site logo

Imingcele yezobuchwepheshe yekhabhinethi yokunikezwa kwamandla kagesi ephakathi kwe-thyristor

Imingcele yezobuchwepheshe yekhabhinethi yokunikezwa kwamandla kagesi ephakathi kwe-thyristor

1. Amapharamitha wobuchwepheshe ayinhloko we-KGPS-500/0.5 ukunikezwa kwamandla okuvama okumaphakathi ami kanje:

imodeli Kulinganiselwe ngo-

amandla

Kw

okuzisholo

imvamisa

Hz

voltage Input

Inombolo yesigaba V

faka

yamanje

A

Okwamanje okuqondile

voltage

V

IF

voltage

V

Imvamisa emaphakathi yamanje

A

I-KGPS-500/0.5 500 500 I-380V-3N 900 500 700 1100

2. Ibhodi lokulawula eliyinhloko le-BSC8M-2 : izingxenye eziyinhloko zamukela ibhulokhi yesekethe ehlanganisiwe ye-ASIC2 esezingeni eliphezulu, enesifunda esiguquguqukayo sokulandelana kwesigaba, i-inverter yamukela imodi yokuqala yokushanela imvamisa zero voltage, isekethe yokulandela imvamisa isebenzisa isikimu sesampula esimaphakathi, inverter circuit Kukhona Isifunda sokulungiswa kwe-inverter angle ekungezeni, okungalungisa ngokuzenzakalelayo ukuhambisana kwe-impedance yomthwalo. Inomsebenzi wokuqalisa ukugcwala ngokweqile kanye nokuvikela ukushoda kwezinto.

3. Umsebenzi nokuvikela: Isekethe yedijithali eyinhloko yebhodi lokulawula eliyinhloko inezixhumanisi ezingu-31 zokufaka/okuphumayo. Imisebenzi yangaphakathi ihlanganisa i-rectifier phase shift trigger, i-adaptive yesigaba sokulandelana, i-inverter trigger, i-inverter lead angle lock, i-inverter yokuqala ephindaphindiwe kanye nephaneli yokulawula eyinhloko i-undervoltage automatic protection kanye neminye imisebenzi.

◇ Ukuvikelwa kwesekethe enkulu yesifunda

◇ Isekhethi enkulu yokuntuleka kokuvikelwa kwesigaba

◇ Ukuvikelwa kwamandla kagesi wegridi ephezulu naphansi

◇ Ukuvikelwa kwamanzi okupholisa umfutho ophansi

◇ Ukuvikelwa kwezinga lokushisa kwamanzi okupholisa okuphezulu

◇ Ukuvikelwa kwe-SCR over-voltage kanye nokuvikelwa kwamanje

◇ Layisha i-overvoltage kanye nomkhawulo we-overcurrent

4. I-reactor yokuhlunga: Ishidi lensimbi ye-silicon elikhethelwe i-reactor iyishidi lensimbi yensimbi ye-silicon egingqika ebandayo engu-Z10 ekhiqizwa u-Wuhan Iron and Steel. Ishubhu yethusi ilinyazwe ngeshubhu le-T2 elingenawo umoya-mpilo lethusi elikhiqizwe yi-Luoyang Copper Material Factory. Iphakethe lezintambo ezisonga kabili, ezisongwe nge-mica tape, ukufakwa kwe-H-class, umsindo osebenzayo ungaphansi kwama-decibel angama-70;

5. I-circuit breaker: I-circuit breaker yekhabhinethi yokushintsha yangaphambili ye-intermediate frequency power supply ikhetha imodeli ye-DW-17;

6. Iphaneli yokusebenza: Kunamamitha kuphaneli njenge-voltage ye-DC, i-DC yamanje, i-voltage yamafrikhwensi amaphakathi, amandla amafrikhwensi amaphakathi, ifrikhwensi ephakathi nendawo, njll. Ifakwe ukuvulwa/ukuvala kwe-AC, ukuqala/ukuma kwefrikhwensi emaphakathi, izinkinobho zokusetha kabusha iphutha, i-over-current, over-voltage indicator izibani, inkinobho yokulawula yangaphakathi/yangaphandle kanye ne-potentiometer yokulungisa amandla. Ukukhishwa kwamandla kwe-inverter kungalungiswa ngokuzenzakalelayo phakathi kwebanga lika-10% ukuya ku-100%.

7. Uhlelo lokuvikela amanzi okupholisa lwe-inverter: i-intermediate frequency power cabinet ithatha amanzi okupholisa avaliwe, futhi i-thyristor ne-reactor ifakwe ukuvikelwa kokushisa kwamanzi. Lapho izinga lokushisa lamanzi lidlula inani elilinganiselwe, i-inverter izovala ngokuzenzakalelayo; wonke amapayipi amanzi angenayo naphumayo enziwe ngensimbi engagqwali.

8. Isakhiwo sangaphandle se-inverter: isakhiwo sangaphandle siyikhabhinethi ye-GGD evamile, iKhabhinethi yeminyango emithathu, ubukhulu obuphelele (ubude × ububanzi × ukuphakama): 2400 × 900 × 2000mm, igobolondo lekhabhinethi lifafazwa futhi umbala ulula. eluhlaza .