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Imithwanci ye-copper enamathela we-polyamide imide, we-polyester imide enobukhulu obuphezulu 0.740mm, okuwindwa kwezincane eziningi, 220V
Incazelo
Izimfanelo ezibalulekile
| Umvume Wokusebenzela | Bare copper | Ububanzi | 0.740mm |
| Isicathami Esimnyama | ukulima komphefumulo wePolyamide imide | Umvolti othenjwa | 4900V |
| Inombolo yemodeli | EI/AIW | Igama leBrand | HUAERDA |
| Indawo Yokwakheka | Jiangxi,China | Isicelo | Izixhobo zokugcina izinto ezibushazelayo, iindanda zombandla, i-electr |
| Uhlobo Lwemvume | Ezweni | Isimo | Umugqa omgugwe |
| Izinga lokushisa | 200℃ | Uhlobo | Isikhwama |
Ukupakisha nokulethwa
| Amaninzi akusethwe | Into eyodwa |
Ukutholwa kweHUAERDA High Quality 0.740mm High Temperature Polyamide Imide Polyester Imide Enameled Copper Wire yekwekwezi 220V. Le enkqubo yemali yemali yenkqubo yemali yenzeka kakhulu kwezindlela zokusebenza zokushisa, kusuka kumathini wasekhaya kuya kumathini wokwenza indutry.
Ngegcinile 0.740mm, le enkqubo yemali yenkqubo yekwekwezi iyahluka kakhulu kwezishisa ngaphandle kokuguquguquka kweyona noma kweqile. Le polyamide imide polyester imide iyanciphisa inkqubo yokugcina nokuphepha, kuyakunceda ukuba yisemathini esikhundleni esikhundleni.
Kungakhathaliseki ukuthi uyasebenza kumsebenzi wokwenza noma kumsebenzi wokwenza, le enkqubo yemali imelela amadoda akho. Inkqubo yakhe yekwekwezi yenzela ukuba kube khona inkqubo yokuthunyelwa kwezimali, ukunika amathini akho ukuba isale kanye nokusebenza ngokushesha.
Ibhrendi yeHUAERDA ihlangatswe ngokuthi yadinga ubumfihlakuse kanye nobunemkemketo, futhi leli wiyela enemali yikhona isibonelo. Ngamanye amaphoyile ayachekwa kanye nezivivinywa ukuze kuhliwe ukuthi iyafaka amatheshi wokusebenza kanye nobude bendawo.
Leli wiyela wephembu elibangelwa kuvikeleka kwezindleko ezide, kuthengiselwe ukuthi usebenziswe kwi-220V, lokhu kwenza ukuthi kudingekelwe kakhulu kwezinye izimo zokusebenza kwezimali. Kungakhathaliseki ukuthi uyayiphindelela i-motor yezimali noma uyayisayishela amawiyela amasha kudweleni wakho, leli wiyela uyakwenza umsebenzi.
Ngaphezulu kwezindleko ezingelwa kanye nobude bendawo, leli wiyela enemali yephembu futhi kungenzeka ukusebenzisa. Iphambili kanye nokuthambiswa kweyona kwenza ukuthi kube lula ukuthwalela kanye nokuthwalela, ukuvumela ukuthi ufakwe kahle kwezimali zakho.
I-Wire ye-Copper ye-High Quality ye-HUAERDA 0.740mm High Temperature Polyamide Imide Polyester Imide Enameled yeku-Winding I-Conductor E-Solid 220V iyisethelo esebenza kakhulu kanye nezidingo zakho zazo zonke. Qinisekisa ukuthi i-HUAERDA uyakulethela ikhwalithi ne-performance oyidingayo ukuze wenze iphutha ngempumelelo
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℃ |
1. U: Ubukhulu obuncane bokwezincika yemali ephuzwe kungaba yini
A: Ubude bendawo enkulu kakhulu yemali ephuzwe yethu kungaba up to 0.060 mm. Sibophezela ukusebenza kwezinhlelo yokuphatha ukuqinisekisa ukuthi ukulinganisa okuphambene nokwehlanisa kwezibindi kuzozokhala futhi ekunqunywe kakhulu, okusetshenziswa kakhulu kumathini we-clicks, izinhlelo zokusebenza, izinhlobo zokubuyela kanye nezokuxhumana ze-5G njalo
2. U: Kanjani ukuthi uhlangabezane nokulinganisa kwezincika zemali
I: Sicabanga izinkinobho zokwenza ngokwesikhathi esifanayo ngokusebenzisa isistimu sophuwo olwenziweyo, futhi sinezinhlanhlanhla eziningi ze-patent kanye nezinhlanhla zokusebenza. Isibonelo, izincika ezingaphansi ephuzwe yokuxhumana kwe-5G ixhumanisa inkinga yokuqhuma kwezincika futhi inebhange yemali yaseDomiki ephakathi kwe-11.2%.
3. U: Izindlela zokuxhumana kuzokwenzela ukuthi izindlela zokuxhumana zibe nemathuba angeke iyilungile
A: Sicabanga leli zwire yesi copper esikhululwe yamandla nezwire ezingenayo amandla, oku kungcono kunezwire zezokudla ngokuphezulu kwezokugcina amandla nokuxhumana, futhi siphumelele kwezifiso zokuhlinzwa. Isibonelo, ubukhulu bezi conductor kungu-99.97%, oku sicabanga ukuthi kunezokwehliswa phansi futhi kunezindleko ezincane ekusebenzeni ngokudala.
4. Q: Yini leli ngingo yekhala lokuthunyelwa kwamagatsha
A: Kumaqo, singathunyela amagatsha kusindawo sokulayishwa ngaphakathi kwezinsuku ezisemthandwa emva kokuthola ukulayishwa. Kwezinyathelo zokwenza, ngokuvumelekile kudinga izinsuku ezingama-15 ku-30 ukuze sithunyelwe amagatsha kusindawo sokulayishwa emva kokuthola ukulayishwa.
5. Q: Kanjani ukuxazulula imibuzo yokubonakala
A Sicabanga leli qoqo lomkhiqizo futhi uyashintshane nekhasimende.
6. Q: Kani ngiyifuna ukuthenga izwire ezingenayo amandla noma manje aphakeme kwezinhlobo zokuhlola ngezinto ezine
A: Isimo saseNingizimu stipula ukuthi indlela yokuthola amathisampuli ngokwezifiso kukuthi isithishiyi akulawulwe kumaqhubu noma ukubendula okungadingeki xa sithathwa kwi-inthanethi. Ngaphambi kwenye yintshukumo, kufanele ukuthathwe amathisampuli atholakaleyo wokuthiwa akunakho ukwehla okulawulwe.
7. U: Kungani ukukhawuleza okutholiwe kubonakala kakhulu kunezimali ezinhloko
A: Imithwisto yenkululeko ikuthi i-20 ℃ iyisimo sokuthenga ukukhawuleza, isifundazwe esifusi kunesemapheleni kubonakala okungu-30 ℃ noma ngaphezulu, futhi abasebenzisa abaningi awunayo ilaborithori yemigomo yemigomo, ngakho-ke iziphumo zokuthenga zizobonakala kakhulu. Noma ngokwesikhathi sokuguqula isimo se-20 ℃ ukukhawuleza.
8. U: Kungani kukhona ukuhluka kwemibala phakathi kwezinye zombili
A: I-wire ephuzwe iyisimo esifundwa ngokukhulu, ukuhluka okuncane kwemibala akuthinte kakhulu ubungozi, silungiselela ukusebenzisa.
9. U: Ngekusebenzisa umoto omfushane, kuzobekwa amathred kahle futhi angatholwa amathred
A: Iindlela zokugcina zokucoca kancinci ziyindle, kungenjani ukucoca. Kufuneka ubukeke konke iindlela (akukho iindlela yokuthola esiko samanzi somncinci), esiko samanzi sobusha slowly kudlulwa, sithathe ezinye iindlela zokucoca, bese kona kuya kuba yindle. Ukuthola iindlela kukuthatha ezinye iindlela zokucoca, qinisekisa ukuba ubukeke ngokuthandwa.
