Babbar Bus ɗin Tagulla Mai Tsarki – Babban Aikin Gudarwa

Motar Bus ɗin Tagulla Mai Rashin Iskar Oxygen (T2 / C10100 / C11000) – Ƙarin Fasaha

Kayan da aka samo: Kathode na jan ƙarfe mai tsabta wanda ba shi da iskar oxygen tare da Cu ≥ 99.95%.

Ana yin narkewa ta hanyar amfani da ƙarfin mita + matsakaicin mita duplex a ƙarƙashin cikakken kariyar iskar gas mara aiki, wanda ke cimma yawan iskar oxygen ≤ 10 ppm (idan aka kwatanta da GB/T ≤ 20 ppm).

Layin siminti da na birgima mai ci gaba yana amfani da cikakken sarrafa madauri mai rufewa ta atomatik. Mai haɗa kristal ɗin graphite mai inganci tare da juyawar lantarki yana haifar da ƙananan ƙwayoyin da suka daidaita daidai na 0.030-0.050 mm (ASTM E112), yana tabbatar da cewa tsarin microstructure mai yawa ba shi da porosity da abubuwan da ba na ƙarfe ba.

Haɗin layin juyawa mai zafi, birgima mai sanyi, miƙewa da lanƙwasawa da kuma layin ƙarewa. Rage wucewa sau ɗaya yana da matuƙar sarrafawa tsakanin 15-25%, jimlar ƙimar sarrafawa ≥ 95%, yana isar da daidaitaccen watsa wutar lantarki na 100%-101.5% IACS (20°C) a duk faɗin sashin giciye, tare da bambancin juriya ≤ 0.0171 Ω·mm²/m2.

Tsarin Kula da Inganci

Gwajin halin yanzu na eddy 100% (daidai yake da lahani ≤ FBH 0.8 mm)

Cikakken sinadaran da aka haɗa, nazarin hydrogen/oxygen, gwajin ƙarfe, halayen injiniya da gwajin sarrafawa ga kowane zafi

Juriyar girma ta dace da matakin GB/T 5585.1-2018 (kauri ±0.03 mm, faɗi ±0.10 mm)

Kammalawar saman Ra ≤ 0.4 μm; akwai zaɓin cirewa, chamfering, tin-plating ko azurfa-plating

An tabbatar da ingancin aiki na dogon lokaci a tashoshin juyawa na HVDC ± 500 kV da sama da haka, haɗin LV mai girman 1000 MW+ na zafi/makamashi, manyan tsarin bas na hasumiyar iska a teku, masana'antar lantarki ta masana'antu, da ayyukan samar da wutar lantarki ta hanyar jigilar jiragen ƙasa.

Nauyin samar da kayayyaki guda ɗaya har zuwa tan 300. Cikakken girman 10-1200 mm² koyaushe yana samuwa.