Imikhiqizo
I-Aluminiyamu Yokonga Amandla Isithando Somlilo Esincibilikisayo
Izici
Isithando somlilo esincibilikisayo esonga amandla sikagesi sifakwe izinto zokushisisa zikagesi ezisetshenziselwa ukushisisa insimbi ifike endaweni yayo yokuncibilika. Indlela yokutshekisa ivumela ukuthululwa kalula kwensimbi encibilikisiwe ezibunjeni noma ezitsheni, kunciphisa ingozi yokuchitheka nezingozi. Isithando somlilo siphinde sibe nezinhlelo zokulawula izinga lokushisa ukuze kuqinisekiswe izinga lokushisa elincibilikayo elingaguquki nelinembile.
Uma kuqhathaniswa neziko elivamile, iziko lethu lokuncibilika likagesi linenzuzo yokusebenzisa amandla amancane, ukukhiqiza ukungcola okumbalwa, nokuba nezikhathi zokuncibilika ngokushesha. Ngaphezu kwalokho, kulula futhi ukuwasebenzisa nokuyigcina, okwenza kube yisinqumo esifanele sokuncibilika kwensimbi.
Ukushisa kokungeniswa:I-Tilting Furnace yethu isebenzisa ubuchwepheshe bokushisisa obungeniswayo, obuwonga kakhulu amandla kunezinye izindlela zokushisisa, ezifana negesi noma ukushisisa kukagesi.
Ukusebenza kahle kwamandla: I-Tilting Furnace yethu yakhelwe ukwandisa ukusebenza kahle kwamandla, anezici ezifana nedizayini yekhoyili elungiselelwe, ukuminyana kwamandla aphezulu, nokudlulisa ukushisa okusebenzayo.
Indlela yokutshekisa:I-Tilting Furnace yethu ifakwe indlela yokutshekisa ethembekile nesebenziseka kalula, evumela isisebenzi ukuthululwa okunembile kwensimbi encibilikisiwe.
Ukulungisa okulula:I-Tilting Furnace yethu iklanywe ukuthi ibe lula ukuyisebenzisa nokuyinakekela, enezici ezifana nezinto zokufudumeza okulula ukuzifinyelela, izinsimbi ezikhithikayo ezikhiphekayo, namasistimu okulawula alula.
Ukulawula izinga lokushisa: OI-ur Tilting Furnace inezinhlelo ezithuthukisiwe zokulawula izinga lokushisa, eziyivumela ukuthi ibe nenembile futhi izinga lokushisa elincibilikayo lingashintshi. Kubandakanya izilawuli zokushisa zedijithali, ama-thermocouples, nezinzwa zokushisa.
| Aluminium umthamo | Amandla | Isikhathi sokuncibilika | Ububanzi bangaphandle | I-voltage yokufaka | Imvamisa yokokufaka | Izinga lokushisa lokusebenza | Indlela yokupholisa |
| 130KG | 30kw | 2 H | 1 M | 380V | 50-60 HZ | 20 ~ 1000 ℃ | Ukupholisa umoya |
| 200 KG | 40kw | 2 H | 1.1 M | ||||
| 300 KG | 60kw | 2.5 H | 1.2 M | ||||
| 400 KG | 80kw | 2.5 H | 1.3 M | ||||
| 500 KG | 100KW | 2.5 H | 1.4 M | ||||
| 600KG | 120 KW | 2.5 H | 1.5 M | ||||
| 800KG | 160 kW | 2.5 H | 1.6 M | ||||
| 1000 KG | 200KW | 3 H | 1.8 M | ||||
| 1500 KG | 300KW | 3 H | 2 M | ||||
| 2000 KG | 400KW | 3 H | 2.5 M | ||||
| 2500 KG | 450KW | 4 H | 3 M | ||||
| 3000 KG | 500KW | 4 H | 3.5 M |
Iyini indawo kagesi yesithando somlilo sezimboni?
Ukunikezwa kwamandla kwesithando somlilo sezimboni kwenziwa ngendlela oyifisayo ukuze kuhlangatshezwane nezidingo eziqondile zekhasimende. Singalungisa ukunikezwa kwamandla (i-voltage nesigaba) nge-transformer noma ngokuqondile ku-voltage yekhasimende ukuze siqinisekise ukuthi isithando somlilo silungele ukusetshenziswa endaweni yomsebenzisi wokugcina.
Yiluphi ulwazi okufanele ikhasimende likunikeze ukuze lithole ikhotheshini enembile evela kithi?
Ukuze uthole ikhotheshini enembile, ikhasimende kufanele lisinikeze izidingo zalo zobuchwepheshe ezihlobene, imidwebo, izithombe, amandla kagesi ezimbonini, okuphumayo okuhleliwe, kanye nanoma yiluphi olunye ulwazi olufanele.
Iyini imigomo yokukhokha?
Imigomo yethu yokukhokha ingu-40% wenkokhelo ephansi kanye no-60% ngaphambi kokulethwa, nenkokhelo ewumsebenzi we-T/T.
