Iintambo zeFiber opticzingahlelwa zibe ziindidi ezimbini eziphambili ngokusekelwe ekubeni iintsinga zamehlo zithintelwe ngokukhululekileyo okanye zithintelwe ngokuqinileyo. Ezi ziyilo zimbini zisebenza kwiinjongo ezahlukeneyo ngokuxhomekeke kwindawo ekujoliswe kuyo yokusetyenziswa. Uyilo lwetyhubhu ekhululekileyo luqhele ukusetyenziselwa usetyenziso lwangaphandle, ngelixa uyilo oluqinileyo lwe-buffer luqhele ukusetyenziselwa usetyenziso lwangaphakathi, njengeentambo zokuqhawula ngaphakathi. Makhe siphonononge iiyantlukwano phakathi kwetyhubhu ekhululekileyo kunye neentambo eziqinileyo zefiber optic.
Iiyantlukwano zeZakhiwo
I-Leease Tube Fiber Optic Cable: Iintambo zetyhubhu ezikhululekileyo ziqulethe i-250μm iifiber ezibonakalayo ezibekwe ngaphakathi kwe-high-modulus material eyenza ityhubhu ekhululekile. Le ityhubhu igcwele ijeli ukuthintela ukungena komswakama. Embindini wentambo, kukho isinyithi (okanyenon-metal FRP) ilungu lamandla aphakathi. Ityhubhu ekhululekileyo ijikeleze ilungu lamandla asembindini kwaye ijijelwe ukwenza i-core cable core. Isixhobo esongezelelweyo sokuthintela amanzi singeniswa ngaphakathi kwentambo yentambo. Emva kokusonga ixesha elide kunye ne-tape yensimbi ye-corrugated (APL) okanye i-ripcord steel tape (PSP), intambo ikhutshwe ngentambo.i-polyethylene (PE) ibhatyi.
I-Tight Buffer Fiber Optic Cable: Iintambo zokuqhawula zangaphakathi zisebenzisa i-fiber optical fiber eyodwa enobubanzi be-φ2.0mm (kuquka i-φ900μm i-tight-buffered fiber andumsonto we-aramidukongezelela amandla). Iingcingo zentambo zijijelwe kwilungu eliphakathi lamandla e-FRP ukwenza undoqo wentambo, kwaye ekugqibeleni, umaleko wangaphandle wepolyvinyl chloride (I-PVC) okanye umsi ophantsi we-zero halogen (LSZH) ikhutshwe njengebhatyi.
Ukhuseleko
I-Loose Tube Fiber Optic Cable: Iifiber zamehlo kwiintambo zetyhubhu ezivulekileyo zifakwe ngaphakathi kwe-gel-ezaliswe ityhubhu ekhululekileyo, enceda ukuthintela ukufuma kwefayibha kwiindawo ezimbi, eziphakamileyo zokufuma apho amanzi okanye ukuxinwa kunokuba ngumcimbi.
I-Tight Buffer Fiber Optic Cable: Iintambo eziqinileyo ze-buffer zibonelela ngokhuseleko oluphindiweyoiintsinga zamehlo, kunye zombini i-250μm yokwambathisa kunye ne-900μm eqinile ye-buffer layer.
Usetyenziso
I-Leease Tube Fiber Optic Cable: Iintambo zetyhubhu ezikhululekileyo zisetyenziswa kwi-eriyali yangaphandle, umbhobho, kunye nezicelo zokungcwaba ngokuthe ngqo. Ziqhelekile kwii-telecommunications, i-backbones ye-campus, i-short-distance runs, amaziko edatha, i-CATV, usasazo, iinkqubo zenethiwekhi yekhompyutheni, iinkqubo zenethiwekhi yomsebenzisi, kunye ne-10G, 40G, kunye ne-100Gbps Ethernet.
I-Tight Buffer Fiber Optic Cable: Iintambo ze-buffer eziqinileyo zifanelekile kwizicelo zangaphakathi, amaziko edatha, iinethiwekhi ze-backbone, i-horizontal cabling, i-patch cords, i-cables cables, i-LAN, i-WAN, inethiwekhi yendawo yokugcina (i-SAN), i-cabling yangaphakathi emide ethe tye okanye ethe nkqo.
Ukuthelekisa
Iintambo eziqinileyo zefayibha optic zibiza kakhulu kuneentambo zetyhubhu ezikhululekileyo kuba zisebenzisa imathiriyeli eninzi kwisakhiwo sentambo. Ngenxa yomahluko phakathi kwe-900μm ye-optical fibers kunye ne-250μm ye-optical fibers, iintambo ze-buffer eziqinileyo ziyakwazi ukuhlalisa iifiber ezimbalwa ze-optical diameter efanayo.
Ngaphezu koko, iintambo ze-buffer eziqinileyo kulula ukuzifaka xa kuthelekiswa neentambo zetyhubhu ezikhululekileyo kuba akukho mfuneko yokujongana nokuzaliswa kwejeli, kwaye akukho kuvalwa kwamasebe okufunekayo ukuze kufakwe okanye kupheliswe.
Ukuqukumbela
Iintambo zetyhubhu ezivulekileyo zibonelela ngokuzinzile kunye nokusebenza okuthembekileyo kokuhanjiswa kwe-optical kuluhlu olubanzi lweqondo lokushisa, zibonelela ngokhuseleko olululo kwiifibers ze-optical phantsi kwemithwalo ephezulu, kwaye ziyakwazi ukumelana lula nomswakama kunye neegels zokuthintela amanzi. Iintambo ze-buffer eziqinileyo zibonelela ngokuthembeka okuphezulu, ukuguquguquka, kunye nokuguquguquka. Zinobukhulu obuncinci kwaye kulula ukuzifaka.
Ixesha lokuposa: Oct-24-2023