Ukujikeleza kwe-Anode X-ray Tubes MWTX64-0.8_1.8-130
Ukujikeleza kwe-Anode X-ray Tubes MWTX64-0.8_1.8-130
I-MWTX64-0.8 / 1.8-130 ityhubhu igxininise kabini eyenzelwe ukusetyenziswa kunye ne-standard-speed anode rotation ye-radiographic yamandla aphezulu kunye nemisebenzi ye-cine-fluoroscopic.
Ityhubhu edityanisiweyo yomgangatho ophezulu kunye noyilo lweglasi ineendawo ezimbini ezigxininisiweyo ezibekwe kakhulu kunye ne-anode enyanzelweyo eyi-64 mm. Umthamo ophezulu wokugcina ukushisa kwe-anode uqinisekisa uluhlu olubanzi lwezicelo zeenkqubo zokuxilonga eziqhelekileyo kunye neenkqubo eziqhelekileyo ze-radiographic kunye ne-fluoroscopy.
I-anode eyilwe ngokukhethekileyo yenza ukuba kubekho izinga eliphezulu lokulahla ubushushu elikhokelela kwisigulana esiphezulu kunye nobomi obude bemveliso.
Isivuno esithe rhoqo sedosi ephezulu ngexesha lonke lobomi betyhubhu siqinisekiswa ngokuxinana okuphezulu kwe-rhenium-tungsten compound target. Ukulula ukudibanisa kwiimveliso zenkqubo kuququzelelwa yinkxaso yobugcisa ebanzi.
I-MWTX64-0.8/1.8-130 ejikelezayo ye-anode X-Ray Tube yenzelwe ngokukodwa iyunithi yokuxilongwa kwe-x-reyi yonyango.
| Ubuninzi boMbane wokuSebenza | 130KV |
| Ubungakanani beNdawo ekuJoliswe kuyo | 0.8/1.8 |
| Ububanzi | 64mm |
| Izinto ekujoliswe kuzo | RTM |
| Anode engile | 16° |
| Isantya sokujikeleza | 2800RPM |
| Ukugcinwa kobushushu | 67kHU |
| Ubuninzi obuqhubekayo bokuchithwa | 250W |
| Umcu omncinci | fmax=5.4A ,Uf=7.5±1V |
| Umcu omkhulu | Ifmax=5.4A,Uf=10.0±1V |
| UHlulo Lwendalo | 1mmAL |
| Amandla aphezulu | 10KW/27KW |
ICetyisiweyo yeNkqubo yeXesha leLide engasetyenziswanga
Ukuze ugcine ixesha elide ukusebenzisa isixhobo setyhubhu ye-x-reyi ngaphandle kokusilela, nceda wenze inkqubo yesinongo phambi kokusetyenziswa, kunye nokupholisa okwaneleyo emva kokufakwa kwesicelo.
Inkqubo yokucoca
1. Ngaphambi kokuqalisa kokuqala kweetyhubhu ze-x-ray okanye emva kwexesha elongeziweyo lokungenzi nto (ngaphezu kweeveki ezi-2), sicebisa ukuba kwenziwe inkqubo ye-seasoning. Kwaye xa iityhubhu zingazinzanga, cebisa ukuba kwenziwe inkqubo yesinongo ngokwetheyibhile yenkqubo yesinongo engezantsi.
2. Ukuqinisekisa ukuba amanyathelo afanelekileyo okhuseleko lokusasazeka ngemitha athatyathiweyo ukukhusela nasiphi na isixhasi-mfanekiso esikhoyo kwimitha. Ukuze ukhusele ukuvuza kwemitha ye-x-reyi, nceda uvale i-collimator edityaniswe kwifestile yezibuko yomthombo we-x-reyi.
3. Xa umbhobho wangoku uzinzile ngexesha lokunyuka kwe-voltage ephezulu, kuyimfuneko ukunciphisa i-voltage ephezulu ukuqinisekisa ukuba i-tube yangoku iyazinza.
4. Inkqubo yokuphumla kufuneka yenziwe ngabantu abanolwazi kunye nokhuseleko.
Xa i-tube yangoku ayikwazi ukusetwa i-50% mA, i-tube yangoku kufuneka ibekwe ingabi ngaphezu kwe-50% kunye nexabiso elikufutshane. elisondele kwi-50% yexabiso.
Isantya esiqhelekileyo sokujikeleza kwe-anode kunye neebheringi ezithulisiwe
Uxinaniso oluphezulu lwe-anode (RTM)
Umthamo wokugcina ubushushu be-anode kunye nokupholisa
Imveliso yedosi ephezulu rhoqo
Ubomi obugqwesileyo
Ubuncinci boMyalelo woMyalelo: 1pc
Xabiso:Negotiation
Iinkcukacha zokupakisha: I-100pcs ngebhokisi okanye ilungiselelwe ngokobuninzi
Ixesha lokuhanjiswa: Iiveki ze-1 ~ 2 ngokobuninzi
Imigaqo yentlawulo: 100% T/T kwangaphambili okanye WESTERN UNION
Ukubonelela ngeAmandla: 1000pcs / ngenyanga
