10 FAQS oo ku saabsan kuleylinta billet induction ka hor inta aan la saarin
Halkan waxaa ah 10 su'aalood oo inta badan la iska weydiiyo oo ku saabsan kuleylinta billet induction ka hor inta aan la saarin:
Maxay tahay ujeedada biilasha kululaynta ka hor inta aan la saarin? Kuleylinta biraha ka hor inta aan la saarin waa lagama maarmaan si birta looga dhigo mid aad u jilicsan oo loo yareeyo xoogga looga baahan yahay extrusion. Waxa kale oo ay wanaajisaa tayada dusha sare iyo saxnaanta cabbirka alaabta la soo saaray.
Waa maxay sababta kuleyliyaha kicinta looga door biday hababka kale ee kululaynta billet? Kuleyliyaha induction wuxuu bixiyaa faa'iidooyin dhowr ah, oo ay ku jiraan kuleyl degdeg ah oo isku mid ah, waxtarka tamarta sare, xakamaynta heerkulka saxda ah, iyo awoodda kuleylka qaababka adag iyada oo aan la helin ilo kuleyl dibadeed.
Sidee buu u shaqeeyaa habka kulaylinta kicinta? Kuleylinta soo-jiidashada waxay ku lug leedahay gelinta billet-ka gudaha gariiradda induction, kaas oo soo saara goob koronto-magneeteedka beddelka ah oo joogto ah. Meeshani waxay keentaa qulqulka qulqulka ee billet, taasoo keenaysa inay ka soo kululaato gudaha.
Waa maxay arrimaha saameeya heerka kulaylka iyo qaybinta heerkulka inta lagu jiro kuleyliyaha billet induction? Waxyaabaha ay ka midka yihiin alaabta billet, cabbirka, iyo qaabka, iyo sidoo kale naqshadeynta gariiradda, soo noqnoqda, iyo soo saarista korontada, waxay saameeyaan heerka kuleylka iyo qaybinta heerkulka.
Sidee loo kormeeraa loona xakameeyaa heerkulka billet-ka? Dareemayaasha heerkulka ama pyrometer-yada indhaha ayaa loo isticmaalaa si loola socdo heerkulka billet inta lagu jiro kuleylinta induction. Soo saarida tamarta, inta jeer, iyo wakhtiga kululaynta gariiradda induction ayaa la hagaajiyaa si loo ilaaliyo heerkulka la rabo.
Waa maxay kala duwanaanta heerkulka caadiga ah kululaynta billet ka hor inta aan la saarin? Heerkulka loo baahan yahay wuxuu ku xiran yahay walxaha la soo saaray. Alloysyada aluminiumka, biilasha waxaa lagu kululeeyaa 400-500°C (750-930°F), halka daawaha birta, heerkulka 1100-1300°C (2000-2370°F) ay caadi yihiin.
Sidee buu kuleyliyaha kicinta u saameeyaa qaab-dhismeedka yar-yar iyo sifooyinka alaabta la soo saaray? Kuleyliyaha kicinta wuxuu saameyn karaa qaab-dhismeedka hadhuudhka, sifooyinka farsamada, iyo tayada dusha sare ee alaabta la soo saaray. Xakamaynta heerkulka saxda ah iyo heerka kuleylka ayaa lagama maarmaan u ah si loo gaaro sifooyinka la rabo.
Waa maxay taxaddarrada badbaadada ee lagama maarmaanka u ah inta lagu jiro kululaynta billet-ka-billowga? Tallaabooyinka badbaadada waxaa ka mid ah gaashaanka saxda ah si looga hortago soo-gaadhista meelaha elektromagnetic-ka ah, hawo ku filan oo laga saaro qiiq kasta ama gaas kasta, iyo qalabka ilaalinta shakhsi ahaaneed ee habboon ee maaraynta biilasha kulul.
Waa sidee waxtarka tamarta ee kululaynta kuleylka marka la barbardhigo hababka kale? Kuleyliyaha induction guud ahaan wuu ka tamar badan yahay hababka caadiga ah sida foornooyinka gaaska lagu shido ama kulaylka iska caabbinta, maadaama ay si toos ah u kululeyso biilka iyada oo aan lahayn ilo kulayl dibadeed.
Waa maxay qaar ka mid ah codsiyada caadiga ah ee alaabooyinka la soo saaray ee u baahan kuleylinta billet-ka-billowda? Kuleylinta billet induction waxaa si weyn loogu isticmaalaa in extrusion of Alloys aluminium for qalabka dhismaha, qaybaha baabuurta, iyo codsiyada hawada, iyo sidoo kale in extrusion ee naxaasta iyo Alloys biraha ee kala duwan ee warshadaha iyo macaamiisha.
