I-caustic soda 5000A 15V DC amandla ombane ngumthombo wamandla osetyenziswa kwinkqubo ye-electrochemical yokuvelisa i-hydrogen kunye ne-sodium hydroxide (i-caustic soda). Kule nkqubo, isisombululo se-electrolyte (ngokuqhelekileyo isisombululo samanzi esine-sodium hydroxide) ifakwe kwiseli ye-electrolytic. Ngokusebenzisa umsinga, amanzi abola abe yihydrogen kunye neoksijini, kunye nesodium hydroxide iveliswa kwi-anode. Le nkqubo idinga unikezelo lwamandla oluzinzileyo lwe-DC ukubonelela ngokufanelekileyo ngoku. Ubonelelo lwamandla eDC lusebenzisa amandla ombane afanelekileyo phakathi kwee-electrode ukuququzelela inkqubo yokwenziwa kombane.
I-5000A 15V ye-Caustic Soda Ukubuyisela i-DC Power Supply luhlobo lomthombo wamandla we-DC onokutshintsha indlela yemveliso yayo yangoku. Ngokungafaniyo nonikezelo lwamandla emveli lweDC, unikezelo lwamandla okubuyisela umva DC lunokubuyisela umva ulwalathiso lwangoku ngokujikeleza kwangaphakathi okanye ulawulo lwangaphandle. Olu phawu lwenza ukuba lube luncedo kakhulu kwizicelo ezininzi, ngakumbi ezo zifuna utshintsho lwamaxesha athile kwicala langoku.
I-5000A 15V ye-Caustic Soda eBuyisela i-DC Power Supply Remote Control Box Configuration
| Uqwalaselo lweBhokisi yokulawula kude |
| ① I-voltmeter yedijithali: bonisa amandla ombane aphumayo |
| ② isibali-xesha: lawula ixesha elakhayo, elibuyisela umva |
| ③ ummiselo olungileyo: lawula ixabiso lemveliso elungileyo |
| ④ seta kwakhona: khulula i-alam |
| ⑤ imo yokusebenza: bonisa imeko yomsebenzi |
| ⑥ qala: yenza isibali-xesha siqalise ukusebenza |
| ⑦ ON / Vala iswitshi: lawula imveliso vula / cima |
| ⑧ ukubuyisela umva umgaqo: lawula ixabiso lesiphumo esibuyela umva |
| ⑨ I-voltage eqhubekayo / yangoku rhoqo: lawula imodeli yomsebenzi |
| ⑩⑪ ukubuyisela umva ngesandla/okuzenzekelayo |
| ⑫ iAmmeter yedijithali: bonisa imveliso yangoku |
I-5000A 15V ye-Caustic Soda eBuyisa iPhaneli yePhaneli yeSibonelelo soMbane weDC
| 1.AC Breaker | Igalelo le-2.AC 380V 3 Isigaba |
| 3.Imveliso yebha elungileyo | 4.Imveliso yebha engalunganga |
Umgaqo-siseko wokuSebenza we-Caustic Soda uBuyiselwa nguMbane we-DC
Undoqo wonikezelo lwamandla okubuyisela umva DC ilele kwisekethe yangaphakathi yokubuyisela umva. Ezi zijikelezo zibandakanya ukutshintshwa, ukuhanjiswa, okanye izixhobo ze-semiconductor (ezifana ne-thyristors okanye i-transistors ye-field-effect transistors) ezinokuthi zitshintshe ulwalathiso lokuhamba lwangoku ngokusebenzisa iimpawu zokulawula.
Nantsi inkqubo esisiseko yokuba le 5000V 15A ibuyisela umbane weDC isebenza njani:
Ubonelelo lwamandla lubonelela ngombane we-DC: Isekethe yolungiso lwangaphakathi lonikezelo lwamandla luguqula amandla e-AC kumandla e-DC.
Isiphaluka solawulo lokubuyisela umva: Isiphaluka solawulo sisebenzisa izixhobo zokubuyisela umva ngokusekelwe kwiimpawu zokulawula kwangaphambili (njengexesha, izibonakaliso zenzwa, okanye ukutshintshwa kwezandla).
Ukubuyisela umva umsebenzi: Xa isignali yokulawula iqhutywe, izixhobo ezibuyisela umva zitshintsha indlela yangoku, ngaloo ndlela zibuyisela ulwalathiso lwangoku.
Imveliso ezinzileyo yangoku ebuyiselwe umva: Iitheminali eziphumayo zobonelelo lwamandla zibonelela ngokuzinzile kwe-DC yangoku kumthwalo.
Iimpawu zobonelelo lwamandla e-caustic soda DC:
I-1.Ukuzinza okuphezulu: Ukuqinisekisa inkqubela ezinzileyo yenkqubo ye-electrolysis, lo mbane kufuneka unike i-stable current okanye i-voltage output.
I-2.Ukulungelelaniswa: Ngamanye amaxesha kuyimfuneko ukulungelelanisa iiparitha zokuphuma kwamandla ombane, njengangoku okanye i-voltage, ngokweemfuno zokuvelisa.
3. Ukhuseleko: Ekubeni olu nikezelo lwamandla lusetyenziswa ngokuqhelekileyo kunye nezisombululo zamanzi kunye ne-alkaline, kufuneka zibe nemilinganiselo yokhuseleko efanelekileyo yokuthintela ukuvuza kombane okanye ukuvuza kwe-electrolyte, okunokubangela iingozi.
I-Caustic soda ye-DC amandla anika amandla asetyenziswa kwimveliso yemizi-mveliso, njengakwishishini le-chlor-alkali, ukuvelisa i-sodium hydroxide, i-chlorine, i-hydrogen, kunye nezinye iimveliso. Ukukhetha ukubuyisela umva unikezelo lwamandla e-DC kunokuphucula ngokufanelekileyo ukusebenza kwezixhobo kunye nokusebenza kakuhle kwemveliso.
Ixesha lokuposa: Jun-03-2024
