I-Anode X-ray Ejikelezayo Amashubhu MWTX64-0.8_1.8-130
I-Anode X-ray Ejikelezayo Amashubhu MWTX64-0.8_1.8-130
I-MWTX64-0.8/1.8-130 ishubhu inokugxilwa okukabili okudizayinelwe ukusetshenziswa nokuzungezisa kwe-anode yesivinini esijwayelekile sokusebenza kwe-radiographic yamandla aphezulu kanye ne-cine-fluoroscopic.
Ishubhu yekhwalithi ephezulu ehlanganisiwe enomklamo wengilazi inezindawo ezimbili zokugxila ezibekwe kahle kakhulu kanye ne-anode ephoqelelwe engu-64 mm. Umthamo ophezulu wokugcina ukushisa kwe-anode uqinisekisa ububanzi bezicelo zezinqubo zokuxilonga ezijwayelekile ngezinhlelo ezivamile ze-radiographic kanye ne-fluoroscopy.
I-anode eklanywe ngokukhethekile inika amandla izinga eliphezulu lokulahla ukushisa eliholela ekusebenzeni okuphezulu kwesiguli kanye nempilo ende yomkhiqizo.
Isivuno esiqhubekayo somthamo omkhulu phakathi nayo yonke impilo yeshubhu siqinisekiswa yithagethi ehlanganisiwe ye-rhenium-tungsten ephezulu. Ukulula kokuhlanganiswa emikhiqizweni yesistimu kwenziwa lula ukwesekwa kwezobuchwepheshe.
I-MWTX64-0.8/1.8-130 X-Ray Tube ejikelezayo ye-anode yakhelwe ngokukhethekile iyunithi ye-x-ray yokuxilongwa Kwezokwelapha.
| I-Voltage Operating Maximum | 130KV |
| Usayizi we-Focal Spot | 0.8/1.8 |
| Ububanzi | 64 mm |
| I-Target Material | I-RTM |
| I-Angle ye-Anode | 16° |
| Isivinini Sokuzungezisa | 2800RPM |
| Isitoreji Sokushisa | 67kH0 |
| Ukusabalalisa Okuqhubekayo Okuphezulu | 250W |
| I-filament encane | fmax=5.4A ,Uf=7.5±1V |
| I-filament enkulu | Ifmax=5.4A,Uf=10.0±1V |
| Ukuhlunga Kwemvelo | 1mmAL |
| Amandla Aphezulu | 10KW/27KW |
Inqubo Enconyiwe Yesizini Yesikhathi Eside Engasetshenzisiwe Ishubhu
Ukuze ugcine isikhathi eside ukusebenzisa idivayisi yeshubhu ye-x-ray ngaphandle kokwehluleka, sicela wenze inqubo yesinongo ngaphambi kokusetshenziswa, kanye nokupholisa okwanele ngemva kokufaka isicelo.
Inqubo yesinongo
1. Ngaphambi kokuqala kokuqala kwamashubhu e-x-ray noma ngemva kwesikhathi esingeziwe sokungenzi lutho (ngaphezu kwamaviki ama-2), siphakamisa ukwenza inqubo yesinongo. Futhi lapho amashubhu engaqini, ncoma ukwenza inqubo yesinongo ngokuya ngethebula lenqubo yesinongo elingezansi.
2. Qinisekisa ukuthi kuthathwa izinyathelo zokuphepha ezanele zokuphepha emisebeni ukuze kuvikelwe noma yisiphi isithuthukisi sesithombe emisebeni. Ukuze uvikele ukuvuza kwemisebe ye-x-ray, sicela uvale isikhombisi esihlanganiswe efasiteleni lembobo lomthombo we-x-ray.
3. Uma ishubhu lamanje lintengantenga ngesikhathi sokukhuphuka kwamandla kagesi aphezulu, kuyadingeka ukunciphisa amandla kagesi ukuze kuqinisekiswe ukuthi ishubhu lamanje lizinza.
4. Inqubo yokuvuna kufanele yenziwe abantu abanolwazi nokuphepha.
Uma i-tube current ingakwazi ukusetha i-50% mA, i-tube current kufanele isethwe ingabi ngaphezu kuka-50% kanye nenani eliseduze. elisondele ku-50%.
Isivinini esijwayelekile sokuzungezisa i-anode namabherengi athulisiwe
I-anode ye-High density compound (RTM)
Umthamo wokugcina ukushisa kwe-anode nokupholisa
Isivuno somthamo ophezulu njalo
Ukuphila okuhle kakhulu
Inani elincane le-oda: 1pc
Inani: Ukuxoxisana
Imininingwane yokupakisha: 100pcs ibhokisi ngalinye noma egcizelele ngokuvumelana nenani
Isikhathi Sokulethwa: 1 ~ 2 amaviki ngokuya ngenani
Imigomo Yokukhokha: 100% T/T kusengaphambili noma WESTERN UNION
Supply Amandla: 1000pcs/ ngenyanga
