Ngonyaka odlule, ikhasimende laseRomania laqala ukusebenza ebhizinisini lokusika nokuthunga nge-laser esebenzisa i-laser engu-50W CO2 njengomthombo we-laser. Ekuqaleni, leli khasimende lathenga i-recirculating water chiller kumhlinzeki wendawo, kodwa amandla okupholisa e-chiller ayephezulu kakhulu kunamandla e-laser ye-CO2, ngoba wayenobunzima bokuthola i-chiller enamandla aphansi. Umphumela wokupholisa wabonakala ungagculisi. Abantu abaningi bacabanga ukuthi lapho amandla okupholisa e-recirculating water chiller ephakeme, kulapho umphumela wokupholisa uzoba ngcono khona. Lokhu akulona iqiniso. Isimiso esiyisisekelo ukukhetha i-recirculating water chiller engahlangabezana nezidingo zokupholisa zedivayisi.
Wabe esesesha kwi-inthanethi wathola ukuthi i-S&A Teyu ikhiqize umshini wokufudumeza amanzi osebenzisa amandla aphansi. Ngemva kwama-imeyili amaningana ebuza ngemibuzo yobuchwepheshe, ekugcineni wanquma ukuthenga umshini wokufudumeza amanzi osebenzisa amandla aphansi osebenzisa i-S&A Teyu CW-3000 wokupholisa i-laser ye-CO2 yomshini wakhe wokusika nokuthunga nge-laser. Eqinisweni, umshini wokufudumeza amanzi osebenzisa i-laser ye-S&A Teyu CW-3000 uthandwa kakhulu phakathi kwabasebenzisi bomshini we-laser ye-CO2, ngoba ulungele kakhulu ukupholisa umshini we-laser we-CO2 osebenzisa amandla aphansi futhi unomklamo omncane, ukusebenziseka kalula kanye nomjikelezo wokuphila isikhathi eside.
Ukuze uthole imininingwane eyengeziwe mayelana ne-S&A Teyu low power recirculating water chiller CW-3000, sicela uchofoze ku-https://www.chillermanual.net/portable-industrial-air-cooled-chillers-for-60w-80w-co2-laser-tube_p26.html
