DTLL Bimetallic mechanical lug
Impahla engekasilwa
Yenziwe ngobhedu olucocekileyo kunye nemivalo ye-aluminium, izinto eziphathekayo zixinene;
Indlela yokudibanisa
Imveliso ixhunyiwe kwikhebula usebenzisa inkqubo ye-crimping yokudibanisa okuthembekileyo.
Sebenzisa uluhlu kunye nendawo yesicelo
Ifanelekile ukudibanisa i-35 KV (Um=40.5kV) kunye nangaphantsi kwee-conductor zentambo zamandla ukuya ekupheleni kwesixhobo sombane.Ezinye iingcingo kunye neentambo zokubeka okusisigxina nazo zingasetyenziswa.
Iimpawu zesakhiwo
▪ Amandla aphezulu omatshini: usebenzisa i-alloy ye-aluminium ephezulu kunye ne-T2 yobhedu, emva kokunyangwa kobushushu kunye ne-welding, amandla okuqina angafikelela kwi-260MPa;
▪ Ukusebenza kakuhle kombane: Ukuphumelela imijikelo ye-1000 ye-thermal kunye novavanyo lweesekethe ezimfutshane ezi-6;
▪ Uyilo lwe-span: imodeli enye ifanelekile kwiintambo ezinobubanzi obuninzi, ukunciphisa ubuninzi be-inventory;
▪ I-Constant crimping force: I-torque bolt ixhotyiswe ngetorque ethile yokucheba, kwaye intloko ene-hexagonal iya kwaphuka ngokuzenzekelayo xa i-preset ifikelelwe, kwaye ucingo aluyi konakaliswa;
▪ Ufakelo olulula: lunokufakwa ngesitshixo okanye isitshixo socket;
▪ Ukwandisa ubomi: i-oyile-blocking design, i-conductive paste ifakwe ngaphakathi, inciphisa ngokufanelekileyo ukuxhathisa ukudibanisa, i-anti-oxidation kunye ne-anti-corrosion.
Ipropathi yemveliso: Ngenxa yempembelelo yokudibanisa xa i-Aluminiyam idibana neCopper, i-corrosion iya kwenzeka ngexesha elifutshane.Okwangoku esona sisombululo kukusebenzisa iAluminiyam-Copper izihlanganisi zentsimbi ezimbini.I-bimetallic lug kufuneka isetyenziswe ukupheliswa.i-welding ye-friction yenziwe kakuhle.ubhedu lwayo kunye ne-aluminiyam zibekwe ngokugqithisileyo kwibha engqukuva (uhlobo lwephini lwangaphakathi luhlala ngokubanzi kwipleyiti ecaba), ngoko inamandla omatshini kunye neempawu zombane.Kwaye umgqomo wayo ovaliweyo uzaliswe ngekhompawundi yombane edibeneyo UKUZE ugweme i-oxidization.uhlobo lovavanyo luhambelana ne-IEC 61328-1.
Itheyibhile yokhetho