NT2S SF121B EV2变频器参详

NT2S SF121B EV2变频器参详

NT2S SF121B EV2变频器参详

NT2S SF121B EV2变频器参详

1747-L511

1747-PIC

ATV630C22N4

350-6TK00-0EA0

6SL3120-2TE15-0AD0

6SL3120-2TE21-0AD0

A06B-6117-H303

ACS510-01-290A-4

FR-A840-00770-2-60

1KHW002601R0001

1KHW002601R0001

A06B-6400-H101

1KHW002951R0001

25B-D010N114

E82MV402-4B001

NT2S-SF121B-EV2

A06B-6280-H001#600

2097-V34PR6-LM

2097-V34PR6

GEC#39321

1747-L511 1PCS 面价10472

1747-PIC  1PCS 面价9806

Triconex 3805E   6pcs

CIMR-VC4A0004BAA  5

CIMR-JC4A0005BAA   1

CIMR-JC2A0006BAA   1

CIMR-JC2A0004BAA  1

CIMR-VC4A0002BAA  1

CIMR-VC4A0009BAA  1

6ES7550-1AA00-0AB0    1

6ES7505-0KA00-0AB0    1

3RK1308-0BC00-0CP0   2

VDE0660/IEC947-2   1

6FX8002-2DC10-1BF0  20米     5  

6ES7136-6BH01-0BA0   1

6SL3210-1PE14-3UL1    1

1734-IE2V   5个    2998

XAPM1201   1

3BHE002677R0095  1个   3BHB017693R0001   2个       

3BSE013208R0001   1个  3AFP5240133   100个

变频器 ACS880-01-025A-3 11/7.5KW R2 台 1   

6ES7972-0CB20-0XA0  西门子 件 2

3TK2824-1AL20  5PCS

6EP1336-2BA10   1

CE4002S1T2B8

CE4001S2T2B7各一个

数字量输出模块型号：CE4002S1T2B8；    Discrete Output 32 Channel  SERIES 2 PLUS  24VDCHigh Side  MASS Termination Block / 数 字输出卡  32 通道 卡供电

数字输入卡CE4001S2T2B7

IC695CPU320HU   2

IC695ETM001ER    6

IC200ALG326H     5

3BHB028623R001  1

3BHB012330R001  4

A5E03364317   1

6ES7138-5EA00-0AA0      1

6ES7 134-5RB00-0AB0     7

6ES7314-1AG13-6AB0  1个

1SAP330300R0271   PM573-ETH-XC     1个

1SAP311100R0270   TB511-ETH-XC      1 个

1SAP440000R0001   DI524-XC              1 个

1SAP440700R0001   DO524-XC            1 个

1SAP412000R0001   TU516-XC             2 个

3BDH000364R0005   1个

3BDH000365R0001   1个

3BDH000375R0005   1个

DC732F

3BDH000378R0001  1个

TU715F

3BDH000395R0001  1个

NT2S SF121B EV2变频器参详

YASKAWA ELECTRIC SGMGH-30ACA6E  SGMGH30ACA6E

YASKAWA ELECTRIC CP-9200SH/CPU  CP9200SHCPU

YASKAWA ELECTRIC CIMR-VMW-2011  CIMRVMW2011

YASKAWA ELECTRIC CIMR-G5M20300F  CIMRG5M20300F

UNIVERSAL INSTRUMENT 41785303  41785303

TRICONEX 3005  3005

TRANSTECTOR ACP-5000-120MV  ACP5000120MV

TRANSTECTOR ACP100BW  ACP100BW

TOSHIBA VT130G2-2330  VT130G22330

TEKTRONIX 1740  1740

TECH MOTIVE TOOL C4100AP1V116051  C4100AP1V116051

TECH MOTIVE TOOL 48D200P1001  48D200P1001

TAYLOR ELECTRONICS 6214BZ10110C  6214BZ10110C

SYMAX 8030-RIM-121  8030RIM121

SYMAX 8020-SCP-724  8020SCP724

SYMAX 8020-SCP-721  8020SCP721

SYMAX 8010-SFW401  8010SFW401

STANDARD RADIO B36500-00-01-0  B3650000010

SST XL-S-2  XLS2

SQUARE D NHL361000  NHL361000

SIEMENS CMD63A800  CMD63A800

SIEMENS A1-106-150-503A  A1106150503A

SIEMENS 6SE9-532-1EL40  6SE95321EL40

SIEMENS 6SE9-521-0DC40  6SE95210DC40

SIEMENS 6SE7-018-0TA20  6SE70180TA20

SIEMENS 6SE3-121-7DG40  6SE31217DG40

SIEMENS 6GF3010-0HE15-0CS0  6GF30100HE150CS0

SIEMENS 6ES7-624-1AE00-0AE3  6ES76241AE000AE3

SIEMENS 6AV7614-0AB12-0CF0  6AV76140AB120CF0

SIEMENS 1FT6132-6SF71-4TA0  1FT61326SF714TA0

SICK OPTIC ELECTRONIC LUT1-430A01  LUT1430A01

RUSSELL STOLL ELSFH8414FDC  ELSFH8414FDC

RELIANCE ELECTRIC B/M-60000  BM60000

RELIANCE ELECTRIC 86466-87R  8646687R

RELIANCE ELECTRIC 803612-SE  803612SE

RELIANCE ELECTRIC 57C-424  57C424

RELIANCE ELECTRIC 57C-404C  57C404C

RELIANCE ELECTRIC 57C404  57C404

RELIANCE ELECTRIC 45C-225  45C225

RELIANCE ELECTRIC 300P4171  300P4171

RELIANCE ELECTRIC 2GU51005  2GU51005

RELIANCE ELECTRIC 2EC4040  2EC4040

RELIANCE ELECTRIC 2EC40-20  2EC4020

RELIANCE ELECTRIC 1398-DDM-150  1398DDM150

RELIANCE ELECTRIC 0-57404-3A  0574043A

RELIANCE ELECTRIC 0-57404-2B  0574042B

RAYTHEON B36500-0001  B365000001

PHOENIX CONTACT OPC5515-003-AB  OPC5515003AB

PCTEL SEEGULL-LX  SEEGULLLX

PCTEL SEEGULL-DX  SEEGULLDX

OMRON S3200-LSUO3-V1  S3200LSUO3V1

OMRON NT600MDN211  NT600MDN211

OMRON F200-C12E  F200C12E

NORTEL NETWORKS NTVQ01BB  NTVQ01BB

NEMATRON CORP IWS-1934  IWS1934

NDT INTERNATIONAL NDT-103D  NDT103D

NACHI AUXL-111A  AUXL111A

MULTILIN UR-9NH  UR9NH

MULTILIN PQM-T20-CA  PQMT20CA

MOORE PRODUCTS IPC3510A300MGT  IPC3510A300MGT

NT2S SF121B EV2变频器参详

它是以三相波形整体生成效果为前提，以逼近电机气隙的理想圆形旋转磁场轨迹为目的，一次生成三相调制波形，以内切多边形逼近圆的方式进行控制的。经实践使用后又有所改进，即引入频率补偿，能*除速度控制的误差；通过反馈估算磁链幅值，*除低速时定子电阻的影响；将输出电压、电流闭环，以提高动态的精度和稳定度。但控制电路环节较多，且没有引入转矩的调节，所以系统性能没有得到根本改善