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

Inkcazo emfutshane:

◆Ukuhlanganiswa kwetyhubhu ye-X-ray kuzo zonke iimvavanyo zokuxilonga eziqhelekileyo kunye neendawo zokusebenza ze-radiographic kunye ne-fluoroscopic zesiqhelo okanye zedijithali

◆Isixhobo sokufaka ityhubhu ye-x-ray esijikelezayo ngesantya esiphezulu

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

◆Iindawo ezijolisiweyo: Encinci 0.6, Enkulu: 1.2

◆Umbane omkhulu wetyhubhu: 150kV

◆Inokusetyenziselwa ii-receptacles zekhebula ezine-voltage ephezulu ze-IEC60526

◆Ijenereyitha yombane ophezulu kufuneka ivumelane ne-IEC60601-2-7

◆Udidi lwe-IEC (IEC 60601-1:2005): IZIXHOBO ZE-KLASI I ME

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Imigaqo yokuhlawula kunye nokuthumela:

Iithegi zeMveliso

Imithetho, imigangatho kunye nemigaqo

Le mveliso yenziwe kwaye yaphuhliswa ngokuvumelana nemithetho, imiyalelo kunye nemigaqo yoyilo elandelayo:
◆Umyalelo weBhunga 93/42/EEC womhla we-14 kweyeSilimela 1993 malunga nezixhobo zonyango(IsiNgesi)Ukumakishwa kwe-CE）.
◆EN ISO 13485:2016 Izixhobo zonyango—Iinkqubo zolawulo lomgangatho—Iimfuno zolawulo
iinjongo..
◆EN ISO 14971:2012 Izixhobo zonyango - Ukusetyenziswa kolawulo lomngcipheko kwizixhobo zonyango (ISO 14971:2007, Uhlobo olulungisiweyo 2007-10-01)
◆EN ISO15223-1：2012 Izixhobo zonyango——Iimpawu ezisetyenziswa kunye neelebheli zezixhobo zonyango, iilebheli kunye nolwazi oluza kunikwa Icandelo 1: Iimfuno ngokubanzi
◆IKhomishini ye-International Electrotechnical Commission (IEC), le migangatho ilandelayo iqwalaselwa ngokukodwa.

Isalathiso Esiqhelekileyo

Isalathiso Esiqhelekileyo	Izihloko
EN 60601-2-54:2009	Izixhobo zombane zonyango - Icandelo 2-54: Iimfuno ezithile zokhuseleko olusisiseko kunye nokusebenza okubalulekileyo kwezixhobo ze-X-ray ze-radiography kunye ne-radioscopy
IEC60526	Iintambo ze-plug kunye neesokhethi ezidityaniswe nge-high-voltage kwizixhobo ze-X-ray zonyango
I-IEC 60522:1999	Ukumiselwa kokuhluzwa okusisigxina kweendibano zeetyhubhu ze-X-ray
I-IEC 60613-2010	Iimpawu zombane, ubushushu kunye nomthwalo weetyhubhu ze-X-ray ze-anode ezijikelezayo zokuxilongwa kwezonyango
IEC60601-1: 2006	Izixhobo zombane zonyango - Icandelo 1: Iimfuno ngokubanzi zokhuseleko olusisiseko kunye nokusebenza okubalulekileyo
I-IEC 60601-1-3:2008	Izixhobo zombane zonyango - Icandelo 1-3: Iimfuno ngokubanzi zokhuseleko olusisiseko kunye nokusebenza okubalulekileyo - Umgangatho weBali: Ukhuseleko lwemitha kwizixhobo ze-X-ray zokuxilonga
IEC60601-2-28:2010	Izixhobo zombane zonyango - Icandelo 2-28: Iimfuno ezithile zokhuseleko olusisiseko kunye nokusebenza okubalulekileyo kweendibano zeetyhubhu ze-X-ray zokuxilongwa kwezonyango
I-IEC 60336-2005	Izixhobo zombane zonyango-iindibano zeetyhubhu ze-X-ray zokuxilongwa kwezonyango-Iimpawu zeendawo ezijolise kuzo

Inkcazo

●Igama lenziwe ngolu hlobo lulandelayo:

MWHX7360	Ityhubhu	A	Isokhethi yevolthi ephezulu enecala le-90 degrees
MWHX7360	MWTX73-0.6/1.2-150H	B	Isokhethi yevolthi ephezulu enecala le-270 degrees

Idatha yoBugcisa

Ipropati	Inkcazo		Umgangatho
Amandla okufaka amagama e-anode	F 1	F 2	I-IEC 60613
Amandla okufaka amagama e-anode	20kW(50/60Hz) 30kW(150/180Hz)	50kW(50/60Hz) 74kW(150/180Hz)
Umthamo wokugcina ubushushu be-anode	212 kJ (300kHU)		I-IEC 60613
Ubungakanani obukhulu bokupholisa be-anode	750W
Umthamo wokugcina ubushushu	900kJ
Ukusasazwa kobushushu okuqhubekekayo okuphezulu ngaphandle komoya ojikelezayo	180W
Izinto ze-anodeIzinto zokugquma eziphezulu ze-Anode	I-Rhenium-Tungsten-TZM(RTM) I-Rhenium-Tungsten-(RT)
I-engile ekujoliswe kuyo (Ref: i-axis yokubhekisa)	12 °		I-IEC 60788
Indibano yetyhubhu ye-X-ray yokuhluza okuqhelekileyo	1.5 mm Al / 75kV		I-IEC 60601-1-3
Ixabiso eliqhelekileyo lendawo yokugxila	F1 (ugxininiso oluncinci)	F2 (ugxininiso olukhulu)	I-IEC 60336
Ixabiso eliqhelekileyo lendawo yokugxila	0.6	1.2
Ityhubhu ye-X-ray yombane oqhelekileyoI-RadiographicI-Fluoroscopic	150kV 125kV		I-IEC 60613
Idatha yokufudumeza i-cathode Ubuninzi bangoku Umbane ophezulu	≈ /AC, < 20 kHz
	F1	F 2
	5.4A ≈9V	5.4 A ≈17V
Imitha yokuvuza kwi-150 kV / 3mA kumgama we-1m	≤1.0mGy/h		IEC60601-1-3
Intsimi enkulu yemitha	430×430mm kwi-SID 1m
ubunzima bendibano yetyhubhu ye-X-ray	Malunga ne-18 kg

Iimeko zokusebenza, zokugcina kunye nokuthuthwa

Imida	Imida Yokusebenza	Imida yoThutho kunye noGcino
Ubushushu obugciniwe	Ukususela kwi-10℃ukuya kuma-40℃	Ukususela kwi- 20℃to 70℃
Ubuntu bezizalwane	≤75%	≤93%
Uxinzelelo lweBarometric	Ukusuka kwi-70kPa ukuya kwi-106kPa	Ukusuka kwi-70kPa ukuya kwi-106kPa

Amaxabiso angundoqo eStator

I-stator yesigaba esi-1

Indawo yovavanyo	C-M	C-A
Ukumelana nokujika	≈18.0…22.0Ω	≈45.0…55.0Ω
Umbane osebenzayo ophezulu ovumelekileyo (ukuqalisa)	230V±10%
Cebisa i-voltage yokusebenza (ukuqalisa)	160V±10%
I-voltage yokubhuleka	70VDC
I-voltage esebenzayo xa ivezwa	IiVrms ezingama-80
I-voltage esebenzayo kwi-fluoroscopy	20V-40Vrms
Ixesha lokusebenza (kuxhomekeke kwinkqubo yokuqalisa)	1.2s

Isilumkiso

Isilumkiso malunga nokudibana ne-X-ray Generator

1. Ukuqhekeka kwezindlu
Ungaze ufake amandla angaphezu kwereyithingi kwi-X-ray tube assembly
Ukuba amandla okufaka adlula iinkcukacha zetyhubhu, oku kubangela ubushushu obugqithisileyo be-anode, ukufaka iglasi yetyhubhu yokuqhekeka kwaye ekugqibeleni kubekho iingxaki ezinkulu ezilandelayo ngenxa yokuvelisa uxinzelelo olugqithisileyo ngokuphefumla kweoyile ngaphakathi kwendibano yendlu.
Kwimeko enzima kangaka ebangela ukuqhekeka kwendlu ngenxa yomthwalo omninzi, iswitshi yobushushu yokhuseleko ayinakukhusela ityhubhu ye-X-ray nokuba iyasebenza.
＊Ukuqhekeka kweendawo zokuvala izindlu.
＊Ukwenzakala kwabantu kuquka ukutsha ngenxa yokuphuma kweoyile eshushu.
＊Ingozi yomlilo ngenxa yethagethi ye-anode evuthayo.
Ijenereyitha ye-X-ray kufuneka ibe nomsebenzi wokukhusela olawula amandla okufaka ukuba ahambelane neemfuno zetyhubhu.

2. Umothuko wombane
Ukuze kuthintelwe umngcipheko wokutshayiswa ngumbane, esi sixhobo kufuneka siqhagamshelwe kuphela kwindawo enomhlaba okhuselayo.

3. Akukho tshintsho lwezi zixhobo oluvumelekileyo!!

Izilumkiso

Isilumkiso malunga nokudibana ne-X-ray Generator

1. Uvavanyo olungaphezulu
Ukuhlanganiswa kwetyhubhu ye-X-ray kunokwaphulwa ngokusebenzisa i-shot enye egqithisileyo.
Nceda ufunde amaphepha omhla wobugcisa ngononophelo kwaye ulandele imiyalelo.

2.Ukuhluza okusisigxina
TUkucoca okupheleleyo kunye nomgama ophakathi kwendawo egxile kwi-X-ray kunye nomzimba womntu kulawulwa ngokusemthethweni.
THayi, kufuneka kulandelwe ummiselo.

3.Utshintsho loKhuseleko lobushushu
Indibano yetyhubhu ye-X-ray ineswitshi yokhuseleko lobushushu yokuthintela amandla okufaka amandla xa ityhubhu ifikelela kubushushu(IsiNgesi)80℃）yokuvula iswitshi.
Akukhuthazwa ukuba iswitshi idibanise i-stator coil kwi-series circuit.
Nokuba iswitshi iyasebenza, ungaze uyicime inkqubo. Iyunithi yokupholisa kufuneka isebenze ukuba isetyenziswa nenkqubo.

4. Ukungasebenzi kakuhle okungalindelekanga
Ukuhlanganiswa kwetyhubhu ye-X-ray kusenokuba nobungozi bokungasebenzi kakuhle ngokungalindelekanga ngenxa yokuphela kobomi okanye ukungaphumeleli. Ukuba iingxaki ezinkulu ezibangelwe ngumngcipheko ongentla zilindelekile, uyacelwa ukuba ube nesicwangciso sokuthintela imeko enjalo.

5. Isicelo Esitsha
Ukuba usebenzisa imveliso enesicelo esitsha esingakhankanywanga kolu luhlu okanye uhlobo olwahlukileyo lwejenereyitha ye-X-ray, nceda unxibelelane nathi ukuqinisekisa ukuba iyafumaneka.

Isilumkiso Ekusebenzeni

1. Imitha ye-X-reyiukhuseleko

Le mveliso ihlangabezana neemfuno ze-IEC 60601-1-3.

Olu lungiselelo lwetyhubhu ye-X-ray lukhupha imitha ye-X-ray xa lusebenza. Kuphela ngabasebenzi abafanelekileyo nabaqeqeshwe ngokufanelekileyo abavumelekileyo ukusebenzisa olu lungiselelo lwetyhubhu ye-X-ray.

Iziphumo ezifanelekileyo zomzimba zinokubangela ingozi kwisigulana, abavelisi benkqubo kufuneka bakhuseleke ngokufanelekileyo ukuze baphephe imitha ye-ionization.

2. I-Dielectric 0il

I-X-ray tube assembly ine-dielectric 0il equlethwe yi-0il ukuze i-voltage ibe nozinzo oluphezulu. Njengoko iyingozi kwimpilo yabantu，ukuba ivezwe kwindawo engathintelwanga，kufuneka ilahlwe ngokwemigaqo yendawo.

3. Imozulu yokusebenza

Ukuhlanganiswa kwetyhubhu ye-X-ray akuvumelekanga ukuba kusetyenziswe kwimozulu yegesi evuthayo okanye ebolileyo ·

4．Lungisa iTube Current

Kuxhomekeke kwiimeko zokusebenza，iimpawu zefilament zisenokutshintsha.

Olu tshintsho lunokubangela ukuba i-X-ray tube assembly ibe yingozi kakhulu.

Ukuthintela ukuba indibano yetyhubhu ye-X-ray ingonakali，lungisa umsinga wetyhubhu rhoqo.

Ngaphandle koko xa ityhubhu ye-X-ray ine-arcing Ingxaki kwi-alukusetyenziswa kwexesha elide，Ukulungiswa komsinga wetyhubhu kuyadingeka.

5Ubushushu beZindlu zeThubhu yeX-ray

Musa ukuyichukumisa indawo ehlala ityhubhu ye-X-ray emva nje kokuhlinzwa ngenxa yobushushu obuphezulu.

Ityhubhu ye-X-ray mayihlale ipholile.

6Imida yokusebenza

Ngaphambi kokusetyenziswa，Nceda uqinisekise ukuba imeko yokusingqongileyo ikwii-Iimits ezisebenzayo.

7.Nasiphi na isiphene

P1ehlisa unxibelelwano kwi-SAILRAY ngoko nangoko，ukuba kukho ukungasebenzi kakuhle kwendibano yetyhubhu ye-X-ray eqatshelweyo.

8. Ukulahla

I-X-ray tube assembly kunye ne-tube ziqulethe izinto ezifana neoyile kunye neentsimbi ezinzima apho kufuneka kuqinisekiswe ukuba ziyalahlwa ngendlela enobuhlobo nokusingqongileyo kwaye zilahlwe ngokufanelekileyo ngokuhambelana nemigaqo esemthethweni yesizwe. Ukulahlwa kwenkunkuma yasekhaya okanye yemizi-mveliso akuvumelekanga. Umenzi unolwazi lobuchwephesha olufunekayo kwaye uza kuyibuyisela i-X-ray tube assembly ukuze ilahlwe.

Nceda unxibelelane nenkonzo yabathengi ngale njongo.