Umthombo wamandla we-caustic soda 5000A 15V DC uwumthombo wamandla osetshenziswa kunqubo ye-electrochemical yokukhiqiza i-hydrogen ne-sodium hydroxide (i-caustic soda). Kule nqubo, isixazululo se-electrolyte (ngokuvamile isisombululo esinamanzi esine-sodium hydroxide) sifakwa kuseli ye-electrolytic. Ngokufaka i-current, amanzi abola abe yi-hydrogen nomoya-mpilo, kanti i-sodium hydroxide ikhiqizwa ku-anode. Le nqubo idinga ugesi we-DC ozinzile ukuze unikeze amandla amanje adingekayo. Ukunikezwa kwamandla kagesi e-DC ngokuvamile kusebenzisa i-voltage efanele phakathi kwama-electrode ukuze kube lula inqubo ye-electrolysis.
I-5000A 15V I-Caustic Soda Ehlehlisa I-DC Power Supply iwuhlobo lomthombo wamandla we-DC ongashintsha indlela ophuma ngayo wamanje. Ngokungafani nempahla yamandla ye-DC evamile, ugesi we-DC ohlehlayo ungahlehlisa indlela yamanje ngokusebenzisa ukujikeleza kwangaphakathi noma ukulawula kwangaphandle. Lesi sici sikwenza kube usizo kakhulu ezinhlelweni eziningi, ikakhulukazi lezo ezidinga izinguquko ngezikhathi ezithile endleleni yamanje.
I-5000A 15V I-Caustic Soda Ibuyisela Ukulungiswa Kwebhokisi Lamandla Lokunikezwa Kwamandla kwe-DC
| Ukucushwa kwebhokisi lesilawuli kude |
| ① I-voltmeter yedijithali: bonisa i-voltage ephumayo |
| ② isibali sikhathi: lawula isikhathi esihle, sokuhlehla |
| ③ izimiso ezinhle: lawula inani lokuphumayo elihle |
| ④ setha kabusha: khulula i-alamu |
| ⑤ isimo somsebenzi: bonisa isimo somsebenzi |
| ⑥ isiqalo: yenza isibali sikhathi siqale sisebenze |
| ⑦ Iswishi VULA/Vala: lawula ukuphuma vula/ vala |
| ⑧ izimiso zokuhlehlisa: lawula inani lokuphumayo elihlehlayo |
| ⑨ I-voltage engaguquki/usinga oqhubekayo: lawula imodeli yomsebenzi |
| ⑩⑪ ukubuyela emuva ngesandla/okuzenzakalelayo |
| ⑫ Ammeter digital: bonisa okukhiphayo wamanje |
I-5000A 15V I-Caustic Soda Ibuyisela Ukulungiswa Kwephaneli Yephaneli Ye-DC Power Supply
| 1.AC Breaker | 2.AC okokufaka 380V 3 Isigaba |
| 3.Ibha yomphumela omuhle | 4.Okukhipha ibha enegethivu |
Umgomo Osebenzayo we-Caustic Soda Uhlehlisa Ukunikezwa Amandla kwe-DC
Umnyombo wokuhlehla kwamandla kagesi e-DC ukuseyingi yayo yangaphakathi ehlehlayo. Lawa masekethi ngokuvamile ahlanganisa ama-switch, ama-relay, noma ama-semiconductor amadivaysi (afana ne-thyristors noma ama-transistors we-field-effect) angashintsha ukugeleza kokuqondisa kwamanje ngamasignali okulawula.
Nansi inqubo eyisisekelo yokuthi lokhu kubuyisela ugesi okungu-5000V 15A kwe-DC kusebenza kanjani:
Ukunikezwa kwamandla kunikeza amandla kagesi e-DC: Isekhethi yokulungiswa kwangaphakathi kokuphakelwa kwamandla iguqula amandla e-AC abe amandla e-DC.
Isekhethi yokulawula ehlehlisayo: Isifunda sokulawula sisebenzisa amadivayisi ahlehlisayo asuselwa kumasiginali okulawula asesethiwe (njengesibali sikhathi, amasignali enzwa, noma amaswishi okwenziwa ngesandla).
Ukubuyisela emuva ukusebenza: Uma isignali yokulawula icushiwe, amadivaysi ahlehlayo ashintsha indlela yamanje, ngaleyo ndlela ahlehlise indlela yamanje.
Okukhiphayo okuzinzile kwamandla ahlehlisiwe: Amatheminali okukhiphayo okuphakelwa kukagesi ahlinzeka ngokuzinzile kwe-DC yamanje elayishiwe.
Izici zokunikezwa kwamandla kwe-caustic soda DC:
1.Ukuzinza okuphezulu: Ukuqinisekisa ukuqhubeka okuzinzile kwenqubo ye-electrolysis, lokhu kunikezwa kwamandla kudinga ukuhlinzeka ngokuphuma okuzinzile kwamanje noma ugesi.
I-2.Ukulungiswa: Ngezinye izikhathi kuyadingeka ukulungisa imingcele yokuphuma kwamandla kagesi, njengamanje noma i-voltage, ngokuvumelana nezidingo zokukhiqiza.
3.Ukuphepha: Njengoba lokhu kunikezwa kwamandla ngokuvamile kusetshenziswa nezisombululo zamanzi kanye ne-alkaline, kufanele kube nezinyathelo zokuphepha ezifanele ukuvimbela ukuvuza kukagesi noma ukuvuza kwe-electrolyte, okungadala izingozi.
Amandla kagesi e-Caustic soda DC avame ukusetshenziswa ekukhiqizweni kwezimboni, njengasembonini ye-chlor-alkali, ukukhiqiza i-sodium hydroxide, i-chlorine, i-hydrogen, neminye imikhiqizo. Ukukhetha okulungile ukubuyisela ugesi we-DC kungathuthukisa ngempumelelo ukusebenza kwemishini nokusebenza kahle kokukhiqiza.
Isikhathi sokuthumela: Jun-03-2024
