MC07B00555A3400变频器参详
MC07B00555A3400变频器参详
MC07B00555A3400变频器参详
cm530变频器说明书MC07B00555A3400变频器参详
md310变频器参数配置表MC07B00555A3400变频器参详
6FX8002-2DC20-1AF0 2
6ES7135-6HB00-0DA1 1
6AV7802-0AB00-2AC0 1
6AV7802-1AB10-2AC0 1
6AV7802-1AB20-1AC0 1
6ES7648-2AD20-0EA0 1
6GK5204-2BB10-2AA3
6ED1055-4MH00-0BA0 1
6ES7417-4HT14-0AB0 1
7KT1301 1
6EP1333-3BA00 4
210-1SE31-0UA0 1
412-1XJ05-0AB0 1
792-6MN00-0AA6 1
BMEH586040 22个
PMM13.2-A216-003 2个
PMC25.2-001 2个
XS118BLPAM12C 5个
NBRC-61C 1
17FM558A2 10
17FM173C6 10
电源板.906.014利德华福,4件
SGM7G-09A7ASC 1
Siemens LDX:L0130572 1个
6ES7972-0BA40-0XA0 1
PAETDAI63 DN50 PN1.0MPA 1 个
SACE YUDELAY COD.702208/80 23个
三菱变频器FR-A840-05470-2-60 1
MC07B00555A3400变频器参详
cm530变频器说明书MC07B00555A3400变频器参详
md310变频器参数配置表MC07B00555A3400变频器参详
YASKAWA ELECTRIC SGMG-09ASAL-MY1 SGMG09ASALMY1
YASKAWA ELECTRIC JANCD-SV02C JANCDSV02C
YASKAWA ELECTRIC JANCD-SV02B JANCDSV02B
YASKAWA ELECTRIC DDSCR-GL60H3 DDSCRGL60H3
YASKAWA ELECTRIC CP-9200SH/CPU CP9200SHCPU
YASKAWA ELECTRIC CIMR-P5U20370F CIMRP5U20370F
YASKAWA ELECTRIC CIMR-G5M-5037 CIMRG5M5037
YASKAWA ELECTRIC CIMR-G5A4011 CIMRG5A4011
YASKAWA ELECTRIC CIMR-F7U4030 CIMRF7U4030
YAMATAKE 82114805-501 82114805501
WINSMITH 4CV 4CV
WINDSOR MPMAE2S4 MPMAE2S4
ULTRA SONIC SEAL A20 A20
TOTAL CONTROL PRODUCTS GQPI-31200-C2P GQPI31200C2P
TOSHIBA VT130G3U435K VT130G3U435K
TEXAS INSTRUMENTS PLC 565-2820 5652820
TEXAS INSTRUMENTS PLC 530-1102 5301102
TELEMECANIQUE TSX-RAM-25616 TSXRAM25616
TELEMECANIQUE TSX-P47-425 TSXP47425
TELEMECANIQUE LA9-B102 LA9B102
TEKTRONIX TDS460A TDS460A
TECH MOTIVE TOOL 40054P-7019 40054P7019
TAYLOR ELECTRONICS 6014BZ10000E 6014BZ10000E
SYMAX 8055-SCP-453 8055SCP453
SYMAX 8030-CRM-211 8030CRM211
SYMAX 8020-SCP-724 8020SCP724
SQUARE D 8803-P00CO4M 8803P00CO4M
SKALTEK DCD-120-4K DCD1204K
SIEMENS 6SE6430-2UD37-5FA0 6SE64302UD375FA0
SIEMENS 6SC9811-4BC20 6SC98114BC20
SIEMENS 6FC5-203-0AB11-0AA2 6FC52030AB110AA2
SIEMENS 6FC5-110-0BB01-0AA2 6FC51100BB010AA2
SIEMENS 6EW1-890-2AC 6EW18902AC
SIEMENS 6ES5-921-3WB15 6ES59213WB15
SIEMENS 6ES5-581-1EA11 6ES55811EA11
SIEMENS 6ES5-526-3LF11 6ES55263LF11
SIEMENS 6AV7-613-0AB10-0BF0 6AV76130AB100BF0
SIEMENS 6AV1-242-0AB00 6AV12420AB00
RELIANCE ELECTRIC T18R1105T-TX T18R1105TTX
RELIANCE ELECTRIC 86466-59S 8646659S
RELIANCE ELECTRIC 86466-2T 864662T
RELIANCE ELECTRIC 800082-1R 8000821R
RELIANCE ELECTRIC 78469-1R 784691R
RELIANCE ELECTRIC 3RA2008U 3RA2008U
RELIANCE ELECTRIC 3RA2008 3RA2008
RELIANCE ELECTRIC 25V4160 25V4160
RELIANCE ELECTRIC 132AS-B660F-21-K6 132ASB660F21K6
RELIANCE ELECTRIC 0-55325-28 05532528
RELIANCE ELECTRIC 0-52002-1 0520021
RELIANCE ELECTRIC 01KS504852B-EA 01KS504852BEA
ORMEC MAC-B110E/K1A MACB110EK1A
OMRON ITNCEIX01DRM ITNCEIX01DRM
MOORE PRODUCTS 15825-36 1582536
MOORE PRODUCTS 15825-35 1582535
MOORE PRODUCTS 15825-34 1582534
MOORE PRODUCTS 15825-32 1582532
MODICON PC-L984-785 PCL984785
MODICON AS-P230-080 ASP230080
MODICON AS-C484-264 ASC484264
MODICON 140-CPU-424-02 140CPU42402
MITSUBISHI HCSF502BK HCSF502BK
MITSUBISHI HC-H702S-A42 HCH702SA42
MITSUBISHI FR-A740-75K FRA74075K1
MITSUBISHI A4UMCA-128 A4UMCA128
MITSUBISHI A2U-CPU-S1 A2UCPUS1
MATROX GEN/P/16/8/STD GENP168STD
MARPOSS 882I330930 882I330930
LEXIUM BPH1902N5AF2CA1 BPH1902N5AF2CA1
LANDIS & GYR 562-002 562002
KUKA PM6-600 PM6600
KOLLMORGEN IND BDS5A-220-01010-604A-2-020 BDS5A22001010604
KEARNEY & TRECKER 1-2197701 12197701
ITE SIEMENS W3MM3200U W3MM3200U
ITE SIEMENS HFC227NR HFC227NR
INDRAMAT TDM1-2-050-W1 TDM12050W1
INDRAMAT MDD112B-N-040-N2L-130PA0 MDD112BN040N2L13
INDRAMAT MDD093C-N-030-N2M-110PA1 MDD093CN030N2M12
INDRAMAT MDD093C-N-030-N2L-110GA2 MDD093CN030N2L1A
INDRAMAT MAC90C-0-G-4C/110-A-1/W1520/S01 MAC90C0G4C110A1W
INDRAMAT HDS03.2-W100N-HA01-01-F HDS032W100NHA011
INDRAMAT DKS1.1-W030B-DA01-00 DKS11W030BDA0100
INDRAMAT DKC1.1-030-3-FW DKC110303FW
INDRAMAT CCD01.1KE19-01FW CCD011KE1901FW
INA PR14182 PR14182
MC07B00555A3400变频器参详
cm530变频器说明书MC07B00555A3400变频器参详
md310变频器参数配置表MC07B00555A3400变频器参详
合理的容量选择本身就是一种节能降耗措施。根据现有资料和经验,比较简便的方法有三种:
1)电机实际功率确定发。首先测定电机的实际功率,以此来选用变频器的容量。
2)公式法。当一台变频器用于多台电机时,应满足:至少要考虑一台电动机启动电流的影响,以避免变频器过流跳闸。
3)电机额定电流法变频器。
变频器容量选定过程,实际上是一个变频器与电机的·佳匹配过程,·常见、也较·全的是使变频器的容量大于或等于电机的额定功率,但实际匹配中要考虑电机的实际功率与额定功率相差多少,通常都是设备所选能力偏大,而实际需要的能力小,因此按电机的实际功率选择变频器是合理的,避免选用的变频器过大,使投资增大。对于轻负载类,变频器电流一般应按1.1N(N为电动机额定电流)来选择,或按厂家在产品中标明的与变频器的输出功率额定值相配套的·大电机功率来选择。