Indlela kwiinkqubo zokupholisa ngokubanzi zeeprosesa eziphambili ziye zaphuhliswa kule minyaka mibini okanye mithathu idlulileyo akunakwenzeka ukuba zikholise abanxibelelanisi bokupholisa okusebenzayo kunye namazinga aphantsi engxolo. Isizathu soku silula - ingcinga yobunjineli ngesizathu esithile ishiye eli candelo, kwaye ingcamango yokuthengisa yayijoliswe kuphela ekwenzeni iinkqubo zokupholisa zikhanye ngakumbi ngeentlobo ezahlukeneyo zefeni kunye nokukhanyisa impompo. Ngenxa yoko, namhlanje inqanaba elingaphezulu okanye elingaphantsi elihloniphekileyo ngemigangatho yeenkqubo zokupholisa ulwelo (LCS) inokufumaneka kuphela kwiinketho kunye neeradiyetha ezilinganisa i-280 Γ 140 mm okanye 360 ββΓ 120 mm. Zonke ezinye iimodeli zingaphantsi kwezona zipholileyo zomoya, okanye zifezekiseke ngendlela efanayo kwiindleko zomgangatho ophezulu wengxolo.
Nangona kunjalo, kwiinyanga zakutshanje umntu unokubona utshintsho oluhle olujolise ngokukodwa ekwandiseni ukusebenza kweenkqubo zokuxhasa ubomi. Ngokomzekelo, inkampani yaseJamani eyaziwayo thula! ngoku ilungiselela uthotho oluhlaziyiweyo lweenkqubo zayo zokupholisa ulwelo, kunye ne-Swiss ARCTIC, exhaphake ngakumbi eRashiya, sele ikhuphe i-Liquid Freezer II series, equka iimodeli ezine ezinee-radiator ukusuka kwi-120 ukuya kwi-360 mm.
Zonke iinkqubo zifumene iiradiyetha ezityebileyo, iifeni eziphuculweyo, iipayipi ezintsha kunye neempompo, ibhloko yamanzi ephuculweyo kunye nefenisha encinci yokupholisa izinto zesekethe yeVRM yeebhodi zoomama. Ukongezelela, abanakubizwa ngokuba yi-container-free (ukugcwalisa okanye ukutshintshwa kwefriji kunokwenzeka), kwaye kunye zidibaniswe nekhebula elinye. Oku sele kulibhidi elungileyo lobunkokeli kwiklasi yayo, akunjalo?
Kwinqaku lanamhlanje siza kufunda kwaye sivavanye imodeli ye-ARCTIC Liquid Freezer II 280 eneradiyetha eyi-280 mm kunye neefeni ezimbini ze-140 mm.
Kwimathiriyeli yexesha elizayo siya kuzama ukuvavanya ezinye iimodeli kolu ngcelele, ngakumbi kuba iziphumo zovavanyo lweLiquid Freezer II 280 zisinyanzela ukuba senze oku. Nangona kunjalo, asizukutyhila onke "amakhadi" ngaxeshanye.
Iimpawu zobugcisa kunye neendleko ezicetyiswayo
| Igama iimpawu |
I-ARCTIC Liquid Freezer II 280 |
| Radiator | |
| Imilinganiselo (L Γ W Γ H), mm | I-317 Γ 138 Γ 38 |
| Imilinganiselo ye-radiator fin (L Γ W Γ H), mm | I-317 Γ 138 Γ 26 |
| Izinto zeradiator | Aluminium |
| Inani leziteshi kwiradiyetha, iipcs. | 14 |
| Umgama phakathi kwamajelo, mm | 7,0 |
| Ukuxinana kobushushu, iFPI | 15 |
| Ukumelana nobushushu, Β°C/W | n / a |
| Umthamo wefriji, ml | n / a |
| Abalandeli | |
| Inani labalandeli | 2 |
| Imodeli yabalandeli | I-ARCTIC P14 PWM PST |
| Ubungakanani obuqhelekileyo | I-140 Γ 140 Γ 27 |
| I-impeller/stator diameter, mm | 129 / 41,5 |
| Inani kunye nodidi lweebheringi | 1, i-hydrodynamic |
| Isantya sokujikeleza, rpm | 200-1700 |
| Ubuninzi bokuHamba komoya, CFM | 2 Γ 72,8 |
| Inqanaba lengxolo, nyana | 0,3 |
| Olona xinzelelo lwestatic, mm H2O | 2 Γ 2,4 |
| I-voltage elinganisiweyo/yokuqala, V | 12 / 3,7 |
| Ukusetyenziswa kwamandla: kubhengezwe/kulinganiswa, W | 2 Γ 0,96 / 2 Γ 1,13 |
| Ubomi benkonzo, iiyure/iminyaka | N / A |
| Ubunzima befeni enye, g | 196 |
| Ubude bekhebula, mm | n / a |
| Ifeni yeVRM eyakhelweyo | β 40 mm, 1000β3000 rpm, PWM |
| Impompo | |
| Imilinganiselo, mm | 98 Γ 78 Γ 53 |
| Imveliso, l/h | N / A |
| Ukuphakama kwamanzi, m | N / A |
| Isantya se-rotor yepompo: ibhengezwe / ilinganisiwe, i-rpm | 800-2000 |
| Ukuthwala uhlobo | I-Ceramic |
| Ukuzala ubomi, iiyure / iminyaka | N / A |
| Umbane olinganisiweyo, V | 12,0 |
| Ubukhulu bokusetyenziswa kwamandla: kubhengezwe/kulinganiswa, iW | 2,7 / 2,68 |
| Inqanaba lengxolo, i-dBA | n / a |
| Ubude bekhebula, mm | 245 |
| Ibhloko yamanzi | |
| Izinto kunye nesakhiwo | Ubhedu, isakhiwo se-microchannel |
| Ukuhambelana kweQonga | Intel LGA115(x)/2011(v3)/2066 AMD Socket AM4 |
| Ephakamileyo | |
| Ubude bombhobho, mm | 420 |
| Idayimitha yangaphandle / yangaphakathi yeehoses, mm | 12,4 / 6,0 |
| Isikhenkcisi | I-non-toxic, anti-corrosion (propylene glycol) |
| Elona nqanaba liphezulu leTDP, W | N / A |
| intlama ye-thermal | I-ARCTIC MX-4 (8,5 W / mK), 1 g |
| Umbulelo | akukho |
| Ubunzima benkqubo bubonke, g | 1 572 |
| Ixesha lewaranti, iminyaka | 2 |
| Ixabiso elicetyiswayo i-euro | 79,99 |
Ukupakisha kunye nokupakishwa
Uyilo lwebhokisi apho i-ARCTIC Liquid Freezer II 280 ibonelelwa khona iqhelekile kwiimveliso zenkampani yaseSwitzerland - ubukhulu becala iblue inomfanekiso omhlophe weLSS kwicala langaphambili. Ecaleni kwayo kukho igama lemveliso, ixesha lewaranti kunye ne-thermal paste efakiweyo.
Kwicala elingasemva, iifoto zomntu ngamnye zichaza amacandelo aphambili enkqubo kunye neempawu zawo eziphambili.
Iziphelo zebhokisi zigcinelwe uluhlu lweenzuzo zenkqubo kunye neempawu zayo zobugcisa kunye nemilinganiselo ye-radiator. Iiplatifti zeprosesa ezixhaswayo zidweliswe ngezantsi.
|
|
|
Ibhokisi iqulethe amacandelo amabini: esezantsi iqulethe i-radiator enabalandeli, kwaye phezulu iqulethe i-hoses yayo kunye nempompo, kunye nebhokisi elincinci elinezixhobo.
Le yokugqibela iqulethe izibophelelo ezineseti yezikrufu, ikhadi leposi kunye nekhuphoni enekhowudi ye-QR ekhokelela kwimiyalelo yokufakela, kunye ne-branded thermal paste. nge-thermal conductivity 8,5 W/m K.
Inkqubo yenziwa eTshayina kwaye iza newaranti yeminyaka emibini. Ixabiso layo elicetyiswayo li-80 euro, kwaye siya kufumanisa ukuba kuya kuba njani eRashiya xa inkqubo iqhubeka kuthengiswa. Kodwa nangona i-Liquid Freezer II 280 ithengiswa eRashiya ngeedola ezili-100 zase-US (malunga ne-6,5 amawaka ee-ruble), ke eli lixabiso elikhangayo kakhulu kwinkqubo yokusindisa ubomi kunye ne-radiator engama-280 mm.
Impawu zoKwakha
I-ARCTIC Liquid Freezer II 280 yinkqubo yokupholisa ulwelo oluvaliweyo lwakudala oluza luhlawuliswe ngokupheleleyo kwaye lulungele ukusetyenziswa. Kubonakala ngathi sele sivavanye ngaphezu kwekhulu - kwaye oku akusiyo ukugqithisa - kweenkqubo ezifanayo zokuxhasa ubomi, yintoni enye enokuthi yenziwe kule klasi? Nangona kunjalo, yintoni eyahlula imodeli entsha ye-ARCTIC kwezinye iinkqubo ezinjalo ... yonke into! Ineradiyetha eyahlukileyo, ithumbu, iifeni, impompo kunye nebhloko yamanzi, inodibaniso olwahlukileyo. Makhe sijonge ngalinye kula macandelo enkqubo entsha yokuxhasa ubomi nganye nganye.
I-ARCTIC Liquid Freezer II 280 ibonakala inkulu kwaye iqinile. Irediyetha eshinyeneyo, ipere yeefeni ezingama-140 mm kunye nemibhobho emide enobubanzi obungaphandle obuyi-12,4 mm inika inkqubo ukujonga okunzulu, iyahlula ngokumangalisayo kwabo bafunda nabo.
Nangona i-radiator yenkqubo iseyi-aluminium, ubukhulu bayo bonyuswe ukuya kwi-317 Γ 138 Γ 38 mm, kwaye ubukhulu be-fin yi-26 mm, eyi-9-10 mm ngaphezu kweeradiyetha ezininzi ze-LSS.
Iqulathe itshaneli ezili-14 ezisicaba eziqelelene nge-7 mm. I-aluminiyam i-tape ye-corrugated tape kunye ne-perforation ifakwe phakathi kweendlela. Ubuninzi beradiyetha buphantsi kakhulu - kuphela i-FPI eyi-15.
Ezinye iinkqubo ezinama-radiator angama-280 mm ngokuqhelekileyo zinobuninzi be-FPI ye-20, kodwa apha i-25% ephantsi, ekubeni ubukhulu be-fins ngokwawo buye banda kakhulu. Kwaye ekusebenzeni ngokufanelekileyo kwabalandeli ngesantya esiphantsi, ipakethe eshinyeneyo yeefins ayiyomfuneko.
Enye yeziphelo zeradiyetha ayinanto ngokupheleleyo, kodwa imilinganiselo yayo iyanda - kwakhona xa kuthelekiswa nezinye iinkqubo zokupholisa ulwelo ezingenalo ukugcinwa.
Oku kuthetha ukuba umthamo wefriji ngaphakathi kwesekethe mkhulu, kwaye ngoko ke ukusebenza kakuhle kokupholisa, zonke ezinye izinto zilingana, ziya kuba phezulu.
Ufakelo olunemisonto emibini luvela kwelinye icala leradiyetha, apho ithumbu ezimbini zibotshelelwe.
Ubude bemibhobho, ngaphandle kokubala izixhobo ngokwazo, ngu-420 mm, kwaye ububanzi bawo bangaphandle bu-12,4 mm (ngaphakathi - 6,0 mm). Imibhobho kubude bayo bonke ibonakala ithungwe ngemisonto emhlophe ephindwe kabini, esasiyithathele ukukhanyisa ekuqaleni, kodwa ekugqibeleni kwafumaniseka ukuba oku kwakungenjalo.
Iintambo zabalandeli ababini zidlula phakathi kwe-synthetic braid ye-hoses kunye ne-rubber tubes ngokwabo. Makhe songeze ukuba i-hoses yajika yaba yomelele, kodwa ingabi nzima kakhulu, njengoko ngamanye amaxesha kwenzeka kwiinkqubo zokuxhasa ubomi.
Ngakolunye uhlangothi, i-hoses ingena kwibhloko yepompo kunye nebhloko yamanzi, apho i-threaded fittings ifakwe khona. Imiyalelo yenkqubo ayibonisi ngokuthe ngqo ukuba kunokwenzeka ukugcwalisa okanye ukubuyisela ifriji kwisiphaluka, nangona kunjalo, ukuba zonke izixhobo zifakwe kwi-threaded, ngoko yintoni ekuthintela ukuba wenze oku?
Ipompo nayo ibonakala iqala. Phezulu ihlanganiswe ngeplastiki yeplastiki, apho i-fan encinci ye-40 mm ifakwe ukupholisa izinto zeesekethe ze-VRM zeebhodi zomama. Isantya salo sokujikeleza silawulwa ngokuzenzekelayo ngokumodareyitha kobubanzi be-pulse (PWM) kuluhlu olusuka kwi-1000 ukuya kwi-3000 rpm. Isantya se-rotor yepompo silawulwa yi-PWM, kodwa kuluhlu olusuka kwi-800 ukuya kwi-2000 rpm. Kwakhona kuboniswa ukuba inqanaba layo lokusetyenziswa kwamandla (kuquka ifeni) akufanele lidlule i-2,7 W. Imilinganiselo yethu yaqinisekisa eli xabiso. Ngelishwa, akukho nto ithethwayo malunga nokusebenza kwempompo kwiinkcukacha.
Ibhloko yamanzi obhedu elinganisa i-44 Γ 40 mm yakhiwe kwisiseko sayo, indawo yoqhagamshelwano ekhuselweyo yifilimu.
Ngendlela, emva kweefilimu ezinjalo, ngamanye amaxesha i-adhesive layer inokuhlala kwisiseko, ekufuneka isuswe nge-alcohol-container liquide.
Umgangatho wokucutshungulwa kwendawo yokudibanisa umbhobho wamanzi ufanelwe "ezine" eziqinileyo kwinqanaba elinesihlanu. Akukho ukupolisha, kodwa amanqaku avela kwi-cutter okanye i-grinder akaviwa konke konke.
Yonke into eyaziwayo malunga nesakhiwo sangaphakathi sebhloko yamanzi kukuba i-microchannel. Azikho ezinye iinkcukacha.
Ukulingana komphezulu webhloko yamanzi kukulungele. Ngokudityaniswa noxinzelelo oluphezulu lwebhloko yamanzi kwiprosesa, siye sakwazi ukufumana phantse ushicilelo olugqibeleleyo kwiprosesa ye-LGA2066.
|
|
|
I-Liquid Freezer II 280 ixhotyiswe ngabalandeli ababini abalinganisa i-140 Γ 140 Γ 27 mm nganye. Imalunga nemodeli , eyenzelwe ngokukodwa ukunyuka koxinzelelo lwe-static. Ngenxa yale njongo, abalandeli baxhotyiswe nge-impeller enobubanzi be-129 mm kunye namaqabunga amahlanu anobudlova ommandla omkhulu.
Abalandeli baqhagamshelwe omnye komnye kuthotho besebenzisa itekhnoloji ye-ARCTIC ye-PST yobunini kwaye banenkxaso ye-PWM. Isantya sazo sisuka kwi-200 ukuya kwi-1700 rpm, kwaye ukuhamba komoya okuphezulu kwefeni enye kuchazwe kwi-72,8 CFM. Inqanaba lengxolo yi-0,3 sons (malunga ne-22,5 dBA).
I-stator, enobubanzi be-41,5 mm kuphela, ayinayo nayiphi na i-stickers, kwaye imodeli ye-fan kunye neempawu zombane zigxilwe ngokuthe ngqo kwiplastiki.
Ngokweenkcazo, abalandeli bekufuneka badle kuphela i-0,96 W nganye, leyo ngokombono wethu yavakala inethemba elikhulu kwi-140 mm fan kwi-1700 rpm. Nangona kunjalo, ngokweziphumo zemilinganiselo yethu, kuye kwavela ukuba kuninzi kakhulu - 1,13 W. Oko kukuthi, iyonke (ipompo kunye nefeni yayo + abalandeli ababini kwi-radiator), inkqubo ayidli ngaphezu kwe-5 W ekuphakameni - oku kubonakaliso oluhle kakhulu. Ukuqala kombane weefeni yi-3,7 V.
Ubomi benkonzo ye-hydrodynamic fan bearings ayiboniswa kwiimpawu zenkqubo, kodwa kwiphepha elahlukileyo le-ARCTIC P14 PWM umenzi uqinisekisa ukusebenza kwabo okungaphazamisekiyo iminyaka eyi-10, ephindwe kahlanu kunewaranti yenkqubo ngokwayo. Phakathi kweentsilelo, siqaphela kuphela ukungabikho kwanoma yiyiphi i-vibration decoupling phakathi kwabalandeli kunye ne-radiator: azikho izitikha zekona ze-silicone okanye iiwasha zerabha. Uqhagamshelwano oluthe ngqo phakathi kweplastiki kunye nentsimbi. Kodwa ezine zala balandeli zinokufakwa kwiradiyetha kanye, nangona "i-turntables" eqhelekileyo ye-Liquid Freezer II 280 inobunzima obumalunga ne-1,6 yeekhilogram.
Ukuhambelana kunye noFakelo
Ibloko yamanzi ye-Liquid Freezer II 280 iyahambelana ne-Intel LGA115 (x)/2011(v3)/2066 iprosesa kunye ne-AMD Socket AM4 processors. Ukukhusela ibhloko yamanzi, izibini ezimbini zeeplate zetsimbi zisetyenzisiweyo, ezifakwe kuyo ngezikrufu ezimbini. Apha, umzekelo, yindlela yokufaka iipleyiti ze-Intel zijongeka njani.
Emva koko, ukucinezela ibhloko yamanzi kwiprosesa, mhlawumbi iplate yokuqinisa isetyenziswe ngasemva kwebhodi lomama, okanye i-bushings yenkxaso enemicu ephindwe kabini isetyenziswa. Ekubeni inkqubo yethu yokuvavanya yakhiwe kwiprosesa kunye nebhodi ene-LGA2066, ukhetho lokugqibela lufanelekile kuthi.
|
|
|
Elinye inyathelo elibalulekileyo ngaphambi kokufaka ibhloko yamanzi kukusebenzisa umaleko olinganayo kunye nomncinci we-thermal paste. Ukongeza, musa ukulibala ukuqinisa izikhonkwane ze-clamping ngokuthe ngcembe, ngokunqamlezayo, ukuqinisekisa uxinzelelo olufanayo kwibhloko yamanzi kunye nokudluliselwa kobushushu obusebenzayo.
Nika ingqalelo kwindlela ibhloko yamanzi ejoliswe ngayo kwiprosesa. Inyani kukuba phantsi kwe-radiator encinci kukho ezimbini ii-air ducts, eziqondisa ukuhamba komoya kwizinto zesiphaluka samandla se-motherboard. Kwimeko yethu, ukuhamba komoya kunyuka kwaye kuhla, kwaye kukuhamba okuphezulu okupholisa isiphaluka seVRM.
Ngokuphathelele i-radiator ngokwayo kunye nabalandeli, ukuyibeka kwimeko yeyunithi yenkqubo kufuneka kubekho isihlalo sabalandeli ababini abasondelene ne-140 mm - kwaye nangaphezulu, kuba i-radiator ide kunesibini sabalandeli abanjalo. Ngelo xesha, ubude bee-hoses banele ukufaka i-radiator kungekhona nje eludongeni oluphezulu lwecala, kodwa nangaphambili. Kwimeko yethu, sisebenzise inketho yokuqala yokubeka.
Ukuhamba komoya kwabalandeli kwakuqondiswe ukuba kuqhume ngaphandle kwetyala, kwaye ukungena kwayo kunikezelwe ngabalandeli abathathu be-140 mm eludongeni lwangaphambili. Masiyongeze ukuba inkqubo ayinayo i-backlight naphi na.
umthombo: 3dnews.ru