Njengoba sonke sazi, ukugeleza kwephampu kuhlobene kakhulu nokusebenza kwe-closed loop water cooling chiller. Kodwa abasebenzisi abaningi bangacabanga ukuthi ukugeleza kwephampu okukhulu, kungcono. Kodwa ingabe kunjalo ngempela? Kulungile, sizochaza kancane lapha.
1. Uma ukugeleza kwephampu kuncane kakhulu -
Uma ukugeleza kwephampu kuncane kakhulu, ukushisa akunakususwa emishinini yelaser ngokushesha okukhulu. Ngakho-ke, inkinga yokushisa ngokweqile yomshini welaser ayinakuxazululwa ngempumelelo. Ngaphezu kwalokho, njengoba ijubane lamanzi okupholisa lingasheshi ngokwanele, umehluko wokushisa phakathi kokungena kwamanzi nendawo yokuphuma kwamanzi uzoba mkhulu, okungekuhle emshinini welaser.
2. Uma ukugeleza kwephampu kukhulu kakhulu -
Uma ukugeleza kwephampu kukhulu kakhulu, kuqinisekisa ukusebenza kokupholisa kwe-cooler yokupholisa amanzi yezimboni. Kodwa lokhu kuzokwandisa izindleko zemishini ezingadingekile kanye nezindleko zikagesi.
Kusukela encazelweni engenhla, singabona ukuthi ukugeleza kwephampu okukhulu kakhulu noma ukugeleza kwephampu okuncane kakhulu kuhle kumshini wokupholisha amanzi wezimboni ovaliwe uqobo. Okuwukuphela kwesiqondiso sokugeleza kwephampu ukuthi ukugeleza kwephampu okufaneleyo kungcono kakhulu.
Ngemva kweminyaka engu-19 yokuthuthukiswa, sakha uhlelo oluqinile lwekhwalithi yomkhiqizo futhi sinikeza isevisi yangemuva kokuthengisa esezinzile. Sinikeza amamodeli angaphezu kuka-90 ajwayelekile omshini wokupholisa amanzi kanye namamodeli angu-120 omshini wokupholisa amanzi ukuze kwenziwe ngokwezifiso. Njengoba amandla okupholisa esukela ku-0.6KW kuya ku-30KW, ama-water chiller ethu ayasebenza emithonjeni ehlukene ye-laser epholile, imishini yokucubungula i-laser, imishini ye-CNC, izinsimbi zokwelapha, imishini yelabhorethri njalo njalo.
