I-X-ray Tube Assembly ilingana ne-E7252X RAD14 Isithombe Esivelele

Ukuhlanganiswa Kweshubhu le-X-ray elilingana ne-E7252X RAD14

Incazelo emfushane:

◆Ukuhlanganiswa kweshubhu le-X-ray kuzo zonke izivivinyo zokuxilonga ezijwayelekile ngezindawo zokusebenza ezivamile noma zedijithali ze-x-ray kanye ne-fluoroscopic

◆Ishubhu le-x-ray le-anode elijikelezayo ngesivinini esikhulu

◆ Izici zokufakwa: 12° Rhenium-Tungsten molybdenum target (RTM)

◆Izindawo ezigxile: Ezincane 0.6, Ezinkulu: 1.2

◆I-voltage enkulu yeshubhu: 150kV

◆Ihambisana nezimbozo zekhebula ezinamandla aphezulu zohlobo lwe-IEC60526

◆Ijeneretha ye-voltage ephezulu kufanele ivumelane ne-IEC60601-2-7

◆Ukuhlukaniswa kwe-IEC (IEC 60601-1:2005): IMISHINI YE-Class I ME

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Imigomo Yokukhokha Nokuthumela:

Amathegi Omkhiqizo

Imithetho, amazinga kanye nemithethonqubo

Lo mkhiqizo ukhiqizwe futhi wathuthukiswa ngokuvumelana nemithetho, iziqondiso kanye nemithethonqubo yokuklama elandelayo:
◆Isiqondiso Somkhandlu 93/42/EEC sangomhlaka-14 Juni 1993 esiphathelene namadivayisi ezokwelapha(I-1965)Ukumaka kwe-CE）.
◆EN ISO 13485:2016 Idivayisi yezokwelapha—Izinhlelo zokuphatha ikhwalithi—Izidingo zokulawula
izinhloso..
◆EN ISO 14971:2012 Amadivayisi ezokwelapha - Ukusetshenziswa kokuphathwa kwezingozi kumadivayisi ezokwelapha (ISO 14971:2007, Uhlobo Olulungisiwe 2007-10-01)
◆EN ISO15223-1：2012 Amadivayisi ezokwelapha——Izimpawu ezisetshenziswa namalebula edivayisi yezokwelapha, amalebula kanye nolwazi oluzonikezwa Ingxenye 1: Izidingo ezijwayelekile
◆IKhomishini Yezobuchwepheshe Yamazwe Ngamazwe (i-IEC), lezi zindinganiso ezilandelayo zicatshangelwa ngokukhethekile.

Ireferensi Ejwayelekile

Ireferensi Ejwayelekile	Izihloko
I-EN 60601-2-54:2009	Imishini kagesi yezokwelapha - Ingxenye 2-54: Izidingo ezikhethekile zokuphepha okuyisisekelo kanye nokusebenza okubalulekile kwemishini ye-X-ray ye-radiography kanye ne-radioscopy
IEC60526	Ipulaki yekhebula ene-voltage ephezulu kanye nokuxhumeka kwesokhethi kwemishini ye-X-ray yezokwelapha
I-IEC 60522:1999	Ukunqunywa kokuhlunga okungapheli kwemihlangano ye-X-ray tube
I-IEC 60613-2010	Izici zikagesi, ukushisa kanye nokulayisha kwamashubhu e-X-ray anode ajikelezayo ukuze kutholakale ukuxilongwa kwezokwelapha
IEC60601-1:2006	Imishini kagesi yezokwelapha - Ingxenye 1: Izidingo ezijwayelekile zokuphepha okuyisisekelo kanye nokusebenza okubalulekile
I-IEC 60601-1-3:2008	Imishini kagesi yezokwelapha - Ingxenye 1-3: Izidingo ezijwayelekile zokuphepha okuyisisekelo kanye nokusebenza okubalulekile - Izinga Lokubambisana: Ukuvikelwa kwemisebe emishinini ye-X-ray yokuxilonga
IEC60601-2-28:2010	Imishini kagesi yezokwelapha - Ingxenye 2-28: Izidingo ezikhethekile zokuphepha okuyisisekelo kanye nokusebenza okubalulekile kwemihlangano yamashubhu e-X-ray yokuxilongwa kwezokwelapha
I-IEC 60336-2005	Imishini kagesi yezokwelapha-imihlangano yamashubhu e-X-ray yokuxilongwa kwezokwelapha-Izimpawu zezindawo ezigxile kuzo

Incazelo

●Igama lakhiwe kanje:

MWHX7360	Ipayipi	A	Isokhethi ye-voltage ephezulu enesiqondiso sama-degree angu-90
MWHX7360	I-MWTX73-0.6/1.2-150H	B	Isokhethi ye-voltage ephezulu enesiqondiso sama-degree angu-270

Idatha Yobuchwepheshe

Impahla	Imininingwane		Okujwayelekile
Amandla okufaka ajwayelekile e-anode	F 1	F 2	I-IEC 60613
Amandla okufaka ajwayelekile e-anode	20kW(50/60Hz) 30kW(150/180Hz)	50kW(50/60Hz) 74kW(150/180Hz)
Umthamo wokugcina ukushisa we-Anode	212 kJ (300kHU)		I-IEC 60613
Umthamo omkhulu wokupholisa we-anode	750W
Umthamo wokugcina ukushisa	900kJ
Ukushisa okuqhubekayo okuphezulu ngaphandle komoya ojikelezayo	180W
Izinto ze-anodeIzinto zokumboza eziphezulu ze-Anode	I-Rhenium-Tungsten-TZM(RTM) I-Rhenium-Tungsten-(RT)
I-engeli eqondiwe (Inkomba: i-axis yokubhekisela)	12 °		I-IEC 60788
Ukuhlanganiswa kwe-X-ray tube filtration engokwemvelo	1.5 mm Al / 75kV		I-IEC 60601-1-3
Inani(amanani) lendawo yokugxila	F1 (ukugxila okuncane)	F2 (ukugxila okukhulu)	I-IEC 60336
Inani(amanani) lendawo yokugxila	0.6	1.2
I-voltage ejwayelekile ye-X-ray tubeI-X-rayI-Fluoroscopic	150kV 125kV		I-IEC 60613
Idatha ngokushisa kwe-cathode Umkhawulo wamanje I-voltage ephezulu	≈ /AC, < 20 kHz
	F1	F 2
	5.4A ≈9V	5.4 A ≈17V
Imisebe evuzayo ku-150 kV / 3mA ngebanga elingu-1m	≤1.0mGy/h		IEC60601-1-3
Insimu yemisebe ephezulu	430×430mm ku-SID 1m
Isisindo somhlangano we-X-ray tube	Cishe 18 kg

Izimo zokusebenza, ukugcina kanye nokuthuthwa

Imikhawulo	Imikhawulo Yokusebenza	Imikhawulo Yezokuthutha Neyokugcina
Izinga lokushisa elizungezile	Kusukela ku-10℃kuya ku-40℃	Kusukela ku- 20℃to 70℃
Umswakama ohlobene	≤75%	≤93%
Ingcindezi ye-barometric	Kusukela ku-70kPa kuya ku-106kPa	Kusukela ku-70kPa kuya ku-106kPa

Amanani okhiye be-Stator

i-stator yesigaba esi-1

Iphuzu lokuhlola	C-M	C-A
Ukumelana nokugoba	≈18.0…22.0Ω	≈45.0…55.0Ω
I-voltage yokusebenza evumelekile ephezulu (ukusebenza)	230V±10%
Ncoma i-voltage yokusebenza (ukusebenza)	160V±10%
I-voltage yokubhuleka	70VDC
I-voltage esebenzayo ekuchayekeni	Ama-Vrm angu-80
I-voltage egijimayo ku-fluoroscopy	Ama-VV angu-20-40
Isikhathi sokusebenza (kuye ngokuthi uhlelo lokuqalisa lunjani)	1.2s

Isexwayiso

Isexwayiso sokuxhumana ne-X-ray Generator

1. Ukuqhekeka Kwezindlu
Ungalokothi ufake amandla angaphezu kwesilinganiso esilinganisiwe ku-X-ray tube assembly
Uma amandla okufaka edlula ukucaciswa kwepayipi, kubangela izinga lokushisa elingaphezulu kwe-anode, kufakwe ukuphahlazeka kwengilazi yepayipi futhi ekugcineni kube nezinkinga ezinkulu ezilandelayo ngenxa yokukhiqiza ukucindezela ngokweqile ngokushiswa kwamafutha ngaphakathi kwendlu.
Esimweni esibucayi kangaka esibangela ukuqhekeka kwendlu ngenxa yomthwalo owengeziwe, inkinobho yokushisa yokuphepha ayikwazi ukuvikela ithubhu le-X-ray noma ngabe isebenza.
＊Izingxenye zokuvala izindlu ziyaqhekeka.
＊Ukulimala komuntu okuhlanganisa nokusha ngenxa yokuphuma kukawoyela oshisayo.
＊Ingozi yomlilo ebangelwe yi-anode evuthayo.
Ijenereyitha ye-X-ray kufanele ibe nomsebenzi wokuvikela olawula amandla okufaka ukuthi abe ngaphakathi kwencazelo yeshubhu.

2. Ukushaqeka kukagesi
Ukuze kugwenywe ingozi yokushaqeka kukagesi, le mishini kumele ixhunywe kuphela endaweni enomhlabathi ovikelayo.

3. Akukho ukuguqulwa kwale mishini okuvunyelwe!!

Izexwayiso

Isexwayiso sokusebenzisana ne-X-ray Generator

1. Isilinganiso Esingaphezu Kwesilinganiso
Ukuhlanganiswa kweshubhu le-X-ray kungaphulwa ngokusebenzisa isibhamu esisodwa nje esilinganiselwe kakhulu.
Sicela ufunde amaphepha osuku lobuchwepheshe ngokucophelela bese ulandela imiyalelo.

2.Ukuhlunga Okuhlala Njalo
TUkuhlunga okuphelele kanye nebanga eliphakathi kwendawo egxile ku-X-ray nomzimba womuntu kulawulwa ngokomthetho.
Tkufanele kulandelwe umthethonqubo.

3.Ukushintsha Okushisayo Kokuphepha
Ukuhlanganiswa kweshubhu le-X-ray kuneswishi yokushisa yokuphepha yokuvimbela amandla okufaka okwengeziwe lapho i-tube housing ifinyelela ekushiseni(I-1965)80℃）yokuvula iswishi.
Akukhuthazwa ukuthi iswishi ixhume ikhoyili ye-stator kusekethe yochungechunge.
Ngisho noma iswishi isebenza, ungalokothi ucime amandla esistimu. Iyunithi yokupholisa kufanele isebenze uma isetshenziswa nesistimu.

4. Ukungasebenzi kahle okungalindelekile
Ukuhlanganiswa kweshubhu le-X-ray kungaba nobungozi bokungasebenzi kahle ngokungalindelekile ngenxa yokuphela kokuphila noma ukwehluleka. Uma kulindeleke izinkinga ezinkulu ezibangelwa ingozi engenhla, ucelwa ukuba ube nohlelo lokugwema isimo esinjalo.

5. Isicelo Esisha
Uma usebenzisa umkhiqizo ngohlelo olusha olungakhulunywa ngalo kulolu lwazi noma ngohlobo oluhlukile lwejenereyitha ye-X-ray, sicela usithinte ukuze uqinisekise ukutholakala kwawo.

Isexwayiso Ekusebenzeni

1. Imisebe ye-X-rayisivikelo

Lo mkhiqizo uhlangabezana nezidingo ze-IEC 60601-1-3.

Lo mhlangano we-X-ray tube ukhipha imisebe ye-X-ray isebenza. Ngakho-ke ngabasebenzi abafanelekayo nabaqeqeshwe ngokufanayo kuphela abavunyelwe ukusebenzisa umhlangano we-X-ray tube.

Imiphumela efanele yomzimba ingabangela ukulimala kwesiguli, abakhiqizi besistimu kufanele bavikeleke kahle ukuze bagweme imisebe ye-ionization.

2. I-Dielectric 0il

Ukuhlanganiswa kweshubhu le-X-ray kune-0il equkethwe yi-dielectric ukuze kuqiniswe ugesi ophezulu. Njengoba kuyingozi empilweni yabantu，uma ivezwe endaweni engavinjelwe，kufanele ilahlwe ngokulandela umthetho wendawo.

3.Umkhathi Wokusebenza

Ukuhlanganiswa kweshubhu le-X-ray akuvunyelwe ukusetshenziswa emoyeni wegesi evuthayo noma ebolile ·

4．Lungisa i-Tube Current

Kuye ngezimo zokusebenza，izici ze-filament zingase zishintshe.

Lolu shintsho lungase luholele ekuchayekeni ngokweqile kwe-X-ray tube assembly.

Ukuvimbela ukuthi i-X-ray tube assembly ingonakali，lungisa njalo ugesi wepayipi.

Ngaphandle kwalokho lapho ithubhu le-X-ray linenkinga yokugobalukusetshenziswa kwesikhathi eside，Kudingeka ukulungiswa komsinga wepayipi.

5Izinga lokushisa lezindlu ze-X-ray Tube

Ungathinti indawo engaphansi kwe-X-ray tube ngemuva nje kokuhlinzwa ngenxa yokushisa okuphezulu.

Ishubhu le-X-ray elihlala lipholile.

6.Imikhawulo yokusebenza

Ngaphambi kokusebenzisa，sicela uqinisekise ukuthi isimo semvelo singaphakathi kwe-Iimits yokusebenza.

7Noma yikuphi ukungasebenzi kahle

P1lula ukuxhumana ne-SAILRAY ngokushesha，uma kukhona ukungasebenzi kahle kwe-X-ray tube assembly okubonakalayo.

8. Ukulahlwa

Ukuhlanganiswa kweshubhu le-X-ray kanye neshubhu kuqukethe izinto ezifana namafutha nezinsimbi ezisindayo okumele kuqinisekiswe ukuthi ukulahlwa kwazo okungenangozi emvelweni nokufanelekile ngokuhambisana nemithethonqubo yezomthetho kazwelonke esebenzayo kumele kuqinisekiswe. Ukulahlwa kukadoti wasekhaya noma wezimboni akuvunyelwe. Umenzi unolwazi lobuchwepheshe oludingekayo futhi uzobuyisela ukuhlanganiswa kweshubhu le-X-ray ukuze kulahlwe.

Sicela uxhumane nesevisi yamakhasimende ngale njongo.