Ukwehluleka okuvamile kwama-water chiller ezimbonini kanye nendlela yokubhekana nawo

Ama-chiller ezimboni ahlinzeka ngokupholisa okuqhubekayo nokuzinzile ekukhiqizweni kokushisela nge-laser, ukusika nge-laser, nokumaka nge-laser , imishini yokunyathelisa i-UV, ukuqopha nge-spindle, kanye neminye imishini. Ukupholisa okuncane kwe-chiller, imishini yokukhiqiza ngeke ikwazi ukuqeda ukushisa ngempumelelo, futhi ingabangela ngisho nomonakalo othile ngenxa yokushisa okuphezulu. Uma i-chiller yehluleka, idinga ukusingathwa ngesikhathi ukuze kuncishiswe umthelela obangelwa ukwehluleka kokukhiqiza.

Onjiniyela be-S&A's chiller, babelana ngezindlela ezilula zokuxazulula izinkinga ze-industrial chillers online.

1. 1. Amandla awavuliwe

   ① Ukuxhumana komugqa wamandla akukuhle, hlola isikhombikubona sokunikezwa kwamandla, ipulaki yentambo yamandla isendaweni, ukuxhumana okuhle; ② vula umshini ngaphakathi kwesembozo sebhokisi likagesi, hlola ukuthi i-fuse iphelele yini; futhi uma ufuna ukuthatha i-voltage yokunikezwa kwamandla ayinhle izinzile ngokwanele; izintambo zamandla zixhumene kahle.

2. I-alamu yokugeleza

I-alamu yephaneli ye-thermostat yesibonisi se-E01, lapho ipayipi lamanzi lixhunywe ngqo endaweni yokukhipha amanzi, indawo yokungena ayinamanzi. Izinga lamanzi ethangini liphansi kakhulu, hlola ifasitela lesibonisi semitha yezinga lamanzi, engeza amanzi ukuze abonakale endaweni eluhlaza; bese uhlola ukuthi ipayipi lokujikeleza kwamanzi alinawo amanzi avuzayo.

3. Ixhunywe kudivayisi uma usebenzisa i-alamu yokugeleza

Isibonisi sephaneli ye-thermostat E01, kodwa ngepayipi lamanzi elixhunywe ngqo endaweni yokuphuma kwamanzi, indawo yokungena kwamanzi, kukhona ukugeleza kwamanzi, akukho alamu. Ukuvaleka kwepayipi lokujikeleza kwamanzi, ukuguqulwa kokugoba, hlola ipayipi lokujikeleza kwamanzi.

4. I-alamu yokushisa kwamanzi

Isibonisi sephaneli ye-thermostat E04: ① ukuvaleka kwenethi yothuli, ukushabalaliswa kokushisa okubi, susa njalo ukuhlanzwa kwenethi yothuli. ② Umoya ongcolile endaweni yokukhipha umoya noma endaweni yokungenisa umoya, qinisekisa umoya obushelelezi endaweni yokukhipha umoya kanye nendawo yokungenisa umoya. ③I-voltage ephansi kakhulu noma engazinzile, thuthukisa umugqa wokunikezwa kwamandla noma sebenzisa isilawuli se-voltage. ④Setha amapharamitha okulawula izinga lokushisa ngendlela engafanele, setha kabusha amapharamitha okulawula noma ubuyisele izilungiselelo zasefektri. ⑤ ukushintsha njalo kwe-chiller, ukuqinisekisa ukuthi i-chiller inesikhathi esanele sokupholisa (ngaphezu kwemizuzu emihlanu). ⑥ umthwalo wokushisa udlula indinganiso, nciphisa umthwalo wokushisa, noma khetha umthamo omkhulu wokupholisa wemodeli.

5. Izinga lokushisa legumbi liphezulu kakhulu

Isibonisi sephaneli ye-thermostat E02. I-Chiller esebenzisa izinga lokushisa eliphezulu elizungezile, ithuthukisa umoya, ukuqinisekisa ukuthi izinga lokushisa lendawo yokusebenza kwe-chiller lingaphansi kwama-degrees angu-40.

6. Isenzakalo sokufinyela kwe-condensate sibi kakhulu.

Izinga lokushisa lamanzi liphansi kunezinga lokushisa elizungezile, umswakama uphakeme, lungisa izinga lokushisa lamanzi noma unikeze ukuvikelwa kwepayipi.

7. Uma ushintsha amanzi, imbobo yokukhipha amanzi ihamba kancane.

Imbobo yokujova amanzi ayivuliwe, vula imbobo yokujova amanzi.

Lokhu okungenhla kuyindlela evamile yokuxazulula izinkinga enikezwa yi-T-507 thermostat chiller onjiniyela be-S&A. Amanye amamodeli okuxazulula izinkinga angabhekisela encwadini yemiyalelo.