Patch cord fibra optica singlemode OS2 9/125μm, grad G652D, cu manta LSZH, culoare galben, duplex sau simplex, disponibil in diferite combinatii de conectori (SC, LC, E2000, ST, FC, MU, MTRJ), polish (UPC sau APC) si lungimi.
Patch cord-urile FO OS2 sunt folosite in transmisiuni 1G/10G/25G/40G/100G/400G fiind ideale pentru distante lungi si lungimi de unda 1310nm (pana la 40km) / 1550nm (mai mari de 40km).
Caracteristici:
| Tip | singlemode OS2 9/125μm Grad G.652.D |
Manta | culoare galbena tip LSZH grosime 2mm/3mm |
| Pierderi la retur | UPC≥50, APC≥60 | Atenuare | @ 1310nm: 0.36dB/km @ 1550nm: 0.22 dB/km |
| Pierderi la insertie | UPC≥0.3, APC≥0.3 | Ferula conector | zirconiu ceramica |
| Polaritate | A(Tx) – B(Rx) | Temp de functionare | -20⁰C ~ +70⁰C |
| Rezistenta la intindere | 150N (termen lung) – 300N (termen scurt) | Rezistenta la impact | 2500 N/dm |
| Part No. | Nr fibre | Conector A | Conector B | Manta | Lungime | Tip Fibra |
| PCH1.SM-LC/LC-xx-x.0 | Simplex | LC/UPC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-LC/LC-xx-x.0 | Duplex | LC/UPC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-SC/LC-xx-x.0 | Simplex | SC/UPC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-SC/LC-xx-x.0 | Duplex | SC/UPC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-SC/SC-xx-x.0 | Simplex | SC/UPC | SC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-SC/SC-xx-x.0 | Duplex | SC/UPC | SC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-SCA/SCA-xx-x.0 | Simplex | SC/APC | SC/APC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-SCA/SCA-xx-x.0 | Duplex | SC/APC | SC/APC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-SCA/SC-xx-x.0 | Simplex | SC/APC | SC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-SCA/SC-xx-x.0 | Duplex | SC/APC | SC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-SCA/LC-xx-x.0 | Simplex | SC/APC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-SCA/LC-xx-x.0 | Duplex | SC/APC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-E2KA/LC-xx-x.0 | Simplex | E2000/APC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-E2KA/LC-xx-x.0 | Duplex | E2000/APC | LC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-E2KA/SC-xx-x.0 | Simplex | E2000/APC | SC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-E2KA/SC-xx-x.0 | Duplex | E2000/APC | SC/UPC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH1.SM-E2KA/E2KA-xx-x.0 | Simplex | E2000/APC | E2000/APC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
| PCH2.SM-E2KA/E2KA-xx-x.0 | Duplex | E2000/APC | E2000/APC | LSZH 2.0mm/3.0mm | 0.25m – 100m | SM OS2 9/125μm G.652.D |
Note:
xx – reprezinta lungimea patchcordului (de exemplu 1 reprezinta 1m, 10 reprezinta 10m).
x.0 – reprezinta grosimea mantalei…2.0 reprezinta 2mm iar 3.0 reprezinta 3mm.
• Ideal pentru retele de telecomunicatii si infrastructuri FTTH, FTTB, FTTA, unde sunt necesare conexiuni fiabile pe distante lungi.
• Utilizat in centre de date si retele enterprise, asigurand transmisii rapide si stabile pentru 1G/10G/25G/40G/100G/400G Ethernet.
• Recomandat pentru interconectarea cladirilor, campusurilor si retelelor metropolitane (MAN) datorita atenuarii reduse pe distante mari.
• Potrivit pentru aplicatii de backhaul si fronthaul in retelele 5G, unde este necesara o latenta minima si o capacitate mare de banda.
• Excelent pentru medii industriale si infrastructuri critice, unde sunt necesare conexiuni robuste si rezistente la interferente electromagnetice.
• O solutie scalabila pentru retele de transport optice (DWDM, CWDM), asigurand performante ridicate si compatibilitate cu diverse echipamente.
• Adecvat pentru retele de supraveghere video si sisteme IoT, unde stabilitatea conexiunii este esentiala pentru transmisia continua de date.
