.0 JPSD3000-250K 480.0 JPSD3000-315K 600.0 M14 2 120 2 120 M16 3 70 3 95 M16 LED 5 8 SIDADIANZI U R S M V T W E 1mA 0~20mA 4~20mA 10V 0~10V 4~20mA SIDADIANZI 2-2 SIDADIANZI L1 R U L2 S V M S PE W T L3 T PE SIDADIANZI 5K/1W VREF VG (0~10V) GND2 GND2 IG 0~10mA 4~20mA COM COM FWD COM REV COM EMG COM COM RST X1-COM 1 X1 X2 X3 X2-COM 2 X3-COM 3 F25 JOG COM AM1 0~1mA AM1 1 AM2 0~20mA 4~20mA GND2 AM2 2 SIDADIANZI Fa-Fb Fa,Fb,Fc Fb-Fc 500mA +V4 DC24V COM COM OT1 COM OT2 HFA HFB RS485 B RS485 B RS485 / A RS485 A 31 ( ) GND2 COM , , 10 0.3mm2~0.75 mm2 , SIDADIANZI / VG 0~10V F04=1 F05=0 F14=3 F31=0 F37=2 VG 0~10V F42 F43 100 F50 F51 F58 PI PI 2-6 SIDADIANZI 7.5K S % HZ V A / / 3-1 11K HZ A S V VVVF rpm % PROG FWD REV STP ENTER RST EMG 3-2 SIDADIANZI 11K S HZ A V rpm % 3-3 3-1 SIDADIANZI ENTER STP rpm FXX FXX E2-- F00 FXX SIDADIANZI 3-2 F00 1 PROG F02 2 ? 50.00 3 PROG , 60.00 4 ? 60.00 , , 5 ENTER F02 6 PROG F00 7 ? , , 8 PROG 3-3 LED HZ V A rpm % S FWD REV SIDADIANZI SIDADIANZI F05 F12 F00 F71 F37=0 F01 0.00 ~40.00HZ 0.00 HZ F176 F02 20.00~600.00HZ 50.00 HZ F03 26.00~ 600.00HZ 50.00 HZ 0 1 F04 0 2 F69 F71 0- 1- F73~F112 2- VG0~10V F26 F27 3- Ig 0~ 10mA F05 0 4- Ig 4~ 20mA 5- X1X2 6-RS485 F25 F160~F165 F06 0.1~999.9 sec * F07 0.1~999.9 sec * F08 0.0~50.0 sec 0.0sec F09~F11 0- HZ 1- 2- 3- 4- - rpm 5- F12 6- 7- 8- 9- 10- AVR 0- F13 1- 0- F15 F54 1- F129 F130 F14 3 F58 2- F131 3- F15 100-9999ms 1000 ms 0- 1- F16 0 2- SIDADIANZI F18 0 1 0 0 F19 01 F20 0.0~10.0% 0.5% 0.00HZ F03 F21 33.3% 1/3 15.0~60.0 F22 30.0~80.0% 66.6% 2/3 F23 80.0~110.0% 100.0 F24 0.00~500.0HZ 50.0 HZ F149 F150 0-X1 X2 X3 F25 0 F05 1-X1 X2 X3 Vg F26 0.500~2.000 1.001 F27 0.500~2.000 1.000 Ig F28 1 0- 1- 0.0~300.0% F29 0.0% 0-0~20 F30 0 1-4~20 0- Vg 0~10V 1- Ig 0~10mA F31 0 2- Ig 4~20mA F32 0.10~600.0HZ 1.00 HZ F33 0 0 1 F34 0.10~20.00HZ 0.80 HZ F35 0.0~60.0 sec 0.0 F36 800~7000HZ 2000 HZ 0- V/F F05 F31 1- F37 0 F27 F29 F26 2- F38 0 0 1 F39 5.0~300.0% 150.0% F40 0 1 F41 50.0~300.0% 100% F42 0.0~200.0% 100% F x =kx+b F43 -50.0~50.0% 0.0% SIDADIANZI 0- 1- F44 0 2- F45 0.0~200.0% 50.0% F46 0.0~200.0% 100% F47 100~9999ms 500ms F48 1.0~400.0 sec 5.0sec F32 F49 1.0~400.0 sec 5.0sec F32 F50 0.200~9.9999 0.500 PI F18,F37,F31 F51 0.1~100.0sec 3.5sec PI F18,F37,F31 F52 0.00~50.00 0.00 F53 0.01~5.00 1.00 F54 30.0~300.0% 100.0% F14 F15 0- 1- Ism 2- Vsm F55 0 1 3- 4-F00 F56 2 AM2 F57 F58 0.0~99.0sec 2.0sec F59 50.0~0.0 70.0% F60 0.00~500.00HZ 10.00 5.0~300.0% 100.0% F61 F62 5.0~300.0% 110.0% F63 70.0~300.0% 120.0% F64 0 0 F52 F72 F151 F152 F65 0~20 0 0- F66 0 1- 0- 1- F67 0 2-4 5- 30.0~300.0% F68 100.0 F70 F69 0~9999 1000 F71 SIDADIANZI F70 0 0- 1- F68 0- 1- F02 F71 0 00 F05 2- RPM 3- F69 F72 0.0~50.0% 0 F37=2 F73 0- 1- F74 F75 F76 F77 F78 F79 F80 F81 0.00~600.00HZ 5.00 HZ F82 0.00~600.00HZ 10.00 HZ F83 0.00~600.00HZ 15.00 HZ F84 0.00~600.00HZ 20.00 HZ F85 0.00~600.00HZ 25.00 HZ F86 0.00~600.00HZ 30.00 HZ F87 0.00~600.00HZ 40.00 HZ F88 0.00~600.00HZ 50.00 HZ F89 0.0~999.9sec 5.0 sec F90 0.0~999.9sec 5.0 sec F91 0.0~999.9sec 5.0 sec F92 0.0~999.9sec 5.0 sec F93 0.0~999.9sec 5.0 sec F94 0.0~999.9sec 5.0 sec F95 0.0~999.9sec 5.0 sec F96 0.0~999.9sec 5.0 sec F97 0.0~999.9sec 5.0 sec F98 0.0~999.9sec 5.0 sec F99 0.0~999.9sec 5.0 sec F100 0.0~999.9sec 5.0 sec F101 0.0~999.9sec 5.0 sec F102 0.0~999.9sec 5.0 sec SIDADIANZI F103 0.0~999.9sec 5.0 sec F104 0.0~999.9sec 5.0 sec F105 0.0~999.9sec 5.0 sec F106 0.0~999.9sec 5.0 sec F107 0.0~999.9sec 5.0 sec F108 0.0~999.9sec 5.0 sec F109 0.0~999.9sec 5.0 sec F110 0.0~999.9sec 5.0 sec F111 0.0~999.9sec 5.0 sec F112 0.0~999.9sec 5.0 sec F113 1.0~6000A * F114 10.0~6000V 380.0V F115 100~9999 rpm 1500rpm F116 20.00~500.0HZ 50.00 HZ F117 0.20~1.00 0.80 F118 1~16 2 F119 0~9999 0 F120 0~9999 0 F121 0~9999 0 F122 0 0 1 F123 50~2000ms 200ms F124 50~2000ms 200ms F125 10~2000ms 200ms F126 0 0 1 0- F127 0 1- F128 F129 10~4096 200 F130 0.10~9.999 1.00 F131 5.0sec~120.0sec 5.0sec F132 F133 0.0sec~30.0sec 0.5sec F134 0.0%~125.0% 100.0% 1.00~600 * F135 F136 10.0~6000 * SIDADIANZI F137 1.5~20.0 s * F138 0.0~100.0% 50.0% F139 10%~400% 100.0% 5~9999 9999 F140 F141 0.01~500.0HZ 11.00 HZ F142 0.01~500.0HZ 21.00 HZ F143 0.01~500.0HZ 31.00 HZ F144 0~2.00HZ 0.00 HZ F145 0~2.00HZ 0.00 HZ F146 0~2.00HZ 0.00 HZ F147 10.0%~150% 100.0% F148 10.0%~150% 100.0% 0- / 1- 2- F24 3- F24 4- F149 0 F60 5- F60 6- 7- F150 0 F149 F151 1.0~3600.0 sec 10.0 sec F152 0.10~10.0HZ 1.00 HZ F153 0 0 1 3~500ms 5ms F154 F155 50~2000ms 400ms F158 0- 1- 0 F159 0.3~300.0sec 5sec F160 0 0- 1- F161 1~31 1 F162 4800~57600 9600 0- RTU F163 0 1-ASCII F164 0 0-16 1-BCD SIDADIANZI F165 1 0- 1- F166 0~9.999 3.200 F167 50~5000 80 F168 0~8.000 0.500 F169 2~4000 20 F170 0~8.000 0.500 F171 2~4000 20 F139,F170, F172 1 0- 1- F171,F177 0- 1- F173 0 F00 2- F00 F174 0 0- 1- 0- 1- F175 0 / 2- F37=2 F176 0.00Hz~600.00 0.00 F01,F02 F177 1~1000 2 F172 0- 1- F00, F178 0 2- F71,F69 3- F179~ F184 SIDADIANZI F00 / F05 F71 F05 F00 F12 ENTER F12 F00 01 HZ F05=0 02 HZ 03 A 15%( ) 04 V 05 rpm rpm F115 06 07 08 HZ 09 10 11 V 1.35 1 STP 2 ENTER F69 F71] [ F05 F12 F25 F01 0.0HZ 0.00~40.00HZ 0.00HZ SIDADIANZI F02 50.00HZ 20.00 ~600.0HZ F03 50.00HZ 26.00~600.0HZ F04 0 0- 1- 2-RS485 0- FWD REV EMG STP 1- , FWD REV FWD REV EMG RST 2- RS485 F160 F165 F05 0 0~6 0- 1- ~ 2- VG 0~10V ~ 3- Ig 0~10mA ~ 4- Ig 4~20mA ~ 5- X1X2 X1X2 SIDADIANZI 6-RS485 X1-COM X2-COM [ F160 F165] : ( ) , , F06 * 0.1~400.0sec 0HZ F02 F07 * 0.1~400.0sec F02 0HZ F08 0.0sec 0.0~50.0sec HF S HF HF F06 F07 F08 F08 F12 1 0~10 F00 ENTER F00 0- 1- 2- 3- 4- 5- rpm 6- 7- 8- 9- 10- SIDADIANZI F13 AVR 1 0- 1- AVR PWM F14 3 0~3 0- F04=1 1- 2- 1 3- F58 ” EMS/RST “ ” F15 1000ms ~ F16 0 0~ 0- 1- 2- SIDADIANZI F17 0 0~2 0- 1- 2- F20 0.00HZ 0.5% 0.0~10.0% F21 1/3 33.3% 15.0~60.0% F03 1/3 F22 2/3 66.6% 30.0 ~80.0% F03 2/3 F23 100.0% 80.0~110.0% F03 F25 0 0~1 0- — 1- SIDADIANZI ~ 3 2 4 1 8 5 6 7 0 1 F26 VG 1.001 0.500~2.000 VG [ 10V F02 10V ] 1.000 F27 IG 0.500~2.000 IG [ 20mA F02 20mA ] F29 0.0 0.0 ~300.0 SIDADIANZI F30 AM2 0 0- 0~20mA 1- 4~20mA AM2 GND2 F31 0 0~2 Vg(0~10V) 0- Ig(0~10mA) 1- Ig(4~20mA) 2- [ ] F32 1.00HZ 0.01~500.0HZ F02 [ ] F48 5.0sec 1.0~400.0sec 0 HF F49 5.0 sec 1.0~400.0sec HF 0 HF JOG COM FWD-COM REV-COM SIDADIANZI F33 0 0- 1- [ F34 F35] F34 0.8HZ 0.1~20.0HZ F35 F35 0.0sec 0.0~60.0sec F34 F33=1 F34=10.00 F35=8.0 0HZ10HZ10HZ F36 ( ) 2000HZ 800~7000HZ 200HZ F36 1KHZ 3KHZ 5KHZ 7KHZ PWM F37 0 0- V/F 1- 2- F37=2 0 F04 F05 F14 F31 F50 F51 F58 SIDADIANZI F38 0 0- 1- F39 0 0.5~300% F38 F40 1 0- 1- [ F41] F41 100% 50.0~300.0% 1 1 F40=0 50% 100% % 0.0~200.0% 50.0~50.0% SIDADIANZI F50 PI 0.500sec 0.200~9.999sec F51 F51 PI 3.5 sec 0.1~100.0sec F50 PI 1 F50- 2 F51- [ F31 F37] 0.00 50.0 F53 1.00 0.01~5.00 30.0 300.0% F55 AM1 0 0~3 AM1 0- 0~5V 1- Ism AM1 2- Vsm AM1 3- AM1 F56 AM2 1 0~3 AM2 0- 0~20mA 4~20mA 1- Ism AM2 2- Vsm AM2 3- AM2 F57 SIDADIANZI "", , "" 0.0 99.0sec 50.0% 90.0% F61 100.0% 5.0~300.0% F62 110.0% 5.0~300.0% F66 0 0- 1- SIDADIANZI 70.0% 300.0% [ F52 F72 F151 F152] F65 0 0~20 F65=0 F65=1 F65=2 20 F67 0 0- 1- 5- 2~4 0 F68 100% 30.0~300.0% F70 [ F70 F117 F135] SIDADIANZI F69 1000 0~9999 F178 [ F00 F71] F71 F00 0 0~3 0- 0.01HZ 1- [ F02 F00 F12] 2- rpm[F115 F116 F118] 3- F69[F00 F12 F69] F71 F04=0 F05=0 F02=50HZ F12=1 F71=210HZ 10HZ F72 0 0.0~50.0% (F37=2) F151 [ F37=2] F73~F80 1 0- 1- F81~F88 0.00~600.0HZ F02 F89~F96 5sec 0.0~999.9sec F97~F104 5sec 0.0~999.9sec 1~8 F97~F104 F105~F112 5sec 0.0~999.9sec 1~8 F105~F112 F113~F122 SIDADIANZI F123 VG 200ms 50~2000ms IG F124 200ms 50~2000ms F123 F124 VG IG VG IG F127 0 F129 200 10 4096 F130 1.000 1.000 9.999 F141 11.0HZ 0.01-500.0HZ F142 21.0HZ 0.01-500.0HZ F143 31.0HZ 0.01-500.0HZ F144 0.00 HZ 0-2.00HZ F145 0.00 HZ 0-2.00HZ F146 0.00 HZ 0-2.00HZ 0-HF HF 0.00HZ F147 F148 100.0% 10.0%~150.0% AM1 AM2 F147 F148 F147 AM1 F148 AM2 SIDADIANZI F149 OUT1 0 0~7 : 0- / OUT1 OUT1 1- F37=0 1%OUT1OT1 F02 OUT1F37=2 OT1 1%OUT1OT1 OT1OUT1 F24OUT1 OT1OUT1 2- F24OUT1 OT1 OT1OUT1 3- F60OUT1 OT1OUT1 OT1 F60OUT1 4- OT1OUT1 OT1 OUT1OT1 5- OT1OUT1 OUT1OT1 OT1 OT1OUT1 6- +24V 7- OUT DC24V 10% COM F150 OUT2 0 OT2 F149 F151 10.0sec F152 1.00HZ 0.10~10.0HZ SIDADIANZI F154 5ms 3~500 ms DSP F155 400ms 50~2000ms F160 0 0- 1- F161 1 1 31 31 F162 9600 4800~57600 F163 0 0-RTU 8 1-ASCII 16 F164 RTU 0 0- 16 1- BCD RTU 16 BCD F165 1 0- 1- F166 F167 F168 F169 F170 SIDADIANZI F171 F172 [ F139 F170 F171 F177] F173 F166~F173 F125 F126 F174 0 1 F175 0 1 2 F175=0 F175=1 F175=2 F176 0.0HZ 0.0~600.0HZ [ F37,F01,F02] F02 F177 2ms 1~1000ms [ F172] SIDADIANZI JPSD3000 SC OC OU PC OH E2rr LU1 LU2 6-1 F29 F116) 2 F29=0 150% CPU SIDADIANZI 1 2 a. b. 3 a b. 4 85 a. b. c. 5 a. b. c. 6 7 FWD REV COM F14=3 SIDADIANZI SIDADIANZI SIDADIANZI 40? 40? SIDADIANZI ! SIDADIANZI R P(+) DB U S V T W PE 500V 7 1 SIDADIANZI SIDADIANZI + P RS T S P R T (R,S,T) N RS T S N R T P UV V P W N UV U W V N (U,V,W) W U W SIDADIANZI 7-2 SIDADIANZI 2 JPSD3000 7.5KW P+ BK UV W JPSD7.5KW W [%] JPSD11KW P+ N P+ N R S T P+ N U W P+ N DB1 DB2 V 21 8-1 SIDADIANZI JPSD11KW JPSD3000 25 10 20 mm 8-2 SIDADIANZI +0.5 0 75 +0.5 0 123 8.3.1 8.3.2 1. 500KVA 10 2. 3. ON/OFF 4. 3% 8.3.3 1. 2. 400 3. RS485 PLC SIDADIANZI SDC YH SIDADIANZI JPSD3000 380V JPSD3000 7.5~22 A B D H W 257 400 210 420 280 5 1-3 SIDADIANZI 1- 1 2- R 3- S 4- T 3 2 4 1- 2- U 2 4- V 6- W 3 6 4 5 1 3-EMG 5-FWD 9 7 7-COM 8 4 YD32J4Z YD32K4TP/20 9 YD40K9Z YD40JT9TP/25 SIDADIANZI 1 50HZ 380V 2 50HZ 380V V HZ F02 F03 F36 50 55 2000 350 50 50 52 2000 370 50 200 365 3000 220 200 200 330 3000 240 200 200 300 3000 260 200 200 230 3000 350 200 250 285 3000 350 250 300 550 3000 220 300 300 500 3500 240 300 300 460 4000 260 300 300 350 4000 350 300 400 600 5000 260 400 400 580 5000 270 400 400 550 5000 293 400 400 510 5000 313 400 400 480 5000 333 400 400 460 5000 350 400 500 570 5500 350 500 SIDADIANZI 3 ENTER 4 F03 F03 5 FWD REV UV W 6 F36