0.08mmx17 inayiloni ephakelwe ngocingo olucijile lukasilika olumbozwe intambo ye-litz

Incazelo emfushane:

Usilika owenziwe ngokwezifiso we-litz wire enocingo olulodwa oluyi-0.08mm, kanye nemicu engu-17, eyenzelwe ukusetshenziswa kwamafrikhwensi aphezulu Usilika owodwa onqanyulwe ngento enayiloni, ekwazi ukudayiswa ngaphandle kwenqubo yokuhlubula ngaphambili, yonga kakhulu isikhathi esiningi.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izici nezinzuzo ze-USTC ziyi

1.LOW MOQ:20kg ngosayizi ngamunye uma singekho isitoko.
2.Ukulethwa okusheshayo:7-10days ukuqeda i-oda lenqwaba
3.Ukukhulelwa okuthuthukisiwe.Inayiloni enendawo enhle yokumunca amanzi, yenza ucingo olunokufakwa kangcono ku-high voltage transformer.
I-4.Ukuvikelwa okwengeziwe ekucindezelekeni kwemishini
5.Ukwenziwa ngcono komthamo wokusonga.Intambo ye-litz embozwe ngosilika yenza ingaphezulu libushelelezi, elenza amandla okujika aqine
6.Higher voltage ukumelana.Usilika umboze lokho okwandisa amandla kagesi okuwohloka aze afike ku-500-1000volts uma kuqhathaniswa nocingo olunephrofayili lwe-litz ngaphandle kokuxhuma kwangaphandle.

Ukucaciswa

Umbiko wokuhlola: 2USTC 0.08mm x 17 imicu, ibanga elishisayo 155℃
Cha.	Izici	Izicelo zobuchwepheshe	Imiphumela Yokuhlola
1	Ubuso	Kuhle	OK
2	Ucingo olulodwa ububanzi bangaphandle (mm)	0.087-0.103	0.090
3	Ucingo olulodwa ububanzi bangaphakathi(mm)	0.08±0.003	0.079
5	Ububanzi buphelele(mm)	Ubukhulu.0.52	0.47
6	I-Pinhole Test	Ubukhulu.20pcs/6m	3
7	Ukuhlukaniswa kwe-Voltage	Okuncane.1100V	2700V
8	Ubude beLay	27±3mm	27
9	Ukumelana Komqhubi Ω/km(20℃）)	Ubukhulu.222.10	200

Phawula

1.Ubude bendawo.Ubude bendawo buchaza ibanga ucingo olulodwa oludingayo ukuze kuzungeziswe okukodwa okuphelele kumjikelezo wentambo ye-litz (amadigri angu-360).Lokho kungenziwa ngendlela oyifisayo.Okuncane kobude be-lay, ukuqina kocingo kuzoba

2.Ukuqondisa kwephimbo Iphimbo eliqondile (1)

2.Isiqondiso se-pitch: Isiqondiso sephimbo sibonisa i-twist noma i-bunching direction yokwakhiwa kwezintambo ezihlanganisiwe.I-Z-lay ihlanganiswe ngendlela yewashi kuyilapho i-S-lay iphambene, noma iqondana newashi elijikayo.

Nali uhla lwesayizi yocingo lwe-litz olunqanyuliwe lukasilika esingalwenza

Impahla Yokukhonza	Inayiloni	I-Dacron
Ububanzi bezintambo ezingabodwa¹	0.03-0.4mm	0.03-0.4mm
Inombolo yezintambo ezingabodwa²	2-5000	2-5000
ububanzi obungaphandle bezintambo ze-litz	0.08-3.0mm	0.08-3.0mm
Inombolo yezendlalelo (uhlobo.)	1-2	1-2

Idatha yezintambo zokunamathela ze-Thermo nayo iyasebenza
1.Ububanzi bethusi
2.Kuya ngezinombolo zocingo olulodwa

2.Ukuqondisa kwephimbo Iphimbo eliqondile (

2.Ukuqondisa kwephimbo Iphimbo eliqondile (3)

Ubukhulu esingabenza

Impahla Yokukhonza	Inayiloni	I-Dacron
Ububanzi bezintambo ezingabodwa	0.03-0.4mm	0.03-0.4mm
Inombolo yezintambo ezingabodwa	2-5000	2-5000
ububanzi obungaphandle bezintambo ze-litz	0.08-3.0mm	0.08-3.0mm
Inombolo yezendlalelo (uhlobo.)	1-2	1-2

Izinhlelo zokusebenza

Ishaja engenantambo
High frequency transformer
Iziguquli zefrikhwensi ephezulu
Ama-transceivers aphezulu
I-HF iyamangalisa

Isicelo

Ukukhanya kwamandla aphezulu

I-LCD

Umtshina Wensimbi

Ishaja engenantambo

Isistimu ye-Antenna

I-Transformer

Izitifiketi

Mayelana NATHI

Yasungulwa ngo-2002, i-Ruiyuan isineminyaka engu-20 ikhiqiza izintambo zethusi ezinoqweqwe oluqinile.Intambo yethusi enoqweqwe oluqinile isenkabeni yobuchwepheshe esibusebenzisa nsuku zonke - izinto zikagesi, amajeneretha, ama-transformer, izinjini zomoya, amakhoyili nokunye okuningi.Namuhla, i-Ruiyuan inomlando womhlaba wonke wokusekela ozakwethu bethu ezimakethe.

Ithimba lethu
I-Ruiyuan iheha amathalente amaningi avelele ezobuchwepheshe nokuphatha, futhi abasunguli bethu bakhe iqembu elingcono kakhulu embonini ngombono wethu wesikhathi eside.Sihlonipha izimiso zesisebenzi ngasinye futhi sibanikeze inkundla yokwenza i-Ruiyuan ibe indawo enhle yokukhulisa umsebenzi.

Okwedlule: 0.08mmx105 Usilika Ohlanganiswe Intambo Ephindwe Kabili Ephakeme Imvamisa ye-Litz Wire Insulated

Olandelayo: 0.08mmx210 USTC High Frequency Enameld Stranded Wire Silk Covered Litz Wire