A06B-6141-H030#580 驱动器参详

A06B-6141-H030#580 驱动器参详

A06B-6141-H030#580 驱动器参详

A06B-6141-H030#580 驱动器参详

A06B-6141-H030#580驱动器故障

A06B-6141-H030#580驱动器安装说明

3BHB017686R0021

CE6050

A5E42740130

A06B-6140-H030

A06B-6141-H030#580

ACBU-A1

UL9-20833K

6GK1503-3CC00

HIEE405246R0002

3HAC042766-001/05

1756HP-TIME

6AV2124-0XC02-0AX0

LPG050 ID

DCS800-S01-0065-04/05

ACS580-04-585A-4

ABB 3HAC048013-001   1

6ES7153-2AA02-0XB0  1

6ES7322-1FH00-0AA0   3

6ES7315-2AH14-0AB0  1

6ES7322-1BH00-0AA0  3

6QA1234-3AK83  4

6QA1214-3AK83  2

6QA1215-3AK83  2

6QA1216-3AK83  1

HIEE405246R0002   2

UNS 0867A-P.V2

TY801K01 3BSE023607R1   1

TU810V1 3BSE013230R1   1

MITSUBISHI FR-Z240-5.5K-UL  FRZ24055KUL

MITSUBISHI FR-Z240-30K-UL  FRZ24030KUL

MITSUBISHI FR-A240-E-37K-TF  FRA240E37KTF

MEASUREX 08638700  08638700

MAGNETEK GPD515C-B096  GPD515CB096

LANDIS & GYR PXC00-E96.A  PXC00E96A

LANDIS & GYR 562-002  562002

ITE SIEMENS WMS124U  WMS124U

ITE SIEMENS PD63B120-A01  PD63B120A01

ITE SIEMENS ND63T100  ND63T100

IRCON R-35C15  R35C15

INDUSTRIAL COMPUTER 8600-RE/SB386SX/AT-40MB  8600RESB386SXAT4

INDRAMAT TRANS-01-109-468-4800  TRANS01109468480

INDRAMAT TRANS-01.3  TRANS013

INDRAMAT TRANS-01.1  TRANS011

INDRAMAT TRANS-01.00  TRANS0100

INDRAMAT TDM1.4-050-300-W1-000  TDM14050300W1000

INDRAMAT MKD-112B-024-GP0-BN  MKD112B024GP0BN

INDRAMAT MDD090C-N-030-N2L-A110GBO  MDD090CN030N2LA1

INDRAMAT MAC071C-0-JS-4-C-095-A-0-W1504LV-S001  MAC071C0JS4C0951

INDRAMAT KDA1.1-100-300-W1/220  KDA11100300W1220

INDRAMAT DSC1.4-50  DSC1450

INDRAMAT DDS2.1-W/050-D  DDS21W050D

INDRAMAT DDS02.1-W050-DA01-00  DDS021W050DA0102

INDRAMAT CDM1.4A  CDM14A

INDRAMAT CDM1.3A  CDM13A

HORNER ELECTRIC HE697BEM600  HE697BEM600

HONEYWELL XL-100CU  XL100CU

HONEYWELL 51400997-200  51400997200

HONEYWELL 1858-T79H0  1858T79H0

HONEYWELL 1858-T790G  1858T790G

HEWLETT PACKARD TEST & MEASURE 54503A  54503A

HEWLETT PACKARD COMPUTER 1201B  1201B

GIDDINGS & LEWIS 502-03994-10R3  5020399410R3

GIDDINGS & LEWIS 502-03963-61  5020396361

GETTYS 16-0376-17  16037617

GENERAL ELECTRIC THPC-3620G3TRT1  THPC3620G3TRT1

GENERAL ELECTRIC DS3815PMMA1D1B  DS3815PMMA1D1B

GENERAL ELECTRIC DS3815PMMA1C1B  DS3815PMMA1C1B

GENERAL ELECTRIC DS3800HAIC1A1A  DS3800HAIC1A1A

GENERAL ELECTRIC DS3800HAFA-1B1D  DS3800HAFA1B1D

GENERAL ELECTRIC DS200IAXSG1A  DS200IAXSG1A

GENERAL ELECTRIC 6KDV3280Q2B20D4  6KDV3280Q2B20D4

GENERAL ELECTRIC 3N2100FA104C1  3N2100FA104C1

GENERAL ELECTRIC 186C8108G1  186C8108G1

GENERAL ELECTRIC 137D6155G2  137D6155G2

GENERAL ELECTRIC 137D5161G1  137D5161G1

GEMCO ELECTRIC 1989-A16R12SCM  1989A16R12SCM

GE FUJI 6KDV3224Q2B20  6KDV3224Q2B20

GE FANUC IS200VTCCH1B  IS200VTCCH1B

GE FANUC IC600CP630  IC600CP630

GE FANUC IC3600SSVB1  IC3600SSVB1

GE FANUC IC3600LRLB1  IC3600LRLB1

GE FANUC A06B-6062-H222  A06B6062H222

FOXBORO P0960JA  P0960JA

FOXBORO 135B  135B

FISHER ROSEMOUNT DM6004X1-EA2  DM6004X1EA2

FANUC A20B-0009-0533  A20B00090533

FANUC A20B-0002-0942  A20B00020942

FANUC A06B-6058-H334  A06B6058H334

FANUC A06B-0632-B011  A06B0632B011

FANUC A06B-0602-B031  A06B0602B031

FANUC A06B-0356-B759  A06B0356B759

FANUC A06B-0163-B675  A06B0163B675

FANUC A06B-0143-B189  A06B0143B189

DORRIS 307TR10  307TR10

DODGE 356058  356058

CUTLER HAMMER ND312T36W  ND312T36W

CUTLER HAMMER HVX01031B1SA  HVX01031B1SA

CUTLER HAMMER HLD3600  HLD3600

CUTLER HAMMER 1585THX  1585THX

CTC PARKER AUTOMATION P91-4PC-1A0H-4A3  P914PC1A0H4A3

CONTROL TECHNIQUES MX-1300  MX1300

CONTROL TECHNIQUES FX-6300  FX6300

CONTROL TECHNIQUES DB-600  DB600

CAMCO 60-500RGDH40-90-90-90-90  60500RGDH4090909

CAMCO 60-500RGDH40-65-115-65-115-OSC  60500RGDH4065115

CAMCO 60-500RGDH40-100-80  60500RGDH4010080

CAMCO 30-500RGDH40-90-90-90-90  30500RGDH4090909

CAMCO 30-500RGDH40-90-90  30500RGDH409090

BAUMULLER BUM62F-75/975-54-M-041  BUM62F7597554M04

BARBER COLMAN 41VM-33101-107-1-00  41VM33101107100

BARBER COLMAN 41AA-24103-210-1-00  41AA24103210100

AUTOMATED LOGIC X4106E  X4106E

AUTOMATED LOGIC MX4106  MX4106

ASEA BROWN BOVERI YB161102-BS  YB161102BS

ASEA BROWN BOVERI EHDB520M2P-1L  EHDB520M2P1L

ASEA BROWN BOVERI 57520001-GD  57520001GD

ASEA BROWN BOVERI 52700141  52700141

ASEA BROWN BOVERI 3BSC690104R2  3BSC690104R2

ALLEN BRADLEY RP-144443  RP144443

ALLEN BRADLEY 8520-CPUX1  8520CPUX1

ALLEN BRADLEY 6180-DHIEFLDHECZ  6180DHIEFLDHECZ

ALLEN BRADLEY 500FL-FOB92  500FLFOB92

ALLEN BRADLEY 3400-TFS  3400TFS

ALLEN BRADLEY 2711-TC1MC  2711TC1MC

ALLEN BRADLEY 2711-TA1  2711TA1

ALLEN BRADLEY 2711-T6C10L1  2711T6C10L1

ALLEN BRADLEY 2711-T10C20  2711T10C20

ALLEN BRADLEY 2711-T10C16  2711T10C16

ALLEN BRADLEY 2711-T10C10L1  2711T10C10L1

ALLEN BRADLEY 2711-T10C10  2711T10C10

ALLEN BRADLEY 2711P-RDB15C  2711PRDB15C

ALLEN BRADLEY 2711-B6C1  2711B6C1

ALLEN BRADLEY 1785-V80B  1785V80B

ALLEN BRADLEY 1785-L80C  1785L80C

ALLEN BRADLEY 1775-MSD  1775MSD

ALLEN BRADLEY 1771-DA  1771DA

ALLEN BRADLEY 1756-M24  1756M24

ALLEN BRADLEY 1756-L61  1756L61

ALLEN BRADLEY 1756-L60M03SE  1756L60M03SE

ALLEN BRADLEY 1756-L1M1  1756L1M1

ALLEN BRADLEY 1756-EN2TXT  1756EN2TXT

ALLEN BRADLEY 150-B97NBD-8L  150B97NBD8L

ALLEN BRADLEY 150-A97NB-ND  150A97NBND

ALLEN BRADLEY 150-A97NBD  150A97NBD

ALLEN BRADLEY 150-A135NBDD-8B4  150A135NBDD8B4

ALLEN BRADLEY 143679  143679

ALLEN BRADLEY 1395-B70-C1-P50-X1  1395B70C1P50X1

ALLEN BRADLEY 1394-SJT22-T-RL  1394SJT22TRL

ALLEN BRADLEY 1394C-SJT05-A  1394CSJT05A

ALLEN BRADLEY 1336T-B003-AN-GT2EN-L6  1336TB003ANGT2E1

ALLEN BRADLEY 1336S-B030-AA-EN4-HA2-L6  1336SB030AAEN4HA

ALLEN BRADLEY 1336F-BRF150-AA-EN-GMS1-L6  1336FBRF150AAEN3

ALLEN BRADLEY 1336F-B020V-AA-CB-HAIC-JF-JR-LR  1336FB020VAACBHA

ALLEN BRADLEY 1336-B030-ECF-FC3-L3-S1  1336B030ECFFC3L3

ALLEN BRADLEY 1326AB-B730E-21  1326ABB730E21

ALLEN BRADLEY 1326AB-B720F-21K7  1326ABB720F21K7

ALLEN BRADLEY 1326AB-B420H-M2L  1326ABB420HM2L

ALLEN BRADLEY 1100-COD93  1100COD93

ACCU SORT 1000065955  1000065955

伺服驱动器是现代运动控制的重要组成部分，被广泛应用于工业机器人及数控加工中心等自动化设备中。尤其是应用于控制交流永磁同步电机的伺服驱动器已经成为国内外研究热点。当前交流伺服驱动器设计中普遍采用基于矢量控制的电流、速度、位置三闭环控制算法。该算法中速度闭环设计合理与否，对于整个伺服控制系统，特别是速度控制性能的发挥起到关键作用 。

在伺服驱动器速度闭环中，电机转子实时速度测量精度对于改善速度环的转速控制动静态特性至关重要。为寻求测量精度与系统成本的平衡，一般采用增量式光电编码器作为测速传感器，与其对应的常用测速方法为M/T测速法。M/T测速法虽然具有一*的测量精度和较宽的测量范围，但这种方法有其固有的缺陷，主要包括：1）测速周期内*须检测到至少一个完整的码盘脉冲，限制了*低可测转速；2）用于测速的2个控制系统定时器开关难以严格保持同步，在速度变化较大的测量场合中无法保证测速精度。因此应用该测速法的传统速度环设计方案难以提高伺服驱动器速度跟随与控制性能 。