isibhengezo_sekhanda

Q: Ungayigcina kanjani ishubhu yokushisisa yejeneretha kagesi yokushisa isitimu

A:1. Ukuhlanza i-electrode
Ukuthi isistimu yokuphakelwa kwamanzi yamathuluzi ingasebenza ngokuzenzakalelayo futhi ngokuthembekile kuncike ekuhloleni kweleveli ye-electrode emshinini, ngakho uphenyo lwezinga le-electrode lamanzi kufanele lusulwe njalo ezinyangeni ezimbili kuya kwezintathu. Indlela eqondile imi kanje: Qaphela: akufanele kube namanzi ejeneretha. Lapho ukucindezela sekukhululwe ngokuphelele, susa ikhava engaphezulu, khipha ucingo (umaka) ku-electrode, khulula i-electrode ngokuphambene newashi ukuze ususe isikali entweni yensimbi, uma isikali sibucayi, sebenzisa i-sandpaper ukuze upholise ubuso ukuze ubonise i-metallic luster , Ukumelana phakathi kwenduku yensimbi negobolondo kufanele kube kukhulu kune-500k, ukumelana kufanele kube ukumelana ne-multimeter, futhi okukhulu ukumelana, kungcono.
2. Ukugeza ibhakede elisezingeni lamanzi
I-cylinder yezinga lamanzi yalo mkhiqizo itholakala ngakwesokudla kwejeneretha ye-steam. Ngaphansi komkhawulo ophansi, kukhona i-valve yebhola yokushisa ephezulu, evame ukubona izinga lamanzi futhi ithinte ithangi lezinga lamanzi kanye nejeneretha. Ukuze uvimbele ukwehluleka kwe-electrode yezinga lamanzi futhi uqinisekise ukusebenza okuphephile nokuzinzile kwe-generator. Izinga lamanzi lesilinda sensimbi kufanele lihlolwe njalo (ngokuvamile cishe izinyanga ezi-2).
3. Ukugcinwa kwamapayipi okushisa
Ngenxa yokusetshenziswa isikhathi eside kwejeneretha ye-steam kanye nomthelela wekhwalithi yamanzi, i-tube yokushisa kulula ukukala, okuthinta ukusebenza kahle kokusebenza futhi kuthinta kakhulu impilo yesevisi ye-tube yokushisa. I-tube yokushisa kufanele ihlanzwe njalo ngokuvumelana nokusebenza kwejeneretha kanye nekhwalithi yamanzi (ngokuvamile njalo ngo-2-3 kuhlanzwa kanye ngenyanga). Lapho ufaka kabusha ishubhu lokushisa, ukunakwa kufanele kukhokhwe ekuxhumekeni kokubuyisela, futhi izikulufo ku-flange kufanele ziqiniswe ukuze kugwenywe ukuvuza.

CH


Isikhathi sokuthumela: Aug-21-2023