Iyunithi yokulawula ye-Schneider Micrologic 5.0 A 33072
Ukucaciswa komkhiqizo
| Ibanga | I-Masterpact |
| Igama lomkhiqizo | I-Micrologic |
| Uhlobo lomkhiqizo | Iyunithi yokulawula |
| Ukuhambisana nebanga | I-MasterpactNT06...16 |
| I-MasterpactNW08...40 | |
| I-MasterpactNW40b...63 | |
| Uhlelo lokusebenza | Ukusabalalisa |
| Polesdescription | 3P |
| 4P | |
| Protectedpolesdescription | 4t |
| 3t | |
| 3t+N/2 | |
| I-Networktype | AC |
| I-Networkfrequency | 50/60Hz |
| Igama le-Tripunit | I-Micrologic5.0A |
| I-Tripunitechnology | I-elekthronikhi |
| Imisebenzi ye-Tripunitprotection | Ukuvikela okukhethiwe |
| I-Protectiontype | I-Shorttimeshort-circuitprotection |
| Instantaneousshort-circuitprotection | |
| Ukuvikela ukulayisha ngokweqile (isikhathi eside) | |
| Ukujezisa kathathu | 630Aat50°C |
| 800Aat50°C | |
| 1000Aat50°C | |
| 1250Aat50°C | |
| 1600Aat50°C | |
| 2000Aat50°C | |
| 2500Aat50°C | |
| 3200Aat50°C | |
| 4000Aat50°C | |
| 5000Aat50°C | |
| 6300Aat50°C |
Ulwazi Lomkhiqizo
Imodi yokusebenza ye-AB Servo Drive
Umshayeli we-servo we-CNC angakhetha izindlela zokusebenza ezilandelayo: imodi ye-loop evulekile, imodi ye-voltage, imodi yamanje (imodi ye-torque), imodi yesinxephezelo ye-IR, Imodi yesivinini sehholo, imodi yesivinini somshini wokufaka ikhodi, imodi yomtshina wesivinini, imodi ye-analog position loop (imodi ye-ANP).(Akuwona wonke amamodi angenhla atholakala kuwo wonke amadrayivu)
1. Vula i-loop mode ye-ab servo drive
Umyalo wokufaka ulawula izinga lokulayisha lokuphumayo kwedrayivu ye-ab servo.Le modi isetshenziselwa abashayeli bezimoto ezingenazintambo futhi iyimodi ye-voltage efanayo neyomshayeli we-brush motor.
2. Imodi ye-voltage ye-ab servo drive
Umyalo wokufaka ulawula i-voltage ephumayo ye-ab servo drive.Le modi isetshenziselwa ukushayela kwe-brushless motor, futhi iyafana nemodi ye-loop evulekile yamadrayivu e-brushless motor.
Izici Zomkhiqizo
Imodi yamanje yomshayeli we-servo (imodi ye-torque)
Umyalo wokufaka ulawula ukuphuma kwamanje (i-torque) yedrayivu ye-ab servo.Umshayeli we-servo ulungisa izinga lokulayisha ukuze agcine inani lamanje lomyalo.Uma umshayeli we-servo engakwazi ukulungisa isivinini noma indawo, le modi ngokuvamile ifakiwe.
Imodi yesinxephezelo ye-IR ye-ab servo drive
Umyalo wokufaka wokulawula isivinini semoto.Imodi yesinxephezelo ye-IR ingasetshenziswa ukulawula isivinini semoto ngaphandle kwedivayisi yempendulo yesivinini.Idrayivu ye-ab servo ilungisa izinga lokulayisha ukuze linxephezele ukuhluka kokuphumayo kwamanje.Uma impendulo yomyalo iwumugqa, ukunemba kwale modi akufani naleyo yemodi yesivinini esivaliwe ngaphansi kokuphazamiseka kwetorque.
Imodi yesivinini sehholo ye-ab servo drive
Umyalo wokufaka wokulawula isivinini semoto.Le modi isebenzisa imvamisa yenzwa yeHholo kumotho ukwenza iluphu yesivinini.Ngenxa yokulungiswa okuphansi kwenzwa yeHholo, le modi ngokuvamile ayisetshenziswa ezinhlelweni zokunyakaza ezinesivinini esiphansi.
Imodi yesivinini se-encoder ye-ab servo drive
Umyalo wokufaka wokulawula isivinini semoto.Le modi isebenzisa imvamisa ye-encoder pulse ku-servo motor ukwenza iluphu yesivinini.Ngenxa yokucaca okuphezulu kwesifaki khodi, le modi ingasetshenziselwa ukulawula ukunyakaza okushelelayo ngesivinini esihlukahlukene.
Imodi yesitholi sesivinini se-ab servo drive
Umyalo wokufaka wokulawula isivinini semoto.Kule modi, i-loop evaliwe ngesivinini yenziwa ngokusebenzisa i-analog velocimeter kumotho.Ngenxa yokuthi i-voltage ye-DC tachometer i-analog eqhubekayo, le modi ifanele ukulawula isivinini esiphezulu.Yiqiniso, iphinde ibe sengozini yokuphazamiseka ngesivinini esiphansi.
Imodi ye-analog loop (imodi ye-ANP) ye-ab servo drive
Umyalo wokufaka wokulawula indawo yokuzungezisa yemoto.Lokhu empeleni imodi yejubane eguquguqukayo enikeza impendulo yesikhundla kumadivayisi we-analog (njengama-potentiometers alungisekayo, ama-transformer, njll.).Kule modi, isivinini semoto silingana nephutha lendawo.Iphinde ibe nokuphendula okusheshayo kanye nephutha elincane lesimo esingaguquki.
