A06B-0266-B400伺服电机参详
A06B-0266-B400伺服电机参详
A06B-0266-B400伺服电机参详
AX5206-0000-0200
2198-D057-ERS3
DCS880-S02-0680-04
DCS880-S02-0100-04
6ES5247-4UA31
VE3008
TSXMAP1074
6AG4141-5AB17-0FA0
6SN1118-0AA11-0AA1
3HAC17484-10/03
A06B-0266-B400
A06B-6220-H011#H600
A06B-6220-H030#H600
6GK1411-5AB00
A06B-6164-H343#H580
A06B-6240-H209
6SN1145-1AA00-0CA0
3HAC041443-003
KPP 600-20
6ES7414-2XK05-0AB0
177230-01-02-05
8V1090.002
8V1090.00-2
X20CP3585
NACHI RAX13C RAX13C
NACHI MFM552H1V MFM552H1V
NACHI MFM452H5V MFM452H5V
MODICON NW-BM85-Y422 NWBM85Y422
MODICON MM-PMC2-11S MMPMC211S
MODICON MM-PMC2-10S MMPMC210S
MODICON AS-P180-011 ASP180011
MODICON AS-P180-010 ASP180010
MITSUBISHI K3-CPU-H K3CPUH
MITSUBISHI FR-Z240-37K-UL FRZ24037KUL
MITSUBISHI FR-A221E-7.5K FRA221E75K
MITSUBISHI A6GPPE-240UK A6GPPE240UK
MICROSCAN FIS-0890-0001G FIS08900001G
MEASUREX 51305517-100 51305517100
MEASUREX 51305406-100 51305406100
MEASUREX 09806701 09806701
MEASUREX 085464-01 08546401
MEASUREX 053629-00 05362900
MAGNETEK GPD505V-B240 GPD505VB240
MAGNETEK GPD503-DS360 GPD503DS360
LAMBDA LCS-E-5-OV LCSE5OV
KLOCKNER MOELLER DIL10AM/22 DIL10AM22
JOHNSON CONTROLS MS-NAE3510-2 MSNAE35102
ITE SIEMENS W1MM1400225 W1MM1400225
ITE SIEMENS CMD63B800 CMD63B800
ITD EMT200-3-R6-1/2 EMT2003R612
INDUSTRIAL DEVICES B8962NP B8962NP
INDRAMAT TVD1.3-15-03 TVD131503
INDRAMAT TRANS-01-M03.0000/OP01 TRANS01M030000OP
INDRAMAT MDD065A-N-040-N2M-095PBO MDD065AN040N2M09
INDRAMAT MAC090B-0-JD-3-C/110-A-0/S001 MAC090B0JD3C110A
INDRAMAT KDV1.3-100-220/300-W1/115/220 KDV13100220300W1
INDRAMAT KDV1.3-100-220 KDV13100220
INDRAMAT DDC01.2-N200A-DS50-00-FW DDC012N200ADS500
INDRAMAT DDC01.2-N100A-DS68-00-FW DDC012N100ADS680
INDRAMAT DDC01.2-N100A-DS01-02-FW DDC012N100ADS010
INDRAMAT 2AD132C-350B1CS01/S007 2AD132C350B1CS01
INDRAMAT 2AD132B-B350A1BS03D2N1 2AD132BB350A1BS0
IMAJE PC20000101 PC20000101
HONEYWELL TVMP-C0-80-AM0-E00-F10-0U000V-00 TVMPC080AM0E00F1
HONEYWELL 51403476-150 51403476150
HONEYWELL 51401583-100 51401583100
HITACHI ASCII-1H ASCII1H
HICKOK PRO-SPEC-1000 PROSPEC1000
HEIDENHAIN CORP 359651-02 35965102
HARDY INSTRUMENTS HI2160RC-RM-A1-E1 HI2160RCRMA1E1
GIDDINGS & LEWIS M-1016-9301R1 M10169301R1
GIDDINGS & LEWIS 401-34322-01 4013432201
GENERAL ELECTRIC DS200SSRAG1A DS200SSRAG1A
GENERAL ELECTRIC DS200IPCSG1A DS200IPCSG1A
GENERAL ELECTRIC DS200IMCPG1BBA DS200IMCPG1BBA
GENERAL ELECTRIC DS200IMCPG1AEA DS200IMCPG1AEA
GENERAL ELECTRIC DS200IMCPG1ADA DS200IMCPG1ADA
GENERAL ELECTRIC 5CD203PA866A002 5CD203PA866A002
GENERAL ELECTRIC 193X-706AAG01 193X706AAG01
GENERAL ELECTRIC 193X-532-AD 193X532AD
GENERAL ELECTRIC 137D5103G1 137D5103G1
GENERAL ELECTRIC 07556D15G0001 07556D15G0001
GENERAL ELECTRIC 0621L0461-G001 0621L0461G001
GE FANUC IC752BTS450 IC752BTS450
GE FANUC IC697CSE784 IC697CSE784
GE FANUC IC600CP614 IC600CP614
GE FANUC IC3600LINB1 IC3600LINB1
GE FANUC IC3600AOAB1 IC3600AOAB1
GE FANUC IC3600A0A IC3600A0A
GE FANUC 193X717ACG01 193X717ACG01
FOXBORO P0961FX P0961FX
FOXBORO E20S-V2FB6 E20SV2FB6
FOXBORO E20S-I2FB6 E20SI2FB6
FOXBORO 130M-N5/ECRB 130MN5ECRB
FOXBORO 130M-N5 130MN5
FILTER PUMP IND 8C-5C 8C5C
FANUC A06B-0642-B012 A06B0642B012
FANUC A06B-0583-B041 A06B0583B041
FANUC A06B-0501-B501 A06B0501B501
FANUC A06B-0310-B351 A06B0310B351
FANUC A06B-0128-B577 A06B0128B577
FANUC A06B-0127-B675 A06B0127B675
ENDRESS & HAUSER 93WA1-BA1A20RCBAAA 93WA1BA1A20RCBA1
ENCODER PRODUCTS 725N6000QOC1FNEY 725N6000QOC1FNEY
DIGITAL COMPUTER 5016017-01-D1-P3 501601701D1P3
CUTLER HAMMER SVX025A1-4A1B1 SVX025A14A1B1
CUTLER HAMMER SPD200480Y3K SPD200480Y3K
CUTLER HAMMER PUM-1 PUM1
CUTLER HAMMER HLD3600 HLD3600
CUTLER HAMMER DH425FGK DH425FGK
CUTLER HAMMER CB4033T120K480 CB4033T120K480
CUTLER HAMMER A900M2DAC A900M2DAC
CONTROL TECHNIQUES V7500ICD V7500ICD
CONTROL TECHNIQUES SPMD1604M SPMD1604M
COMPUMOTOR DRM21008B115 DRM21008B115
COGNEX IS5100-00 IS510000
COGNEX 800-5870-1-A 80058701A
COGNEX 800-5870-1 80058701
CARRIER HK50AA021 HK50AA021
BONITRON M3452-H600K6 M3452H600K6
BAYSIDE RA142-015-LB RA142015LB
BANNER ENGINEERING P4COR P4COR
BALDOR ZD18H-460-EO ZD18H460EO
BAILEY CONTROLS 6637446A 6637446A
BAILEY CONTROLS 6637033A4 6637033A4
BAILEY CONTROLS 6637033A2 6637033A2
AVTRON 630267 630267
ASEA BROWN BOVERI YT221001-LS YT221001LS
ASEA BROWN BOVERI YB560103-AC/8 YB560103AC8
ASEA BROWN BOVERI SR4313150R23C2EC1AB SR4313150R23C2EC
ASEA BROWN BOVERI DCF504-0050 DCF5040050
ASEA BROWN BOVERI ACS800-U1-0120-5+E202+L500+L502+P901 ACS800U101205E20
ASEA BROWN BOVERI 52614759 52614759
ARO 93970317 93970317
ALLEN BRADLEY 8600AT-MC/TC-CNC-DEMO2 8600ATMCTCCNCDE1
ALLEN BRADLEY 8520-1S10A-BAT-EX4-T1-Y-4-5-7 85201S10ABATEX4T
ALLEN BRADLEY 8500-A1D-K1B 8500A1DK1B
ALLEN BRADLEY 6181F-17TPXPH 6181F17TPXPH
ALLEN BRADLEY 6180-ADIDCFBCCZZ 6180ADIDCFBCCZZ
ALLEN BRADLEY 6170-DBCD1Z1EBZZA 6170DBCD1Z1EBZZA
ALLEN BRADLEY 5250-LP1 5250LP1
ALLEN BRADLEY 513-EABD-50 513EABD50
ALLEN BRADLEY 4100-212-P 4100212P
ALLEN BRADLEY 3500-AIO 3500AIO
ALLEN BRADLEY 2711-TC1 2711TC1
ALLEN BRADLEY 2711-T10C8L1 2711T10C8L1
ALLEN BRADLEY 2711-T10C20L1 2711T10C20L1
ALLEN BRADLEY 2711P-B15C6B2 2711PB15C6B2
ALLEN BRADLEY 1785-LT3 1785LT3
ALLEN BRADLEY 1785-L40L 1785L40L
ALLEN BRADLEY 1772-LP3D4 1772LP3D4
ALLEN BRADLEY 1771-PM 1771PM
ALLEN BRADLEY 1771N-0NNTTTTTT 1771N0NNTTTTTT
ALLEN BRADLEY 1771-IFF 1771IFF
ALLEN BRADLEY 1747-OCEDEBA 1747OCEDEBA
ALLEN BRADLEY 1392-B100-RK-MC-B-F2 1392B100RKMCBF2
ALLEN BRADLEY 1391-DES45-DI-AQB-A 1391DES45DIAQBA
ALLEN BRADLEY 1391-DES22-DI-AQB 1391DES22DIAQB
ALLEN BRADLEY 1336VT-B060-EAS-L3 1336VTB060EASL3
ALLEN BRADLEY 1336S-B020-AA-EN4-HA2-L6 1336SB020AAEN4H2
ALLEN BRADLEY 1336S-B020-AA-EN3-HA2-L6 1336SB020AAEN3HA
ALLEN BRADLEY 1336F-BRF200-AN-EN-L5 1336FBRF200ANENL
ALLEN BRADLEY 1336F-BRF200-AE-EN-L5 1336FBRF200AEENL
ALLEN BRADLEY 1334-FOB-K8W1 1334FOBK8W1
ALLEN BRADLEY 1334-FOB 1334FOB
ALLEN BRADLEY 1327AA-AC-05-B 1327AAAC05B
ALLEN BRADLEY 1326AB-B740C-21-L 1326ABB740C21L
ALLEN BRADLEY 1326AB-B730E-S2L 1326ABB730ES2L
ALLEN BRADLEY 1326AB-B420H-S2K4L 1326ABB420HS2K4L
ALLEN BRADLEY 1326AB-A530E-21 1326ABA530E21
ADEPT TECH 10332-00716 1033200716
AC TECHNOLOGY M34400B M34400B
在控制策略上,基于电机稳态数学模型的电压频率控制方法和开环磁通轨迹控制方法都难以达到良好的伺服特性,当前普遍应用的是基于永磁电机动态解耦数学模型的矢量控制方法,这是现代伺服系统的核心控制方法。虽然人们为了进一步提高控制特性和稳定性,提出了反馈线性化控制、滑模变结构控制、自适应控制等理论,还有不依赖数学模型的模糊控制和神经元网络控制方法,但是大多在矢量控制的基础上附加应用这些控制方法。还有,**能伺服控制*须依赖**度的转子位置反馈,人们一直希望取消这个环节,发展了无位置传感器技术(Sensorless Control)。至今,在商品化的产品中,采用无位置传感器技术只能达到大约1:100的调速比,可以用在一些低档的对位置和速度精度要求不高的伺服控制场合中,比如单纯追求快速起停和制动的缝纫机伺服控制,这个技术的**能化还有很长的路要走。