Iityhubhu ze-X-ray ze-Anode ezijikelezayo MWTX64-0.8_1.8-130
Iityhubhu ze-X-ray ze-Anode ezijikelezayo MWTX64-0.8_1.8-130
Ityhubhu yeMWTX64-0.8/1.8-130 ine-focus ephindwe kabini eyenzelwe ukusetyenziswa nge-anode rotation esemgangathweni kwimisebenzi ye-radiographic enamandla aphezulu kunye ne-cine-fluoroscopic.
Ityhubhu edibeneyo esemgangathweni ophezulu enoyilo lweglasi ineendawo ezimbini ezijolisiweyo kakhulu kunye ne-anode eqinisiweyo eyi-64 mm. Umthamo wokugcina ubushushu we-anode ephezulu uqinisekisa uluhlu olubanzi lwezicelo zeenkqubo zokuxilonga eziqhelekileyo kunye neenkqubo ze-radiographic kunye ne-fluoroscopy eziqhelekileyo.
I-anode eyilwe ngokukodwa ivumela izinga eliphezulu lokusasaza ubushushu elikhokelela ekuphumeni okuphezulu komguli kunye nobomi obude bemveliso.
Isivuno esiphezulu esihlala sihleli ngexesha lonke lobomi betyhubhu siqinisekiswa yi-high density rhenium-tungsten compound target. Ukulula kokuhlanganiswa kwiimveliso zenkqubo kwenziwa lula yinkxaso yobugcisa ebanzi.
Ityhubhu ye-X-Ray ye-MWTX64-0.8/1.8-130 ejikelezayo ene-anode ye-X-Ray yenzelwe ngokukodwa ukuxilongwa kwezonyango.
| Ubuninzi beVoltage yokusebenza | 130KV |
| Ubungakanani beNdawo eJolisiweyo | 0.8/1.8 |
| Ububanzi | 64mm |
| Izinto ekujoliswe kuzo | I-RTM |
| I-Angle ye-Anode | 16° |
| Isantya sokujikelezisa | 2800RPM |
| Indawo yokugcina ubushushu | 67kHU |
| Ukusasazwa Okuqhubekayo Okuphezulu | 250W |
| Intambo encinci | fmax=5.4A ,Uf=7.5±1V |
| Intambo enkulu | Ukuba ubuninzi=5.4A,Uf=10.0±1V |
| Ukuhluza Okungokwemvelo | 1mmAL |
| Amandla aphezulu | 10KW/27KW |
Inkqubo Yokuqhola Ecetyiswayo Kwityhubhu Engasetyenziswanga Yexesha Elide
Ukuze isixhobo setyhubhu ye-x-reyi sihlale ixesha elide ngaphandle kokuphazamiseka, nceda wenze inkqubo yokuqhola ngaphambi kokusebenzisa, kwaye upholise ngokwaneleyo emva kokusebenzisa.
Inkqubo yokuqhola
1. Ngaphambi kokuba kuqalwe iityhubhu ze-x-reyi okanye emva kwexesha elide lokungasebenzi (ngaphezulu kweeveki ezi-2), sicebisa ukuba kwenziwe inkqubo yokongeza izinongo. Kwaye xa iityhubhu zingazinzi, sicebisa ukuba kwenziwe inkqubo yokongeza izinongo ngokwetheyibhile yenkqubo yokongeza izinongo engezantsi.
2. Qinisekisa ukuba kuthathwa amanyathelo okhuseleko olufanelekileyo lwemitha ukukhusela nayiphi na i-intensitor yomfanekiso ekhoyo kwimitha. Ukuze kukhuselwe imitha evuzayo ye-x-ray, nceda uvale i-collimator edityaniswe kwifestile yezibuko yomthombo we-x-ray.
3. Xa umsinga wetyhubhu ungazinzi ngexesha lokunyuka kwevolthi ephezulu, kuyimfuneko ukunciphisa ivolthi ephezulu ukuqinisekisa ukuba umsinga wetyhubhu uzinzile.
4. Inkqubo yokuqhola kufuneka yenziwe ngabantu abaziingcali nabanolwazi ngokhuseleko.
Xa umsinga wetyhubhu ungenakubekwa kwi-50% mA, umsinga wetyhubhu kufuneka usetelwe ungadluli kwi-50% kwaye ube nexabiso elikufutshane. Elixabiso lisondele kwi-50%.
Ukujikeleza kwe-anode yesantya esiqhelekileyo kunye neebheringi ezithuleyo
I-anode ye-compound enoxinano oluphezulu (RTM)
Umthamo wokugcina ubushushu we-anode ophakamileyo kunye nokupholisa
Isivuno esiphezulu esihlala sihleli
Ubomi obuhle kakhulu
Ubungakanani obuncinci be-oda: 1pc
Ixabiso: Ingxoxo
Iinkcukacha zokuPakisha: 100pcs ngebhokisi nganye okanye eyenziwe ngokwezifiso ngokwenani
Ixesha lokuHanjiswa: Iiveki ezi-1 ~ 2 ngokobungakanani
Imigaqo yokuhlawula: 100% T/T kwangaphambili okanye i-WESTERN UNION
Amandla okubonelela: 1000pcs/ngenyanga
