I-CPTAU 0.6/1KV 20-30.5mm Iilugi zeCable zobhedu-aluminiyam ezifakwe ngaphambili

I-CPTAU 0.6/1KV 20-30.5mm Ubhedu olufakwe ngaphambili lwe-aluminiyam Iilugi zekhebhuli ezifakiweyo

Inkcazelo emfutshane:

Iitheminali ze-CPTAU ze-copper-aluminium zifanelekile ukudibanisa inguqu phakathi kweentambo ezifakwe kwi-insulated izixhobo zokuhambisa amandla e-1KV nangaphantsi kunye neetheminali zobhedu zezixhobo zombane.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Ingcaciso yeMveliso

Uyilo lweebhloko ze-copper-aluminium terminal zihlawula ingqalelo ngakumbi kwiimpawu ezimbini zoxhumo olufanelekileyo kunye nokudibanisa okuqinileyo ekuyilweni kwesakhiwo.Iibhloko ze-copper-aluminium terminal kunye nezinye iibhloko ze-terminal ziyahambelana kunye, eziphucula kakhulu ukuguquguquka.Okwesibini, unxibelelwano luqinile.Uqhagamshelo lufanelekile kakhulu, lulula kwaye luqinile, kwaye alufuni ukulungiswa okulandelayo.
Ewe kunjalo, indawo yokunxibelelana ye-terminal yobhedu ikwabanzi kakhulu, ngoko ke uxinzelelo loqhagamshelwano lukhulu kakhulu, kwaye inokumelana nokothuka okuhle kunye nokusebenza okuchasene nokukhululeka.Ukongeza, i-terminal yobhedu-aluminium ilunge kakhulu kwaye kulula ukuyisebenzisa, kwaye ukusebenza kwe-insulation kukwalungile kakhulu.Ubomi benkonzo nabo bude, ngoko busetyenziswe ngokubanzi kwintsimi ye-automation.
Iimveliso ze-copper-aluminium transition terminal zenziwa yinkqubo ye-welding ye-friction.Ineempawu zamandla aphezulu we-weld, ukusebenza kakuhle kombane, ukubola kwe-anti-galvanic, kunye nobomi benkonzo ende.
Iitheminali ze-CPTAU ze-copper-aluminium zifanelekile ukudibanisa inguqu phakathi kweentambo ezifakwe kwi-insulated izixhobo zokuhambisa amandla e-1KV nangaphantsi kunye neetheminali zobhedu zezixhobo zombane.

Ilugi yentambo ye-aluminiyam yobhedu efakwe ngaphambili

Iiparamitha zobugcisa

Iimpawu zemveliso

1. I-insulated yethusi-aluminium i-terminal material: ubhedu ≥ 99.9%, i-aluminium ≥ 99.5%
2. I-insulating sheath yenziwe ngeeplastiki ezinobunjineli ezinokumelana nokuguga, ezenziwe ngokubumba inaliti.
3. Ukumakishwa kwi-sheath ye-insulating kucacile, kwaye ulwazi lokumakisha lubandakanya iinkcukacha ze-die, ulandelelwano lwe-Crimping kunye namaxesha, i-conductor cross-sectional area, ubude bokuhluba.
4. Indawo ye-conductor cross-sectional ingachongwa ngekhowudi yombala we
elastomer irabha ikepusi 5. I-elastomer ikepusi yerabha kunye negrisi yesilicone iqinisekisa ukuba imveliso inokusebenza okulungileyo kokungena manzi.
6. Kufuneka kuhluthwe ngaphambi kokufaka I-insulation layer yentambo
7. Imveliso iphumelele uvavanyo lokuxinana kwamanzi