Amashubhu e-X-ray e-Anode ajikelezayo MWTX64-0.8_1.8-130
Amashubhu e-X-ray e-Anode ajikelezayo MWTX64-0.8_1.8-130
Ishubhu le-MWTX64-0.8/1.8-130 linokugxila okubili okwenzelwe ukusetshenziswa ngokujikeleza kwe-anode okujwayelekile kwemisebenzi ye-radiographic enamandla aphezulu kanye ne-cine-fluoroscopic.
Ishubhu elihlanganisiwe lekhwalithi ephezulu elinomklamo wengilazi linezindawo ezimbili ezigxile kakhulu kanye ne-anode engu-64 mm eqiniswe kabusha. Umthamo wokugcina ukushisa we-anode ephezulu uqinisekisa uhla olubanzi lwezinhlelo zokuxilonga ezijwayelekile ngezinhlelo ezivamile ze-radiographic kanye ne-fluoroscopy.
I-anode eklanyelwe ngokukhethekile ivumela izinga eliphezulu lokushabalalisa ukushisa okuholela ekusetshenzisweni okuphezulu kwesiguli kanye nokuphila komkhiqizo isikhathi eside.
Isivuno esiphezulu esiqhubekayo phakathi nokuphila kweshubhu yonke siqinisekiswa yi-high density rhenium-tungsten compound target. Ukulula kokuhlanganiswa kwemikhiqizo yesistimu kwenziwa lula ukwesekwa okukhulu kobuchwepheshe.
I-MWTX64-0.8/1.8-130 i-anode ejikelezayo ye-X-Ray Tube yenzelwe ngokukhethekile ukuxilongwa kwezokwelapha iyunithi ye-x-ray.
| I-Voltage Ephezulu Yokusebenza | 130KV |
| Usayizi Wendawo Egxile | 0.8/1.8 |
| Ububanzi | 64mm |
| Izinto Eziqondiwe | I-RTM |
| I-Anode Angle | 16° |
| Isivinini Sokujikeleza | 2800RPM |
| Isitoreji Sokushisa | 67kHU |
| Ukushabalalisa Okuqhubekayo Okuphezulu | 250W |
| Intambo encane | fmax=5.4A ,Uf=7.5±1V |
| Intambo enkulu | Umax=5.4A,Uf=10.0±1V |
| Ukuhlunga Okungokwemvelo | 1mmAL |
| Amandla Aphezulu | 10KW/27KW |
Inqubo Enconywayo Yokunonga Ishubhu Elingasetshenziswanga Lesikhathi Eside
Ukuze idivayisi ye-x-ray ihlale isikhathi eside ngaphandle kokuphazamiseka, sicela wenze inqubo yokunonga ngaphambi kokusebenzisa, futhi upholise ngokwanele ngemva kokufaka.
Inqubo yokufaka izinongo
1. Ngaphambi kokuqala kokusebenzisa amashubhu e-x-ray noma ngemva kwesikhathi eside sokungenzi lutho (ngaphezu kwamasonto amabili), siphakamisa ukuthi kwenziwe inqubo yokugcoba. Futhi uma amashubhu engazinzile, sincoma ukuthi kwenziwe inqubo yokugcoba ngokwethebula lenqubo yokugcoba elingezansi.
2. Qinisekisa ukuthi kuthathwa izinyathelo zokuphepha ezifanele zokuvikela imisebe ukuze kuvikelwe noma yisiphi isithambisi sesithombe esikhona emisebeni. Ukuze kuvikelwe imisebe evuzayo ye-x-ray, sicela uvale i-collimator ehlanganiswe efasiteleni lembobo lomthombo we-x-ray.
3. Uma ugesi wepayipi ungazinzi ngesikhathi sokukhuphuka kwamandla kagesi aphezulu, kuyadingeka ukunciphisa ugesi ophezulu ukuqinisekisa ukuthi ugesi wepayipi uzinzile.
4. Inqubo yokunonga kumele yenziwe ngabantu abangochwepheshe nabanolwazi lokuphepha.
Uma i-tube current ingakwazi ukusethwa ngo-50% mA, i-tube current kufanele ibekwe hhayi ngaphezulu kuka-50% futhi ibe nenani eliseduze kakhulu, elicishe libe yi-50%.
Ukujikeleza kwe-anode yesivinini esijwayelekile ngama-bearings athulisiwe
I-anode ye-compound enobukhulu obuphezulu (RTM)
Umthamo wokugcina ukushisa we-anode ophakeme kanye nokupholisa
Isivuno esiphezulu esiqhubekayo
Isikhathi sokuphila esihle kakhulu
Inani Elincane Le-oda: 1pc
Intengo: Ingxoxo
Imininingwane Yokupakisha: 100pcs ngebhokisi ngalinye noma ngezifiso ngokuya ngobuningi
Isikhathi Sokulethwa: 1 ~ 2 amasonto ngokuya ngobuningi
Imigomo Yokukhokha: 100% T/T kusengaphambili noma i-WESTERN UNION
Amandla Okunikezela: 1000pcs/ngenyanga
