0.25T ukusetyenziswa kunye nokugcinwa kweziko lokunyibilikisa

1. 1. Ukuthotywa kwesithando somlilo kwenziwa ngokusebenza kwikhabhinethi okanye ukuhambisa ibhokisi yeqhosha. Cinezela kwaye ubambe iqhosha elithi “L”, umzimba wesithando somlilo uya kujikeleza phambili, kwaye umlomo wesithando somlilo uya kuthotywa ukuvumela ukuba isinyithi esityhidiweyo siphalaze emlonyeni wesithando somlilo. Xa iqhosha likhutshwa, isithando somlilo siya kuhlala sikwimeko ye-tilt yasekuqaleni, ngoko ke umzimba wesithando somlilo unokujikeleziswa ukuze uhlale kuyo nayiphi na indawo. Cinezela kwaye ubambe iqhosha elithi “phantsi” kwaye isithando somlilo siya kujikeleza ngasemva de iqhosha likhutshwe kwindawo ethe tye.
2. Ukongeza, kukho iqhosha elithi “Emergency Stop”, ukuba iqhosha elithi “Phakamisa” okanye “Lower” licinezelwe emva koko likhululwe, iqhosha alinakuphinda lihlawulwe ngokuzenzekelayo, ngoko nangoko cofa iqhosha elithi “Emergency Stop” ukunqumla iqhosha. amandla. Umzimba wesithando somlilo uyayeka ukujikeleza;
3. 2. Xa unyibilika, kufuneka kubekho amanzi aneleyo okupholisa kwinzwa. Ngalo lonke ixesha ujonge ukuba uxinzelelo lwamanzi kunye nobushushu bamanzi kwimibhobho yokungena kunye nokuphuma kuqhelekileyo ngexesha lokunyibilikisa;
4. 3. Umbhobho wamanzi okupholisa kufuneka uhlanjululwe rhoqo ngomoya oxinyiweyo, kwaye umbhobho womoya oxinyiweyo unokudibaniswa nomdibaniso kumbhobho wokungena kwamanzi. Vala umthombo wamanzi phambi kokuba uqhaqhe umdibaniso wombhobho;
5. 4. Xa umisa isithando somlilo ebusika, kufuneka kuqatshelwe ukuba akukho manzi aseleyo kwi-coil induction, kwaye kufuneka ivuthelwe ngomoya ocinezelweyo ukukhusela i-frost cracking sensor;
6. 5. Xa ufaka i-busbar, qinisa iibhotshi zokudibanisa kwaye ukhangele ukuba iibholiti zikhululekile emva kokuvula isithando somlilo;
7. 6. Emva kokuba isithando somlilo sivulwe, kuyimfuneko ukujonga rhoqo ukuba amajoyina kunye neebholiti zokuqinisa zikhululekile, kwaye uhlawule ingqalelo ngakumbi kwiibholiti ezidibanisa iiplati zokuqhuba;
8. 7. Xa udonga lufakwe, kufuneka lulungiswe. Ukulungiswa kwahlulwe ngamatyala amabini: ukulungiswa ngokupheleleyo kunye nokulungiswa kwenxalenye:
9. 7.1. Ulungiso olubanzi
10. Isetyenziswe xa udonga lufakwe ngokulinganayo ukuya kubukhulu obumalunga ne-70 mm.
11. Amanyathelo okuchwetheza ami ngolu hlobo lulandelayo:
12. 7.1.1. Gcoba yonke i-slag eqhotyoshelwe eludongeni lwe-crucible kuze kube yilapho i-white sintered layer ibonakaliswe;
13. 7.1.2. Beka ukufa okufanayo xa isithando somlilo sakhiwe, misela iziko kwaye uyilungise kumda ophezulu;
14. 7.1.3. Lungisa isanti yequartz ngokwefomula kunye nendlela yokusebenza enikezelwe kwizinto 5.3, 5.4, kunye ne-5.5;
15. 7.1.4. Thela isanti ye-quartz elungiselelwe phakathi kwe-crucible kunye nenqama kwaye usebenzise i-φ6 okanye i-φ8 intsimbi ejikelezayo;
16. 7.1.5. Emva kokudibanisa, yongeza intlawulo kwi-crucible kunye nokushisa kwi-1000 ° C, ngokukhethekileyo kwiiyure ezi-3 ngaphambi kokuqhubeka nokufudumala ukunyibilikisa intlawulo.
17. 7.2 ukulungiswa ngokuyinxenye
18. Isetyenziswe xa ubukhulu bodonga oluyinxenye bungaphantsi kwe-70mm okanye kukho ukuqhekeka kokhukuliseko ngaphezu kwekhoyili yokungeniswa.
19. Amanyathelo okuchwetheza ami ngolu hlobo lulandelayo:
20. 7.2.1. khupha i-slag kunye ne-deposit kumonakalo;
21. 7.2.2. Lungisa umrhumo ngepleyiti yensimbi, gcwalisa isanti ye-quartz elungiselelwe, kunye ne-compact. Qaphela ukuba akufanele uvumele ipleyiti yentsimbi ihambe ngexesha langempela;
22. Ukuba inxalenye edibeneyo ingaphakathi kwekhoyili ye-induction, indlela epheleleyo yokulungisa isafuneka;
23. 8. Yongeza rhoqo ioli yokuthambisa kwindawo nganye yokuthambisa yesithando somlilo;