Ubuchwepheshe bethu kubuchwepheshe bokupholisa obunembayo buhumushela kuisistimu ye-chiller encane I-CWUP-40. Le chiller ingase ibe lula ekwakhiweni kwayo kodwa iletha ukupholisa okunembayo okuhlanganisa ukuzinza okungu-±0.1°C ngobuchwepheshe bokulawula be-PID kanye nokugeleza okuzinzile kwamanzi abandayo kwe-laser yakho esheshayo ne-UV laser. I-self-container ngokuphelele, i-CWUP-40 laser water cooler ihlanganisa i-compressor ephezulu esebenza kahle kanye ne-condenser ehlala isikhathi eside epholile ngabalandeli futhi ifanele amanzi ahlanzekile, amanzi a-distilled noma amanzi angcolile. Umsebenzi wokuxhumana we-Modbus 485 uklanyelwe ukuhlinzeka ngokuxhumana okuphumelelayo phakathi kwesistimu ye-chiller ne-laser.
Imodeli: CWUP-40
Usayizi Womshini: 67X47X89cm (LXWXH)
Iwaranti: iminyaka emi-2
Okujwayelekile: CE, REACH kanye ne-RoHS
| Imodeli | I-CWUP-40 | |||
| I-CWUP-40AN | I-CWUP-40BN | I-CWUP-40AN5 | I-CWUP-40BN5 | |
| Amandla kagesi | I-AC 1P 220-240V | I-AC 1P 220-240V | I-AC 1P 220-240V | I-AC 1P 220-240V |
| Imvamisa | 50Hz | 60Hz | 50Hz | 60Hz |
| Okwamanje | 2.3~11.3A | 2.1~12A | 3.4~21.4A | 3.9~21.1A |
Ubukhulu. ukusetshenziswa kwamandla | 2.14kW | 2.36kW | 3.83kW | 4.03kW |
| 0.88kW | 1.08kW | 1.75kW | 1.7kW |
| 1.18HP | 1.44HP | 2.34HP | 2.27HP | |
| 10713Btu/h | 17401Btu/h | ||
| 3.14kW | 5.1kW | |||
| 2699Kcal/h | 4384Kcal/h | |||
| Isiqandisi | R-410A | |||
| Ukunemba | ±0.1℃ | |||
| Umnciphisi | I-Capillary | |||
| Amandla wepompo | 0.37kW | 0.55kW | 0.75kW | |
| Umthamo wethangi | 14L | |||
| I-Inlet ne-outlet | Rp1/2” | |||
Ubukhulu. umfutho wephampu | 2.7 ibha | 4.4 ibha | 5.3 ibha | |
| Ubukhulu. ukugeleza kwepompo | 75L/min | |||
| NW | 58Kg | 67Kg | ||
| GW | 70Kg | 79Kg | ||
| Ubukhulu | 67X47X89cm (LXWXH) | |||
| Ubukhulu bephakheji | 73X57X105cm (LXWXH) | |||
Amandla okusebenza angahluka ngaphansi kwezimo zokusebenza ezihlukene. Imininingwane engenhla ingeyereferensi kuphela. Sicela uncike kumkhiqizo wangempela olethiwe.
Imisebenzi ehlakaniphile
* Ukuthola izinga lamanzi ethangi eliphansi
* Ukuthola izinga lokugeleza kwamanzi aphansi
* Ukuthola izinga lokushisa elingaphezu kwamanzi
* Ukushisa kwamanzi apholile ezingeni eliphansi lokushisa elizungezile
Isibonisi sokuzihlola
* Izinhlobo eziyi-12 zamakhodi e-alamu
Ukugcinwa okulula kwesimiso
* Ukugcinwa okungenamathuluzi kwesikrini sokuhlunga esingangeni uthuli
* Isihlungi samanzi ongasikhetha esishintshwa ngokushesha
Umsebenzi wokuxhumana
* Ifakwe RS485 Modbus RTU protocol
I-heater
Hlunga
Ipulaki elijwayelekile lase-US / ipulaki elijwayelekile le-EN
Isilawuli sokushisa kwedijithali
Isilawuli sezinga lokushisa i-T-801B sinikeza ukulawula okunemba okuphezulu kwezinga lokushisa okungu-±0.1°C.
Inkomba yezinga lamanzi efundeka kalula
Inkomba yezinga lamanzi inezindawo ezinemibala emi-3 - ophuzi, oluhlaza okotshani nobomvu.
Indawo ephuzi - izinga eliphezulu lamanzi.
Indawo eluhlaza - izinga lamanzi elivamile.
Indawo ebomvu - izinga eliphansi lamanzi.
Imbobo yokuxhumana ye-Modbus RS485 ehlanganiswe ebhokisini lokuxhuma likagesi
Sikhona ngenxa yakho uma usidinga.
Sicela ugcwalise ifomu ukuze uxhumane nathi, futhi sizokujabulela ukukusiza. .
Ihhovisi livalwe kusukela ngoMeyi 1–5, 2025 ngoSuku Lwabasebenzi. Kuvulwe kabusha ngoMeyi 6. Izimpendulo zingase zibambezeleke. Siyabonga ngokuqonda kwakho!
Sizoxhumana maduze ngemuva kokubuya.
Imikhiqizo Enconyiwe
. 
I-TEYU S&A Chiller yasungulwa ngo-2002 ineminyaka engama-23 yesipiliyoni sokukhiqiza okupholile, futhi manje isiqashelwa njengephayona lobuchwepheshe bokupholisa kanye nozakwethu onokwethenjelwa embonini ye-laser.
Copyright © 2025 TEYU S&A Chiller - Wonke Amalungelo Agodliwe.
