Isimiso sokusebenza se-heater kagesi siwukusebenzisa inkambu kazibuthe eshintshanayo ukuze ufake ikhoyili eyinhloko enenani elikhulu lokuphenduka kanye nekhoyili yesibili enenani elincane lokujika kumongo wensimbi ofanayo.I-voltage ratio yokokufaka kokuphumayo ilingana nenani lokuphenduka kwekhoyili, kuyilapho amandla ehlala engashintshi.Ngakho-ke, ikhoyili yesibili ikhiqiza i-current enkulu ngaphansi kwezimo eziphansi ze-voltage.Kuma-heaters angeniswayo, ukuthwala kuyikhoyili yesibili ene-circuited single-turn edlula amandla amakhulu ku-voltage ye-AC ephansi, ngaleyo ndlela ikhiqize ukushisa okukhulu.I-heater ngokwayo kanye nejoka kugcinwa ekamelweni lokushisa.Njengoba le ndlela yokushisa idala amandla kagesi, i-bearing is magnetized.Kubalulekile ukuqinisekisa ukuthi i-bearing is demagnetized esikhathini esizayo ukuze ingakhangi izinsimbi kazibuthe ngesikhathi sokusebenza.Izifudumezi zokungeniswa kwe-FAG zinomsebenzi wokukhipha amandla okuzenzakalelayo.Kuwukusetshenziswa kwensimbi ukukhiqiza ama-eddy currents endaweni eshintshanayo kazibuthe ukuze izifudumeze, futhi ngokuvamile isetshenziswa ekwelapheni ukushisa kwensimbi.Isimiso siwukuthi uma insimbi ewugqinsi isendaweni yamagnetic eshintshanayo, amandla kagesi akhiqizwa ngenxa yesenzakalo sokungeniswa kukagesi.Ngemva kokuba insimbi ewugqinsi ikhiqize yamanje, i-current izokwakha indlela evunguzayo esebenzayo ngaphakathi kwensimbi, ukuze ukushisa okukhiqizwa ukunyakaza kwamanje kudonswe yinsimbi ngokwayo, okuzokwenza ukuthi insimbi ishise ngokushesha.Lesi sixhobo siwumshini wokonga amandla wokushisisa kwangaphambilini noma ukushisisa okwesibili kwamafutha kaphethiloli.Ifakwa ngaphambi kwemishini yokushisela ukuze iqedele ukushisisa kwamafutha kaphethiloli ngaphambi kokushiswa, ukuze ifinyelele izinga lokushisa eliphansi ngaphansi kwezinga lokushisa eliphezulu (105℃-150℃).I-viscosity yamafutha kaphethiloli ikhuthaza imiphumela ye-atomization eyanele nokushiswa, futhi ifinyelela inhloso yokonga amandla.Isetshenziswa kakhulu ekushiseni kwangaphambili noma ekushiseni okwesibili kwamafutha anzima, i-asphalt, uwoyela ohlanzekile namanye amafutha kaphethiloli.
Amanothi ngesikhathi sokusetshenziswa:
1. Izinto zokushisa zikagesi zivunyelwe ukusebenza ngaphansi kwezimo ezilandelayo
2. Umswakama womoya ohlobene awukho ngaphezu kuka-95%, futhi ayikho igesi eqhumayo noma ebolayo.(I-heater kagesi engaqhumi ingaphandle)
3. I-voltage yokusebenza akufanele ibe nkulu kunezikhathi ezingu-1.1 zevelu eyengeziwe, futhi indawo ebiyelwe kufanele isekelwe phansi ngokuphumelelayo.
4. Ukumelana ne-insulation≥1MΩ , Amandla e-Dielectric: 2KV/1min.
5. Ishubhu yokushisisa kagesi kufanele ibekwe kahle futhi ilungiswe, futhi indawo yokushisa ephumelelayo kufanele icwiliswe ngokuphelele oketshezini oluwuketshezi noma lwensimbi, futhi ukushisa okungenalutho akuvunyelwe.Uma kutholakala ukuthi kunesikali noma i-carbon ebusweni bomzimba we-tube, kufanele isuswe futhi ihlanzwe ngesikhathi ukuze igweme ukuphazamisa ukuchithwa kokushisa nokunciphisa impilo yesevisi.
6. Lapho ushisisa izinsimbi ze-fusible noma ama-nitrate aqinile, ama-alkali, itiyela, upharafini, njll., i-voltage yokusebenza kufanele yehliswe kuqala, futhi i-voltage eyengeziwe kufanele iphakanyiswe ngemva kokuncibilika okuphakathi.
7. Uma ushisa umoya, izingxenye kufanele zihlanganiswe futhi zibekwe ngokulinganayo, ukuze izingxenye zibe nezimo ezinhle zokushisa ukushisa, ukuze umoya ogelezayo ungashiswa ngokugcwele.
8. Izinyathelo zokuphepha kufanele zicatshangelwe lapho kushisa i-nitrate ukuvimbela ukuqhuma.
9. Ingxenye yezintambo kufanele ibekwe ngaphandle kongqimba lwe-insulation ukuze kugwenywe ukuthintana nezinto ezibolayo, eziqhumayo kanye nomswakama;ucingo oluholayo kufanele lukwazi ukumelana nezinga lokushisa nomthwalo wokushisa wengxenye ye-wiring isikhathi eside, futhi amandla amakhulu kufanele agwenywe lapho uqinisa izikulufo zezintambo.
10. Izingxenye kufanele zigcinwe endaweni eyomile.Uma ukumelana nokufakwa kwe-insulation kungaphansi kwe-1MΩ ngenxa yokugcinwa isikhathi eside, kungomiswa kuhhavini cishe ku-200 ℃, noma i-voltage ingancishiswa futhi ukumelana nokufakwa kungabuyiselwa.
11. I-magnesium oxide powder ekugcineni kwe-outlet ye-tube yokushisa kagesi ingagwema ukungena kokungcola nomswakama endaweni yesicelo, futhi igweme ukuvela kwezingozi zokuvuza kagesi.
Ukusetshenziswa heater kagesi ekuphileni
Imikhiqizo esemqoka yamahitha kagesi yilena: isifudumezi sokushisa esishisayo esishisayo, isifudumezi sikagesi esingaqhumi, ithangi likawoyela conduction lokushisa, isifudumezi sikagesi, isifudumezi sikagesi esinomoya, isifudumezi somoya esijikelezayo, isifudumezi esishisayo, isifudumezi sikagesi sephayiphi, i-stirrer, insimbi engagqwali. ithangi elinyakazayo, ishubhu yokushisisa kagesi yensimbi engagqwali, isifudumezi sepayipi, isifudumezi sikagesi esiphendulayo, impahla yokushisisa kagesi eyi-infrared, ihhavini, ibhokisi elomile, ibhande lokushisisa likagesi, ifilimu yokushisisa kagesi, intambo engangeni, induku yokushisisa kagesi, indandatho yokushisisa kagesi, Amapuleti okufudumeza ngogesi , ama-heater kagesi ane-flanged, izinto zokufudumeza zikagesi ze-PTC, izakhi zokushisa ze-semiconductor, amashubhu okushisa e-quartz, ama-thermocouples, ama-thermostats, amathuluzi okushisa.
I-heater kagesi iyisici sokushisa sikagesi esisebenzisa ugesi njengomthombo wamandla omusha.Ngenxa yekhwalithi yayo enhle, usayizi omncane, intengo ephansi, ukufakwa okulula kanye nempilo ende yesevisi, ithandwa kakhulu phakathi kwamakhasimende.Uhlelo lwangaphakathi lokushisa oluphezulu lwe-voltage ye-heater kagesi lwakhiwe ngeshubhu lensimbi.Lapho i-voltage yangaphakathi yokushisa ephezulu isebenza ku-heater kagesi, i-axis ephakathi ohlelweni lwangaphakathi idlulisela ukushisa okuphezulu okujikelezayo kokushisa ku-heater kagesi, ukuze amandla okushisa atholakale ngesikhathi sokusebenza.
I-Jiangsu Weineng Electric Co., Ltd ingumkhiqizi womsebenzi wezinhlobo ezahlukene ze-heater kagesi yezimboni, yonke into yenziwe ngokwezifiso efektri yethu, Uma unemibuzo sicela ukhululeke ukubuyela kithi.
Oxhumana naye: Lorena
Email: inter-market@wnheater.com
Iselula: 0086 153 6641 6606 (Wechat/Whatsapp ID)
Isikhathi sokuthumela: May-10-2022