Indlela ebilokhu ithuthuka kumasistimu wokupholisa amaphakathi eminyakeni emibili noma emithathu edlule ayinakwenzeka ukuthi ijabulise ochwepheshe bokupholisa okusebenzayo namazinga omsindo aphansi. Isizathu salokhu silula - umcabango wobunjiniyela ngesizathu esithile wawushiya lo mkhakha, futhi umcabango wokumaketha wawuhloselwe kuphela ukwenza amasistimu okupholisa akhanye ngokugqama ngezinhlobo ezahlukene zezibani zefeni nezibani. Ngenxa yalokho, namuhla izinga eliphezulu noma elingaphansi elihloniphekile lokusebenza kahle ngezindinganiso zezinhlelo zokupholisa uketshezi (LCS) zingatholakala kuphela ezinkethweni ezinama-radiator anesilinganiso esingu-280 Γ 140 mm noma 360 Γ 120 mm. Wonke amanye amamodeli angaphansi kwezipholile zomoya, noma afinyelela ukusebenza kahle okufanayo ngenani lezinga eliphezulu lomsindo.
Kodwa-ke, ezinyangeni zamuva nje umuntu angabona izinguquko ezinhle ezihloswe ngokukhethekile ekwandiseni ukusebenza kahle kwezinhlelo zokusekela ukuphila. Isibonelo, inkampani yaseJalimane eyaziwayo thula! manje ilungiselela uchungechunge olusha lwezinhlelo zayo zokupholisa uketshezi, kanti i-Swiss ARCTIC, esabalele nakakhulu eRussia, isivele ikhiphe uchungechunge lwe-Liquid Freezer II, oluhlanganisa amamodeli amane anama-radiators ngosayizi kusuka ku-120 kuya ku-360 mm.
Wonke amasistimu athole amaradiyetha ashubile, amafeni athuthukisiwe, amapayipi amasha namaphampu, ibhulokhi yamanzi ethuthukisiwe kanye nesifeni esincane sokupholisa izakhi zesekethe ye-VRM yamabhodi omama. Ngaphezu kwalokho, azikwazi ukubizwa ngokuthi azinasondlo (ukugcwalisa kabusha noma ukufaka esikhundleni sesiqandisi kungenzeka), futhi futhi zixhunywe ngekhebula elilodwa nje. Lokhu sekuvele kuyibhidi elihle lobuholi esigabeni salo, akunjalo?
Esihlokweni sanamuhla sizofunda futhi sihlole imodeli ye-ARCTIC Liquid Freezer II 280 ene-radiator engu-280 mm namafeni amabili angu-140 mm.
Ezisetshenziswa ezizayo sizozama ukuhlola amanye amamodeli kulolu chungechunge, ikakhulukazi njengoba imiphumela yokuhlola i-Liquid Freezer II 280 imane isibophezele ukuthi senze lokhu. Nokho, ngeke sidalule wonke βamakhadiβ ngesikhathi esisodwa.
Izici zobuchwepheshe kanye nezindleko ezinconyiwe
| Igama Product izici |
I-ARCTIC Liquid Freezer II 280 |
| Isipholisanjini | |
| Ubukhulu (L Γ W Γ H), mm | 317 Γ 138 Γ 38 |
| Ubukhulu be-radiator fin (L Γ W Γ H), mm | 317 Γ 138 Γ 26 |
| Izinto zokusebenzisa i-radiator | Aluminium |
| Inani lamashaneli kurediyetha, ama-pcs. | 14 |
| Ibanga phakathi kwamashaneli, mm | 7,0 |
| Ukuminyana kosinki wokushisa, i-FPI | 15 |
| Ukumelana nokushisa, Β°C/W | n / a |
| Ivolumu yesiqandisi, ml | n / a |
| Abathandi | |
| Inani labalandeli | 2 |
| Imodeli yabalandeli | I-ARCTIC P14 PWM PST |
| Usayizi ojwayelekile | 140 Γ 140 Γ 27 |
| I-impeller/stator diameter, mm | 129 / 41,5 |
| Inombolo nohlobo lwama-bearing | 1, i-hydrodynamic |
| Isivinini sokujikeleza, rpm | 200-1700 |
| I-Maximum Air Flow, i-CFM | 2 Γ 72,8 |
| Izinga lomsindo, ndodana | 0,3 |
| Ukucindezela okukhulu okumile, mm H2O | 2 Γ 2,4 |
| I-voltage elinganiselwe/eqalayo, V | 12 / 3,7 |
| Ukusetshenziswa kwamandla: kumenyezelwe/kukalwa, i-W | 2 Γ 0,96 / 2 Γ 1,13 |
| Impilo yesevisi, amahora/iminyaka | N/A |
| Isisindo sefeni eyodwa, g | 196 |
| Ubude bekhebula, mm | n / a |
| Ifeni ye-VRM eyakhelwe ngaphakathi | β 40 mm, 1000β3000 rpm, PWM |
| Iphampu | |
| Izingodo, mm | 98 Γ 78 Γ 53 |
| Ukukhiqiza, l/h | N/A |
| Ukuphakama kwamanzi, m | N/A |
| Isivinini se-pump rotor: kumenyezelwe/kukalwe, rpm | 800-2000 |
| Uhlobo lokuthwala | Bobumba |
| Impilo yokuzala, amahora/iminyaka | N/A |
| Amandla alinganisiwe, i-V | 12,0 |
| Ukusetshenziswa kwamandla okuphezulu: kumenyezelwe/kukaliwe, W | 2,7 / 2,68 |
| Izinga lomsindo, i-dBA | n / a |
| Ubude bekhebula, mm | 245 |
| Ibhulokhi yamanzi | |
| Impahla kanye nesakhiwo | Ithusi, isakhiwo se-microchannel |
| Ukuhambisana Kwenkundla | I-Intel LGA115(x)/2011(v3)/2066 I-AMD Socket AM4 |
| Okuthuthukisiwe | |
| Ubude bepayipi, mm | 420 |
| Ububanzi bangaphandle/bangaphakathi bamapayipi, mm | 12,4 / 6,0 |
| esiqandisini | Non-toxic, anti-ukugqwala (propylene glycol) |
| Izinga eliphezulu le-TDP, W | N/A |
| unamathisele ezishisayo | I-ARCTIC MX-4 (8,5 W/mK), 1 g |
| Ukukhanyisa | No |
| Isamba sesisindo sohlelo, g | 1 572 |
| Isikhathi sewaranti, iminyaka | 2 |
| Intengo enconyiwe euros | 79,99 |
Ukupakisha kanye nemishini
Idizayini yebhokisi okunikezwa kulo i-ARCTIC Liquid Freezer II 280 ijwayelekile emikhiqizweni yenkampani yaseSwitzerland - ikakhulukazi eluhlaza okwesibhakabhaka nomfanekiso omhlophe we-LSS ohlangothini lwangaphambili. Eduze kwayo kunegama lomkhiqizo, isikhathi sewaranti kanye nokunamathisela okushisayo okufakiwe.
Ngakolunye uhlangothi, izithombe ngazinye zichaza izingxenye eziyinhloko zesistimu nezici zazo ezibalulekile.
Iziphetho zebhokisi zigcinelwe uhlu lwezinzuzo zesistimu nezici zayo zobuchwepheshe ezinobukhulu be-radiator. Izinkundla zokucubungula ezisekelwayo zibalwe ngezansi.
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Ibhokisi liqukethe amagumbi amabili: eliphansi liqukethe i-radiator enabalandeli, kanti elingenhla liqukethe amapayipi ayo anepompo, futhi kukhona nebhokisi elincane elinezesekeli.
Eyakamuva iqukethe izixhumi ezinesethi yezikulufu, ikhadi leposi kanye nesigqebhezana esinekhodi ye-QR eholela emiyalweni yokufaka, kanye nokunamathisela okushisayo okunophawu. nge-thermal conductivity 8,5 W/m K.
Lolu hlelo lwakhiwe eChina futhi luza newaranti yeminyaka emibili. Izindleko zayo ezinconyiwe zingama-euro angama-80, futhi sizothola ukuthi kuzoba njani eRussia lapho uhlelo luqala ukudayiswa. Kodwa ngisho noma i-Liquid Freezer II 280 ithengiswa eRussia ngamadola ayi-100 (cishe ama-ruble ayizinkulungwane ezingu-6,5), lokhu kuyintengo ekhangayo kakhulu yesistimu ye-liquid esindisa ukuphila ene-radiator engu-280 mm.
Izici zobunjiniyela
I-ARCTIC Liquid Freezer II 280 iyisistimu yokupholisa uketshezi lwakudala oluvaliwe olufika lushajwe ngokugcwele futhi lulungele ukusetshenziswa. Kungase kubonakale sengathi sesivivinye kakade ngaphezu kwekhulu - futhi lokhu akulona ihaba - lezinhlelo ezifanayo ezisekela ukuphila, yini enye engasungulwa kuleli klasi? Nokho, yini ehlukanisa imodeli entsha ye-ARCTIC kwezinye izinhlelo ezinjalo ... konke! Ine-radiator ehlukile, amapayipi, amafeni, iphampu kanye ne-water block, inokuxhumana okuhlukile. Ake sibheke ngayinye yalezi zingxenye zohlelo olusha lokusekela impilo ngayinye ngayinye.
I-ARCTIC Liquid Freezer II 280 ibukeka inkulu futhi iqinile. Irediyetha ewugqinsi, amafeni angu-140 mm namapayipi amade anobubanzi obungaphandle obungu-12,4 mm kunikeza uhlelo ukubukeka okujulile, okuhlukanisa ngokuphawulekayo kwabafunda nabo ekilasini.
Naphezu kokuthi irediyetha yesistimu iseyi-aluminium, ubukhulu bayo bunyuswe baba ngu-317 Γ 138 Γ 38 mm, futhi ubukhulu be-fin bungu-26 mm, obungu-9-10 mm ngaphezu kwama-radiator amanye ama-LSS amaningi.
Ineziteshi eziyi-14 eziyisicaba ezihlukaniswe ngo-7 mm. Itheyiphu kathayela ye-aluminium ene-perforation inamathiselwe phakathi kwamashaneli. Ukuminyana kwerediyetha kuphansi kakhulu - kuphela i-FPI eyi-15.
Ezinye izinhlelo ezinama-radiator angu-280 mm ngokuvamile zinesisindo esingu-20 FPI, kodwa lapha siphansi ngo-25%, njengoba ubukhulu bamaphiko ngokwawo bukhule kakhulu. Futhi ekusebenzeni kahle kwabalandeli ngesivinini esiphansi, iphakethe eliminyene lamaphiko alidingekile.
Enye yeziphetho ze-radiator ayinalutho ngokuphelele, kodwa ubukhulu bayo buyanda - futhi uma kuqhathaniswa nezinye izinhlelo zokupholisa uketshezi ezingenakulungiswa.
Lokhu kusho ukuthi umthamo wesiqandisi ngaphakathi kwesekethe mkhulu, ngakho-ke ukusebenza kahle kokupholisa, zonke ezinye izinto zilingana, kuzoba phezulu.
Ukufakwa kwentambo okubili kuvela ngakolunye uhlangothi lwerediyetha, lapho kuboshelwe khona amapayipi amabili.
Ubude bamapayipi, ngaphandle kokubala ukufakwa ngokwabo, buyi-420 mm, futhi ububanzi bawo bangaphandle buyi-12,4 mm (yangaphakathi - 6,0 mm). Amapayipi ahambisana nobude bawo bonke abonakala eboshwe ngentambo emhlophe ephindwe kabili, esiqale sayithatha ukuze ikhanyise, kodwa ekugcineni kwavela ukuthi akunjalo.
Izintambo zabalandeli ababili zidlula phakathi kwe-synthetic braid yamapayipi namashubhu enjoloba ngokwawo. Ake sengeze ngokuthi amapayipi aphenduka anamandla, kodwa awaqinanga kakhulu, njengoba ngezinye izikhathi kwenzeka ezinhlelweni ezisekela ukuphila.
Ngakolunye uhlangothi, ama-hoses angena ebhulokhini lepompo elinebhulokhi lamanzi, lapho ukufakwa okufakwe imicu nakho kufakwa khona. Imiyalo yesistimu ayibonisi ngokuqondile ukuthi kungenzeka yini ukugcwalisa noma ukufaka esikhundleni sesiqandisi kumjikelezo, noma kunjalo, uma konke ukufakwa kufakwe intambo, yini ekuvimbela ukuthi ukwenze lokhu?
Iphampu nayo ibukeka ingokoqobo. Phezulu imbozwe nge-plastic casing, lapho kufakwa khona ifeni encane engu-40 mm ukuze kuphole izakhi zamasekethe e-VRM amabhodi omama. Ijubane layo lokuzungeza lilawulwa ngokuzenzakalelayo ngokushintshashintsha kobubanzi be-pulse (PWM) ebangeni elisuka ku-1000 liye ku-3000 rpm. Ijubane le-pump rotor lilawulwa yi-PWM, kodwa ebangeni ukusuka ku-800 kuye ku-2000 rpm. Kuphinde kukhonjiswe ukuthi izinga layo lokusetshenziswa kwamandla (kuhlanganise nesiphephetha-moya) akufanele lidlule u-2,7 W. Izilinganiso zethu ziqinisekisile leli nani. Ngeshwa, akukho okushiwo mayelana nokusebenza kwepompo ekucacisweni.
Ibhulokhi yamanzi yethusi enesilinganiso esingu-44 Γ 40 mm yakhiwe esisekelweni sayo, indawo yokuxhumana evikelwe ifilimu.
Ngendlela, ngemva kwamafilimu anjalo, ngezinye izikhathi ungqimba olunamathele oluncane lungahlala phezu kwesisekelo, okumele lususwe ngoketshezi oluqukethe utshwala.
Ikhwalithi yokucubungula indawo yokuxhumana yebhulokhi yamanzi ifanelwe "ezine" eziqinile esikalini samaphuzu amahlanu. Akukho ukupholishwa, kodwa amamaki avela kumsiki noma umshini wokugaya awezwakali nhlobo.
Konke okwaziwayo mayelana nesakhiwo sangaphakathi se-block block ukuthi i-microchannel. Ayikho eminye imininingwane.
Ukulingana kobuso be-block block yamanzi kulungele. Ngokuhambisana namandla okucindezela aphezulu ebhulokhi yamanzi kuphrosesa, sikwazile ukuthola amaphrinti acishe aphelele kuphrosesa ye-LGA2066.
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I-Liquid Freezer II 280 ifakwe abalandeli ababili abakala u-140 Γ 140 Γ 27 mm lilinye. Imayelana nemodeli , eyenzelwe ngokukhethekile ukwanda kwengcindezi emile. Ngale njongo, abalandeli bafakwe i-impeller enobubanzi obuyi-129 mm enama-blade amahlanu anolaka endaweni enkulu.
Abalandeli baxhumeke komunye nomunye ochungechungeni kusetshenziswa ubuchwepheshe bobunikazi be-ARCTIC PST futhi banokusekelwa kwe-PWM. Ijubane labo lisukela ku-200 kuye ku-1700 rpm, kanti ukugeleza komoya okuphezulu komlandeli oyedwa kushiwo ku-72,8 CFM. Izinga lomsindo yi-0,3 sons (cishe u-22,5 dBA).
I-stator, enobubanzi obungu-41,5 mm kuphela, ayinazo izitikha, futhi imodeli yabalandeli nezici zikagesi zigxivizwa ngokuqondile epulasitiki.
Ngokusho kokucaciswa, abalandeli bekufanele badle kuphela i-0,96 W ngayinye, ngokubona kwethu ezwakale inethemba elikhulu kubalandeli be-140 mm ngo-1700 rpm. Kodwa-ke, ngokwemiphumela yezilinganiso zethu, kuvele ukuthi kuningi kakhulu - 1,13 W. Okusho ukuthi, isiyonke (ipompo kanye fan yayo + abalandeli ababili kurediyetha), uhlelo aludli ngaphezu kuka-5 W phezulu - lokhu kuyinkomba enhle kakhulu. I-voltage yokuqala yabalandeli yi-3,7 V.
Impilo yesevisi ye-hydrodynamic fan bearings ayiboniswa ezicini zesistimu, kodwa ekhasini elihlukile le-ARCTIC P14 PWM umenzi uqinisekisa ukusebenza kwabo okungaphazamiseki iminyaka eyi-10, okuyinde ngokuphindwe kahlanu kunewaranti yesistimu ngokwayo. Phakathi kokushiyeka, siphawula kuphela ukungabikho kwanoma yikuphi ukuxubha kokudlidliza phakathi kwabalandeli kanye ne-radiator: azikho izitika zekhoneni le-silicone noma amawasha enjoloba. Ukuxhumana okuqondile phakathi kwepulasitiki nensimbi. Kodwa ezine zalezi feni zingafakwa kurediyetha ngesikhathi esisodwa, nakuba ngisho ne "turntable" ejwayelekile "i-turntable" i-Liquid Freezer II 280 inesisindo esingaba ngu-1,6 kilogram.
Ukuhambisana kanye nokufakwa
Ibhulokhi yamanzi ye-Liquid Freezer II 280 ihambisana ne-Intel LGA115(x)/2011(v3)/2066 processors kanye nama-AMD Socket AM4 processors. Ukuze uvikele ibhulokhi yamanzi, kusetshenziswa amapheya amabili amapuleti ensimbi, ahlanganiswe kuwo ngezikulufo ezimbili. Lapha, ngokwesibonelo, indlela amapuleti okufaka we-Intel abukeka ngayo.
Okulandelayo, ukucindezela isivimbeli samanzi kumprosesa, noma ipuleti lokuqinisa lisetshenziswa ngemuva kwebhodi le-motherboard, noma kusetshenziswa ama-bushings asekelayo anemicu ezinhlangothi ezimbili. Njengoba isistimu yethu yokuhlola yakhelwe phezu kwephrosesa kanye nebhodi eline-LGA2066, inketho yokugcina ibalulekile kithi.
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Esinye isinyathelo esibalulekile ngaphambi kokufaka ibhulokhi yamanzi ukusebenzisa ungqimba olulinganayo futhi oluncane lokunamathisela okushisayo. Ngaphezu kwalokho, ungakhohlwa ukuqinisa izikulufu zokubopha kancane kancane, ngokuphambene, ukuze uqinisekise ukucindezela okufanayo ku-block yamanzi kanye nokudlulisa ukushisa okuphumelelayo.
Naka ukuthi ibhulokhi yamanzi iqondiswe kanjani kuphrosesa. Iqiniso liwukuthi ngaphansi kwe-radiator encane kunemigudu emibili yomoya, eqondisa ukugeleza komoya ezakhini zesifunda samandla ebhodi le-motherboard. Esimweni sethu, ukugeleza komoya kuya phezulu naphansi, futhi ukugeleza okuphezulu okupholisa isekethe ye-VRM.
Ngokuqondene ne-radiator ngokwayo nabalandeli, ukuyibeka esimweni seyunithi yesistimu kufanele kube nesihlalo sabalandeli ababili abaseduze be-140 mm - ngisho nangaphezulu, ngoba i-radiator yinde kune-pair of abalandeli abanjalo. Ngesikhathi esifanayo, ubude be-hoses kwanele ukufaka i-radiator hhayi kuphela odongeni olungaphezulu lwecala, kodwa nangaphambili. Esimweni sethu, sisebenzise inketho yokuqala yokubeka.
Ukugeleza komoya kwabalandeli kuqondiswe ukuthi kuphume icala, futhi ukungena kwayo kunikezwe abalandeli abathathu be-140 mm odongeni olungaphambili. Masingeze ukuthi isistimu ayinakho ukukhanya okungemuva noma kuphi.
Source: 3dnews.ru