Njengoko sonke sisazi, ukuhamba kwepompo kunxulumene ngokusondeleyo nokusebenza kwe-closed loop water cooling chiller. Kodwa abasebenzisi abaninzi banokucinga ukuba ukuhamba kwepompo enkulu, kokukhona kungcono. Kodwa ngaba kunjalo ngokwenene? Kulungile, siza kuchaza kancinci apha.
1. Ukuba ukuhamba kwepompo kuncinci kakhulu -
Ukuba ukuhamba kwepompo kuncinci kakhulu, ubushushu abunakususwa kwizixhobo zelaser ngokukhawuleza. Ke ngoko, ingxaki yokushisa kakhulu komatshini welaser ayinakujongwana nayo ngokufanelekileyo. Ukongeza, ekubeni isantya samanzi okupholisa singakhawulezi ngokwaneleyo, umahluko wobushushu phakathi kokungena kwamanzi kunye nendawo yokuphuma kwamanzi uya kuba mkhulu, nto leyo engalunganga kumatshini welaser.
2. Ukuba ukuhamba kwepompo kukhulu kakhulu -
Ukuba ukuhamba kwepompo kukhulu kakhulu, kuqinisekisa ukusebenza kokupholisa kwesixhobo sokupholisa amanzi emizi-mveliso. Kodwa oku kuya kunyusa iindleko zezixhobo ezingeyomfuneko kunye neendleko zombane.
Ukusuka kwingcaciso engasentla, singabona ukuba ukuhamba kwepompo akukho mkhulu kakhulu okanye ukuhamba kwepompo okuncinci kakhulu kulungile kwi-closed loop industrial water chiller ngokwayo. Isikhokelo sokuphela kokuhamba kwepompo kukuba ukuhamba kwepompo efanelekileyo yeyona ilungileyo.
Emva kweminyaka eli-19 yophuhliso, siseka inkqubo yomgangatho wemveliso engqongqo kwaye sinikezela ngenkonzo esemgangathweni emva kokuthengisa. Sinikezela ngeemodeli ezingaphezu kwama-90 ze-water chillers eziqhelekileyo kunye neemodeli ze-water chiller ezili-120 ukuze zenziwe ngokwezifiso. Ngomthamo wokupholisa oqala kwi-0.6KW ukuya kwi-30KW, ii-water chillers zethu ziyasebenza kwimithombo eyahlukeneyo ye-laser epholileyo, oomatshini bokucubungula i-laser, oomatshini be-CNC, izixhobo zonyango, izixhobo zelebhu njalo njalo.
