I-MWTX64-0.3 / 0.6-130 ityhubhu ine-double focus eyenzelwe ukusetyenziswa kunye ne-standard-speed anode rotation ye-radiographic yamandla aphezulu kunye nemisebenzi ye-cine-fluoroscopic.
Umbhobho odityanisiweyo okumgangatho ophezulu kuyilo lweglasi uneendawo ezimbini ezigxininisiweyo ezigqwesileyo kunye ne-anode eqinisiweyo eyi-64mm. Umthamo wayo ophezulu wokugcina ubushushu be-anode wenza ukuba kusetyenziswe ngokubanzi kwiinkqubo zokuxilonga eziqhelekileyo kunye ne-radiography eqhelekileyo kunye neenkqubo ze-fluoroscopy. I-anode eyilwe ngokukodwa ivumela amazinga aphezulu okutshatyalaliswa kobushushu, okukhokelela ekwandiseni umthamo wesigulane kunye nobomi obude bemveliso.
Uxinaniso oluphezulu lwe-rhenium-tungsten iithagethi zekhompawundi ziqinisekisa ngokungaguquguqukiyo imilinganiselo yedosi ephezulu kubo bonke ubomi bombhobho. Inkxaso yobugcisa ebanzi iququzelela ukuhlanganiswa okulula kwiimveliso zenkqubo.
I-MWTX64-0.3/0.6-130 i-anode yeX-Ray ejikelezayo yenzelwe ngokukodwa iyunithi ye-x-reyi yokuxilongwa kwezonyango.
Ukujikeleza ityhubhu ye-X-ray ye-anode ngenjongo yeenkqubo ze-X-ray ze-fluoroscopy.
Ubuninzi boMbane wokuSebenza | 130KV |
Ubungakanani beNdawo ekuJoliswe kuyo | 0.3/0.6 |
Ububanzi | 64mm |
Izinto ekujoliswe kuzo | RTM |
Anode engile | 10° |
Isantya sokujikeleza | 2800RPM |
Ukugcinwa kobushushu | 200kHU |
Ubuninzi obuqhubekayo bokuchithwa | 475W |
Umcu omncinci | fmax=5.4A ,Uf=7.5±1V |
Umcu omkhulu | Ifmax=5.4A,Uf=10.0±1V |
UHlulo Lwendalo | 1mmAL |
Amandla aphezulu | 5KW/17KW |
Ityhubhu yeX-reyi iya kukhupha iX-reyi xa ifakwe amandla ombane aphezulu, Ulwazi olukhethekileyo kufuneka lufunwe kwaye izilumkiso kufuneka zithathwe xa uphathwa.
1. Kuphela ingcali eqeqeshiweyo enolwazi lombhobho we-X-Ray kufuneka ihlanganise, igcine kwaye isuse ityhubhu. Xa ufaka iityhubhu ngokunyuswa qaphela ngokufanelekileyo, ukuze kuthintelwe ukuqhawuka kwebhalbhu yeglasi kunye noqikelelo lwamaqhekeza. Nceda usebenzise iiglavu zokukhusela kunye neeglasi.
2. Ufakelo lwetyhubhu oluqhagamshelwe kunikezelo lwe-HV ngumthombo wokusasazeka ngemitha: qiniseka ukuba uthatha zonke izilumkiso zokhuseleko eziyimfuneko. 3. Hlamba ngokucokisekileyo ngotywala umphezulu wangaphandle wokufaka ityhubhu (ukunyamekela umngcipheko womlilo). Kuphephe ukudibana neendawo ezimdaka ngokufakwa kwetyhubhu ecociweyo.
4. Inkqubo yokubamba ngaphakathi kwendlu okanye iiyunithi ezizimeleyo kufuneka zingagxininisi ngomatshini ityhubhu.
5. Emva kofakelo, jonga ukusebenza ngokufanelekileyo kombhobho (akukho kuguquguquka kwetyhubhu yangoku okanye ukuqhekeka).
6. Ukuthobela i-parameters yokufaka i-thermal, isicwangciso kunye neprogram i-exposure parameters kunye nokuphumla kokupholisa. Izindlu okanye iiyunithi ezizimeleyo kufuneka zibonelelwe ngokhuseleko olwaneleyo lwe-thermic.
7. Amandla ombane aboniswe kwiitshathi ayasebenza kwi-transformer ebonelelwa neziko elisezantsi.
8. Kubaluleke kakhulu ukujonga umzobo woqhagamshelwano kunye nexabiso lokumelana negridi. Naluphi na utshintsho lunokuguqula imilinganiselo yendawo ekugxilwe kuyo, kunye neendlela ezahlukeneyo zokuxilonga okanye ukulayishwa kwethagethi ye-anode.
9. Ufakelo lwetyhubhu luqulethe izinto ezingcolisa indalo, ngakumbi iityhubhu ze-lead liner. Nceda ufake isicelo kumqhubi ofanelekileyo wokulahlwa kwenkunkuma, ngokweemfuno zolawulo lwasekhaya.
10. Xa kukho nakuphi na okungaqhelekanga kufunyenwe ngexesha lokusebenza, cima kwangoko unikezelo lombane kwaye uqhagamshelane nenjineli yenkonzo.
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 lokuhambisa: Iiveki ze-1 ~ 2 ngokobuninzi
Imigaqo yentlawulo: 100% T/T kwangaphambili okanye WESTERN UNION
Ukubonelela ngeAmandla: 1000pcs / ngenyanga