Loose Tube Armored Flame-retardant Direct Buried Cable

I-GYTA53(GYFTA53) / GYTS53(GYFTS53)

Loose Tube Armored Flame-retardant Direct Buried Cable

Iintsinga zibekwe kwityhubhu evulekileyo eyenziwe nge-PBT.Iityhubhu zizaliswe nge-compound yokuzaliswa kwamanzi anganyangekiyo.Ucingo lwentsimbi okanye i-FRP ibekwe kumbindi we-core njengelungu lamandla esinyithi.Iityhubhu kunye nezigcwalisi zixinzelelwe malunga nelungu lamandla kwi-compact kunye ne-core core.I-Aluminium Polyethylene Laminate (APL) okanye i-tape yensimbi ifakwe kwi-core cable, ezaliswe ngokuzaliswa kwekhompawundi ukukhusela ekungeneni kwamanzi.Emva koko i-cable core igutyungelwe nge-PE yangaphakathi sheath.Emva kokuba i-PSP isetyenziswe ixesha elide phezu kwe-sheath yangaphakathi, intambo igqitywe nge-PE (LSZH) yangaphandle ye-PE (LSZH).

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Iinkcukacha zeMveliso

FAQ

Iithegi zeMveliso

Iimpawu zeMveliso

Ukusebenza kakuhle komatshini kunye nobushushu.

Ukumelana nemijikelo yobushushu obuphezulu kunye nesezantsi, okukhokelela ekuchaseni ukuguga kunye nobomi obude.

I-Lose tube stranding cable core iqinisekisa isakhiwo sentambo esizinzileyo.

Ucingo lwentsimbi enye lusebenza njengelungu lamandla asembindini lokumelana nemithwalo ye-axial.

Ukuzaliswa kwe-core 100% ngamanzi kuthintela i-cable jelly ukuqinisekisa ukungangeni kwamanzi kwentambo.

Iteyiphu yeAluminiyam igquma ngokokude undoqo wekhebula njengesithintelo sokufuma.

I-sheath yangaphakathi inciphisa ngokufanelekileyo ukulayishwa koomatshini bangaphandle.

Iteyiphu yentsimbi egudileyo igquma ngondoqo wentambo kwaye inika ukuxhathisa okulungileyo.

I-sheath yangaphandle ikhusela intambo kwimitha ye-ultraviolet.

Iimpawu ze-Optical

Uhlobo lweFayibha	Ukuthotywa		1310nm MFD (Imo yommandla weDayamitha)	Ukusikwa kwentambo yobude bobude λcc(nm)
Uhlobo lweFayibha	@1310nm(dB/KM)	@1550nm(dB/KM)	1310nm MFD (Imo yommandla weDayamitha)	Ukusikwa kwentambo yobude bobude λcc(nm)
G652D	≤0.36	≤0.22	9.2±0.4	≤1260
I-G657A1	≤0.36	≤0.22	9.2±0.4	≤1260
G657A2	≤0.36	≤0.22	9.2±0.4	≤1260
G655	≤0.4	≤0.23	(8.0-11)±0.7	≤1450
50/125	≤3.5 @850nm	≤1.5 @1300nm	/	/
62.5/125	≤3.5 @850nm	≤1.5 @1300nm	/	/

Iiparamitha zobuGcisa

Ukubalwa kweFayibha	Uqwalaselo Imibhobho×IiFayibha	Inombolo yesigcwalisi	I-Cable Diameter (mm) ±0.5	Ubunzima beCable (kg/km)	Amandla okuqina (N)		Ukuchasa i-Crush (N/100mm)		Goba irediyasi (mm)
Ukubalwa kweFayibha	Uqwalaselo Imibhobho×IiFayibha	Inombolo yesigcwalisi	I-Cable Diameter (mm) ±0.5	Ubunzima beCable (kg/km)	Ixesha elide	Ixesha elifutshane	Ixesha elide	Ixesha elifutshane	Unamandla	I-Static
6	1×6	5	13.1	195	1000	3000	1000	3000	25D	12.5D
12	2x6	4	13.1	195	1000	3000	1000	3000	25D	12.5D
24	4x6	2	13.1	195	1000	3000	1000	3000	25D	12.5D
36	6x6	0	13.1	195	1000	3000	1000	3000	25D	12.5D
48	4x12	2	13.8	220	1000	3000	1000	3000	25D	12.5D
60	5x12	1	13.8	220	1000	3000	1000	3000	25D	12.5D
72	6x12	0	13.8	220	1000	3000	1000	3000	25D	12.5D
96	8x12	0	15.4	250	1000	3000	1000	3000	25D	12.5D
144	12x12	0	18.0	320	1200	3500	1200	3500	25D	12.5D
192	8x24	0	18.0	330	1200	3500	1200	3500	25D	12.5D
288	12x24	0	20.1	435	1500	4000	1500	4000	25D	12.5D

Isicelo

Umgama omde, unxibelelwano lwe-LAN.

Indlela yokubeka

Ukungcwatywa ngokuthe ngqo.

Ukuqhagamshela izixhobo zonxibelelwano.

Inkqubo yocingo lwe-Multi-cores kwiziko ledatha.

Ubushushu bokusebenza

Uluhlu lobushushu
Ezothutho	Ukuhlohla	Ukusebenza
-40℃~+70℃	-20℃~+60℃	-40℃~+70℃

Umgangatho

YD/T 901, IEC 60794-3-10

Ukupakisha kunye nokuMakisha

Iintambo ze-OYI zibhijelwe kwi-bakelite, iplanga, okanye igubu le-ironwood.Ngexesha lokuthutha, izixhobo ezifanelekileyo kufuneka zisetyenziswe ukuphepha ukulimaza ipakethe kunye nokuphatha ngokulula.Iintambo kufuneka zikhuselwe kumswakama, zigcinwe kude nokushisa okuphezulu kunye neentlantsi zomlilo, zikhuselwe ekugobeni ngokugqithisileyo kunye nokutyunyuzwa, kwaye zikhuselwe kuxinzelelo lwemishini kunye nomonakalo.Akuvumelekanga ukuba ubude obubini bekhebula kwisigubhu esinye, kwaye zombini iziphelo kufuneka zitywinwe.Iziphelo ezimbini kufuneka zipakishwe ngaphakathi kwidramu, kwaye ubude obugciniweyo bekhebula obungekho ngaphantsi kweemitha ezi-3 kufuneka bunikezelwe.

I-Lose Tube Non-metallic Uhlobo Lwempuku eKhuselweyo

Umbala weempawu zentambo zimhlophe.Ukuprintwa kuya kuqhutywa kwizithuba zeemitha ezi-1 kwi-sheath yangaphandle yentambo.Ilegend yokumakishwa kwesheath yangaphandle inokutshintshwa ngokwezicelo zomsebenzisi.

Ingxelo yovavanyo kunye nesiqinisekiso sinikezelwe.

Iimveliso ezicetyiswayo

Uhlobo lwe-OYI-ODF-R-Series

Uluhlu lweentlobo ze-OYI-ODF-R-Series yinxalenye efunekayo yesakhelo sokusabalalisa optical yangaphakathi, eyenzelwe ngokukodwa amagumbi onxibelelwano lwefiber optical.Inomsebenzi wokulungiswa kwentambo kunye nokukhuselwa, ukupheliswa kwentambo ye-fiber, ukusabalalisa i-wiring, kunye nokukhuselwa kwe-fiber cores kunye ne-pigtails.Ibhokisi yeyunithi inesakhiwo seplate yensimbi kunye noyilo lwebhokisi, ukubonelela ngokubukeka okuhle.Yenzelwe i-19 ″ ufakelo oluqhelekileyo, olubonelela ngezinto ezininzi ezintle.Ibhokisi yeyunithi inoyilo olupheleleyo lwemodyuli kunye nokusebenza kwangaphambili.Idibanisa i-fiber splicing, i-wiring, kunye nokusabalalisa ibe nye.Itreyi yesplice nganye inokutsalwa ngaphandle ngokwahlukeneyo, ivumela imisebenzi ngaphakathi okanye ngaphandle kwebhokisi.

I-12-core fusion splicing kunye nemodyuli yokusabalalisa idlala indima ephambili, kunye nomsebenzi wayo ukudibanisa, ukugcinwa kwefayibha kunye nokukhusela.Iyunithi ye-ODF egqityiweyo iya kubandakanya ii-adapters, ii-pigtails, kunye nezixhobo ezifana nemikhono yokukhusela i-splice, amaqhina enayiloni, iityhubhu ezifana nenyoka, kunye nezikrufu.

BONA OKUNGAKUMBI
8 Cores Uhlobo OYI-FAT08B Terminal Box

I-12-core OYI-FAT08B ibhokisi ye-terminal optical yenza ngokuhambelana neemfuno zomgangatho woshishino we-YD/T2150-2010.Isetyenziswa ikakhulu kwikhonkco lenkqubo yofikelelo yeFTTX.Ibhokisi yenziwe ngePC ephezulu yokuqina, i-ABS yeplastiki ye-alloy injection molding, ebonelela ngokutywinwa kakuhle kunye nokumelana nokuguga.Ukongeza, inokuxhonywa eludongeni ngaphandle okanye ngaphakathi ukuze kufakwe kunye nokusetyenziswa.
Ibhokisi ye-OYI-FAT08B ye-terminal ye-optical ine-design yangaphakathi kunye nesakhiwo se-single-layer, esahlulwe kwindawo yokusabalalisa umgca, ukufakwa kwentambo yangaphandle, i-fiber splicing tray, kunye ne-FTTH yokulahla i-cable optical storage.Imigca yefiber optic icace kakhulu, nto leyo eyenza kube lula ukusebenza kunye nokugcina.Kukho imingxuma ye-cable e-2 phantsi kwebhokisi enokuthi ithathe iintambo ezi-2 zangaphandle zokudibanisa ngokuthe ngqo okanye ezahlukeneyo, kwaye iyakwazi ukuhlalisa i-8 FTTH iintambo ze-optical drop for end connections.I-fiber splicing tray isebenzisa ifom yeflip kwaye ingaqwalaselwa kunye nomthamo we-1 * 8 Cassette PLC splitter ukulungiselela ukwandiswa kokusetyenziswa kwebhokisi.

BONA OKUNGAKUMBI
OYI-OCC-A Uhlobo

Itheminali yokuhanjiswa kweFiber optic sisixhobo esisetyenziswa njengesixhobo soqhagamshelo kuthungelwano lofikelelo lwefiber optic kwintambo yokuxheshisela kunye nentambo yokuhambisa.Iintambo zeFiber optic zidityaniswe ngokuthe ngqo okanye zipheliswe kwaye zilawulwe ngeentambo zokubopha ukuze zisasazwe.Ngophuhliso lweFTTX, iikhabhinethi ze-cable cross-connection zangaphandle ziya kuhanjiswa ngokubanzi kwaye zisondele kumsebenzisi wokugqibela.

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Iyunithi yokunqunyanyiswa ye-ADSS yenziwe ngezinto eziphakamileyo zocingo lwentsimbi, ezinamandla okumelana nomhlwa, ngaloo ndlela yandisa ukusetyenziswa kwexesha lokuphila.Iziqwenga zerabha ezithambileyo ziphucula ukuzithambisa kwaye zinciphise ukuqhawuka.

BONA OKUNGAKUMBI
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I-OYI FC yohlobo lweplagi ye-attenuator eyindoda ebhinqileyo esisigxina usapho lubonelela ngokusebenza okuphezulu kokuthotywa okuzinzileyo koqhagamshelo olusemgangathweni lweshishini.Inoluhlu olubanzi lokuthomalalisa, ilahleko yembuyekezo ephantsi kakhulu, ayivani ne-polarization, kwaye inokuphinda okubalaseleyo.Ngoyilo lwethu oludityanisiweyo oluphezulu kunye nekhono lokuvelisa, ukuncitshiswa kohlobo lwe-SC attenuator yendoda nomfazi inokwenziwa ngokwezifiso ukunceda abathengi bethu bafumane amathuba angcono.I-attenuator yethu ithobela amanyathelo ohlaza kwishishini, njenge-ROHS.

BONA OKUNGAKUMBI
Hlala Rod

Le ntonga yokuhlala isetyenziselwa ukudibanisa ucingo lokuhlala kwi-anchor yomhlaba, eyaziwa ngokuba yindawo yokuhlala.Iqinisekisa ukuba ucingo lugxininiswe ngokuqinileyo emhlabeni kwaye yonke into ihlala izinzile.Kukho iintlobo ezimbini zeentonga zokuhlala ezikhoyo kwiimarike: intonga yokuhlala isaphetha kunye nentonga yokuhlala ye-tubular.Umahluko phakathi kwezi ntlobo zimbini zezixhobo zombane zisekelwe kuyilo lwazo.

BONA OKUNGAKUMBI

Ukuba ukhangela isisombululo esithembekileyo, esinesantya esiphezulu sefayibha optic, ungajongi ngaphaya kwe-OYI.Qhagamshelana nathi ngoku ukubona ukuba singakunceda njani uhlale unxibelelene kwaye uthathe ishishini lakho ulise kwinqanaba elilandelayo.

BUZA