I-KRQ30 Series AC Motor Soft Starter
Izici
● Ngesitifiketi se-CCC
● Amamodi okuqalisa ahlukahlukene: ukuqala kwetorque, ukuqala komkhawulo wamanje, ukuqala kwe-pulse jump
● Izindlela zokumisa eziningi: isitobhi samahhala, isitobhi esithambile
● Izindlela zokuqalisa ezihlukahlukene: ukuqala nokuma kwetheminali yangaphandle, ukuqala kubambezeleke
● Sekela ukuxhumeka kwe-delta yegatsha lemoto, okunganciphisa umthamo weziqalisi ezithambile
● Ngomsebenzi wokuthola izinga lokushisa kwemoto
● Nge-analog ehlelekayo yokuphumayo kubonwa, ukuqapha ngesikhathi sangempela semoto yamanje
● Iphaneli yokubonisa yesiShayina egcwele, iphaneli yokusekela isingeniso sangaphandle
● Ukuxhumana okujwayelekile kwe-RS485 (iphrothokholi ye-Modbus RTU), i-PROFBUS engakhethwa, isango lokuxhumana le-PROFINET
● Imbobo eseceleni isebenzisa ubuchwepheshe bokuhlukanisa ugesi, obunamandla okumelana nokuphazamiseka nokusebenza okuphezulu kokuphepha
Imininingwane Yomkhiqizo
| Ukunikezwa kwamandla kagesi | Ukunikezwa kwamandla wesekethe enkulu: 3AC340～690V, 30～65Hz | |
| Lawula ukunikezwa kwamandla: AC220V(﹣15%+10%), 50/60Hz; | ||
| Okokufaka nokuphumayo | Isignali yokulawula: inani lokushintsha elisebenzayo Ukukhishwa kwe-relay: umthamo wokuxhumana: 5A / AC250V, 5A / DC30V, umthwalo ophikisayo | |
| Izici zokusebenza | Imodi yokuqalisa: ukuqala kwe-torque, ukukhawulela kwamanje ukuqala kanye nokugxuma kwe-pulse | |
| Imodi yokuvala shaqa: ukuvala shaqa mahhala kanye nokuvala shaqa okuthambile | ||
| Imodi yokusebenza: uhlelo lokusebenza lwesikhashana, oluqala izikhathi ezifika kweziyi-10 ngehora;Ngemuva kokuqala, dlula nge-contactor | ||
| Ukuxhumana | I-MODBUS: I-RS485 interface, imodi evamile ye-MODBUS protocol RTU, esekela imisebenzi engu-3, 4, 6 kanye ne-16 | |
| Ukuvikelwa | Iphutha lesistimu: i-alamu uma kwenzeka iphutha lokuzihlola lohlelo | |
| Iphutha lamandla: ukuvikeleka lapho ukunikezwa kwamandla okufakwayo kungajwayelekile | ||
| Ukwenqatshelwa kokuguqulwa kwesigaba: ukusebenza kokulandelana kwesigaba sokuhlehla kunqatshelwe futhi kuvikelwe uma okokufaka kuwukulandelana kwesigaba sokuhlehla. | ||
| I-Overcurrent: ukuvikelwa kwamanje ngaphezu komkhawulo | ||
| Ukulayisha ngokweqile: Ukuvikelwa kokulayisha ngokweqile kwe-I2t | ||
| Ukuqala okuvamisile: ungaqalisi futhi lapho ukugcwala kungaphezu kuka-80% | ||
| I-Thyristor overheating: isivikelo lapho izinga lokushisa le-thyristor likhulu kunevelu yokuklama | ||
| Iphutha le-Thyristor: Ukuvikelwa uma kwenzeka iphutha le-thyristor | ||
| Isikhathi sokuqala sokuvala: ukuvikela lapho isikhathi sangempela sokuqala sidlula kabili isikhathi esimisiwe | ||
| Layisha ukungalingani: ukuvikeleka lapho izinga elingalingani lokuphumayo lidlula amapharamitha amisiwe | ||
| Iphutha lemvamisa: ukuvikela uma ifrikhwensi yamandla idlula ibanga elimisiwe | ||
| I-ambient | Izinga lokushisa lesevisi: -10～45℃ Izinga lokushisa lesitoreji: -25℃ 70℃ Umswakamo: 20%～90%RH, akukho ukufingqa Ukuphakama: ngaphansi kuka-1000m, ngaphezu kwe-1000m ngokusho kwe-GB14048 6-2016 ukusetshenziswa okujwayelekile kwezwe jikelele Ukudlidliza: ＜0.5G Ibanga le-IP: IP00 | |
| Ukufakwa | Kufakwe udonga: kufakwe mpo ukuze kungene umoya | |
| Qaphela: umkhiqizo uyaqhubeka nokusungula futhi ukusebenza kuyaqhubeka nokuba ngcono.Le ncazelo yepharamitha ingeyereferensi kuphela. | ||