Imishini yokushisa ye-Trapezoidal aluminium ingot eku-inthanethi

1. Le sethi yezinto zokusebenza isetshenziselwa ukukhulisa izinga lokushisa ku-inthanethi lama-ingots e-trapezoidal aluminium. Amandla alinganiselwe emishini ngu-350KW, imvamisa elinganiselwe ngu-200HZ, futhi izinga lokushisa likhushulwa ku-inthanethi ku-100-120 °C. I-2500 × 1000 × 1300mm, isisindo esiphelele simayelana ne-2.5T, futhi ukuhlinzekwa kwamanzi cishe ku-15 t / h.

2. Imingcele yobuchwepheshe ye-trapezoidal aluminium ingot on-line imishini yokuphakamisa


1. Imingcele kagesi
Imajini ye-Transformer	I-KVA	400
Transformer voltage yesibili	V	380
Amandla akalwe wefrikhwensi emaphakathi	Kw	350
I-voltage yokuphuma (umlomo wesithando somlilo)	V	750
imvamisa ukusebenza	Hz	200

2. Imingcele yesistimu yamanzi
ukuhamba kwamanzi	t / h	15
umfutho wamanzi	MPA	0.1 – 0.2 _
Itlet lokushisa lamanzi	° C	I-5 ～ 35 ℃
Lokushisa Outlet	° C	<50 ℃

3. Incazelo yobuchwepheshe kagesi ye-trapezoidal aluminium ingot on-line imishini yokuphakamisa

Ingxenye kagesi yesethi ephelele yezinto zokusebenza ihlanganisa i-intermediate frequency power control cabinet, isistimu yokulawula izinga lokushisa evaliwe, i-console yokulawula yangaphandle, i-reactive power compensation capacitor bank, njll.

Ukunikezwa kwamandla okuvama okumaphakathi kuyidivayisi yokuguqula imvamisa ye-thyristor, i-voltage yokufaka ingu-380V, 50Hz, namandla okukhiphayo.

350KW, amandla angashintshwa kancane kancane, futhi imvamisa yokuphumayo ingu-0.2KHz. Umbala wekhabhinethi unqunywa ngokuya ngezidingo zomsebenzisi, futhi usayizi ophelele ungama-2500×1000×1300mm, njengoba kukhonjisiwe esithombeni esingenhla.

Isistimu yokulawula imvamisa emaphakathi iyidijithali ngokugcwele futhi ayinakho ukulawula okudluliswayo. Imodi eyingqayizivele yokushanela imvamisa yokuqala, eno-100% yokusebenza ngempumelelo kokuqalisa.

4. Isimiso sokulawula izinga lokushisa kwe-loop evaliwe ye-trapezoidal aluminium ingot imishini yokuphakamisa ku-inthanethi :

, Ibhodi lokulawula eliyinhloko le-intermediate frequency power supply liklanywe ngesixhumi esibonakalayo sokulawula izinga lokushisa elivaliwe, ithuluzi lokulawula izinga lokushisa lamukela i-Japanese conductive SR93 enensimbi yokulungisa ye-PID, kanye ne-far-infrared optical fiber thermometer isebenzisa uchungechunge lwe-Opris CT yaseJalimane. izinga lokushisa elilinganisa izinga lokushisa -40-900 ℃. Okokuqala, setha izinga lokushisa lokushisa ensimbi yokulawula izinga lokushisa. Ngemva kokuba amandla evuliwe, ithemometha ikala izinga lokushisa lokushisa ngesikhathi sangempela futhi iwuphakele iwubuyisele ethuluzini lokulawula izinga lokushisa. Ithuluzi lokulawula izinga lokushisa liqhathanisa izinga lokushisa elilinganisiwe nezinga lokushisa elimisiwe futhi likhipha isignali ye-analog ebhodini lokulawula eliyinhloko le-IF. , ibhodi eliyinhloko lokulawula lilungisa ngokuzenzakalelayo i-trigger angle ye-thyristor ngokwezinga lesiginali, ukuze amandla okukhiphayo okuphakelwa kwamandla akwazi ukulungiswa nezinga lesiginali ye-analog ukuze kufezwe injongo yokulawula izinga lokushisa elivaliwe. . Ngenxa yokuthi isistimu yokulinganisa izinga lokushisa isebenzisa ithemometha ekhethekile ye-aluminium evela kwamanye amazwe, ukukalwa kwezinga lokushisa kunembile. Ukudluliswa kwesignali ye-fiber optical kuqinisekisa ukuzinza kokulawula okulwa nokuwa, futhi ukuzenzekelayo kwe-inthanethi kuyenziwa. Idizayini esebenziseka kalula ye-interface yemitha yokulawula izinga lokushisa kulula ukuyilungisa futhi kulula ukuyibuka. Isistimu yonke i-othomathikhi kakhulu futhi iyasabela, yakhelwe ngokukhethekile ukulinganisa i-aluminium.

Uhlaka lwezisetshenziswa 350KW/0.2KHZ

Umdwebo womdwebo wemishini esanda kuklanywa eku-inthanethi yokukhulisa izinga lokushisa engu-350KW/0.2KHZ