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Umkhiqizo Ophambene Nezulu 0.120Mm Ipholayuthane Enamelele Umkhiqizo Ompukane Lwekhowudi Yekhowudi Yezinhlayiya Zokwenza I-Transformers Inductance Coils
Incazelo
HUAERDA
Ukwethula ikhwalithi ephezulu futhi eqinile High Temperature Resistant 0.120mm Polyurethane Enamelled Copper Wire Solid by HUAERDA. Lo mkhiqizo wenzelwe ukuhlangabezana nezidingo ze-electronic transformers kanye ne-inductivity coils ezidinga ukusebenza okuthembekile nokuzinzile.
Yenziwe ngematerials engcono, lo mpawu we-copper uyaphunzwe ngemvumo ye-polyurethane etholakala ukugcina okuphumelelayo nokulungiswa kakhulu kwezinkishopho. Ngenkulu ye-0.120mm, leli mpawu uyisisekelo sokusebenza kudinga ukucaciswa nokuhlele.
Ubunzwa bokwenza kwe HUAERDA umkhiqizo wemali ubonisa ukuthi ungamelana nokuba kakhulu noma kukhona ukungabi nesiphindwa sabo. Lapho kungenzeka ukusebenzela kumatransformer elekthrona noma kcoil induction, lokhu mkhiqizo uza kulethela imiphumo efanayo.
Ibhrendi ye-HUAERDA ihlangatswe ngokuthi yamele kakhulu kakhulu kanye nokuvutha, futhi lokhu mkhiqizo wemali akukhona yisodwa. Ngenxa yokumelana nokuba kakhulu kanye nokuphepha, ungowetha ukuthi lokhu hlelo lapho kuzo kudala futhi kuhlanganise nokuthanda kwakho.
Lapho kungenzeka ukuthi ubengqondana kwez industre elekthrona noma umthanda ukwenza noma yiziphi izinto ngokwakhe, lokhu High Temperature Resistant 0.120mm Polyurethane Enamelled Copper Wire Solid ngu-HUAERDA yisikha esifanele kakhulu kwezindlela zakho. Ukutholakala kakhulu kanye nokuthembekile kwenza ukuthi yilodwa kudingekayo kubantu bonke abasebenzisa amatransformer elekthrona kanye nacoil induction.
I-HUAERDA High Temperature Resistant 0.120mm Polyurethane Enamelled Copper Wire Solid iyimpawu ephambene nezidinga eziphambene nezilungu zokwehla. Ngenxa yekukhululekile kwezilungu kanye nokulandlela kwemfanelo yokusebenza, lo mphawu uya kulandela ukusebenza nokulandlela okudinga kahle kubantu. Thanda igama le HUAERDA kuwo wonke amaphoyinti akho eziphethwayo.
Uhlobo |
Polyester |
Ipoliyethilene ehlukile |
I-polyurethane |
I-polyurethane |
Ipolyesterimide |
I-Polyamide-imide |
Ikhodi |
PEW, QZ |
PEW, QZ |
UEW, QA |
UEW, QA |
EIW, QZY |
EI/AIW, Q(ZY/XY) |
Isigaba Samandla |
Isigaba B, 130℃ |
Isigaba F, 155℃ |
Isigaba F, 155℃ |
Isigaba H, 180℃ |
Isigaba H, 180℃ |
Isigaba H, 200℃/ 220℃ |
Ithebu leCopper eli-Enameled elirouned
Umayilethi wesiliva esinekankanyo enkulu esinekhanda elijwayelekile, ubunyefekile ngezilayili zokugcina njengepolyurethane, Polyesterimide noma polyiodide, bese kubekwa kanye kuvulekile ngokushusha okuphezulu ukwenza amayilethi angcono ngezilayili, izici zokuvamela, izici zokushusha nezici zokubonisa izinhlelo.
a) Iziphawu zokuxhumana: ukungcola okuphezulu (isinga sokuvulela kungaba khona izinkonti ezingu-1000). b) Ukungcola kwesikati: isigaba sokungcola kwezibuko sikhohlwe kuclase B (130 ℃), F (155 ℃), H (180 ℃ - 240 ℃) njll., ukweselwa kwezinhlobo eziningi zokusebenza kwezibuko ezihlukahlukene. c) Amadwebo wezimali: isikhwama siluvuke nezinga elikhulu zokungcola kwezinyongo, sifanele kweqempu lokugcina ngokuzenzekelayo. d) Ukuqinisekile kwezichemo: ukungcola kwezolvente, ukwehlulekile kanye nokungcola kwezichemo ezikuthi. Ububanzi: 0.1-0.19 mm (umbango)
Umkhiqizo: Intoniyeli (ubusha > 99.97%)
Inqanawa yezulu: 130/155/180/200/220/240 inqanawa
Ububanzi bensikweletu: Inqanawa 1 (nsikweletu encane) kuya ku Inqanawa 3 (nsikweletu encane)
Isikweletu: PEW, UEW, EIW, PAIW, EIW+PAIW, PEW-NY, njalo ngqo.
1. U: Yini indiameter ephansi kakhulu yomgca onamancane? I: Indiameter ephansi kakhulu yomgca onamancane esikhulayo ingaba yibe yisikhupha kakhulu 0.060 mm. Sibophezela ukuphatha izimo zokwenza ngendlela ethintelwe ukuze sithinte ukuba umncede nokulungelelaniswa kwezindlela zokulula kuzokugcinwa ngokuphelelwa kweziciro, esetshenziswa kakhulu kumathini weclicks, amadivayisi, izinhlayiya zokubuyiselwa kwezimali, ukuxhumana kwe5G njll.
2. U: Kanjani ukuthiwa kakhulu umgca onamancane uyadinga ubunzima? I: Sihlinza izimo zokwenza ngokushesha ngendlela ethintelwe yokwenza, nezinhlanhla eziningi zokwenza fomu lezenhlalakahle kanye nezokusebenza okutholwe khona. Isibonelo, umgca onamancane wezinhlanhla ezilandelayo kwekhoweli 5G isivumela inkinga yekhoweli kanye neqembu lokuthengwa kwezifansi elingu-11.2%.
3. B: Imiphiqo yesikoleli iyahlukile kahle? P: Si sebenzisa ama-wire amabi amadala angaphansi kwezilulu nezilulu, oku kungcono kunezilulu evela ngokwesibonelo ngokwesikoleli kanye nokwakhiwa kwezilulu, futhi siphumelele kwezinhlanhla zokuhlinzwa. Isibonelo, ubukhulu besikoleli ngu-99.97%, oku kusinikela ukukhala okuphansi kanye nokukhala kwezulu ngemva kokekudala.
4. B: Yini leli xesha lokulindela ukulethwa kwamathisfwana? P: Kumaqo, singathumela izinto kumphutha wokulayishwa ngendawo yokuqala eminyakeni emibili emva kokuthola ukulungiswa. Kukudala, kudinga izinsuku ezingu-15 kuya kuma-30 ukuze sithumele izinto kumphutha wokulayishwa emva kokuthola ukulungiswa.
5. B: Kanjani ukulungisa imibuzo yokubona? P Sicela ubekwe isampula yezinto futhi uyaphawula inkhandzabantu.
6. B: Kungakho engxenye uyithenge ingxenye yemali enobala obuningi ngokuvavanywa kwamanzi oludlala? P: Imithwalo yaseMhlakini ibonisa ngokwesivumelwano sokuthatha izicelo ngokulungileyo yilokho izithi kufanele singaphoqelelwa kumanyano noma ukubendula okungadingeki xa kuthathwa kwi- package. Ngaphambi kwenye vavanyo, kufanele kuthathwe ingxenye yemali engcono ukuthi kuthintwe ukuthi isicelo asinezingxenye ezithile. Yisela ukuba akukho bendula!
7. B: Kungakho ukwehlisa vavanyelwe, iphakade kakhulu kunezimali zokuvavanywa? P: Imithwalo yaseMhlakini ikhombisa ukuvavanywa kwezimali phakathi kwezinsuku ezingama-20 ℃, indawo yentonga yobudlulindlela yokuvavanywa yilokho kungama-30 ℃ noma phezulu, futhi abasebenzisi abaningi awunayo ilaboratori ezinezinsuku ezingama-20 ℃, ngakho ke iziphumo zokuvavanywa zizokhuphuka. Noma ngokwezinsuku zokuvavanywa zokuguqula ukwehlisa kuma-20 ℃.
8. B: Kungakho ukwehla koccolo phakathi kwezinye zombili zokwenyelwa? A: Imani yesixa esincinyane yisicelo esikhulu sokusebenza kwesicelo, ukwehla koccolo kungase kube khona kungaholela kakhulu, silungisele ukusebenzisa.
9. B: Ngenkathi usenza isixa esincinyane, kuzobonakala amathred kahle bese angeke ubone amathred? A: Isixa esincinyane sinezixeko ezingaphansi zokugcina, kungenjalo ukugcina. Kufanele ukuvumelanisa konke okuthredekileyo (akukho thekileyo yokuthredekileyo okuthathwe ngapha kwezinye), isayithi sokuthredekileyo isuwe ngokuthula, susa kanye kwezinye izithredekileyo, bese kuzobonakala isixa esisodwa. Ukubona isixa esincinyane kukususa kanye kwezinye izithredekileyo, silungisele ukuthatha konke, ungase ngikhathaze.
