Καλώδιο οπτικών ινών EFB Elektronik O0863.5 — OS2 9 µm, E-2000 (LSH) σε LC, 5 m, κίτρινο

EFB Elektronik O0863.5 is a 5 m single-mode fibre optic patch cable with OS2 9 µm core. It connects equipment using an E-2000 (LSH) connector on one end and an LC connector on the other, and is supplied in a yellow jacket. The cable is designed as a short interconnecting jumper between passive interfaces and active device ports in structured cabling environments and complies with common international cabling concepts.

Advantages

This fibre jumper uses OS2 single-mode fibre (9 µm) to provide low attenuation over longer distances and stable single-mode transmission. The combination of an E-2000 (LSH) connector and an LC connector delivers reliable, low-reflection mating suitable for high-speed data links. The 5 m length and yellow jacket make the cable easy to identify and position in telecommunication closets, data centres and campus networks.

Suitable for

• Single-mode patching in data centres and server rooms
• Telecommunication links and backbone connections
• Campus network interconnects and fibre distribution panels
• High-speed optical equipment connections requiring E-2000 (LSH) to LC

Key specifications

• Brand: EFB Elektronik
• Model / MPN: O0863.5
• Length: 5 m
• Fibre type: OS2 single-mode, 9 µm core
• Connector A: E-2000 (LSH)
• Connector B: LC
• Jacket colour: Yellow
• EAN: 4049759045364

How to use

Route the patch cable between the device port and the passive interface, ensuring connectors are clean and dust-free before mating. Insert the E-2000 (LSH) connector into the corresponding E-2000 adapter or port and the LC connector into the LC adapter or transceiver. Avoid sharp bends and secure the cable to prevent strain; follow site-specific cable management practices when installing in racks or panels.

Recommendations

Inspect and clean connector endfaces with appropriate fibre cleaning tools before each connection. Store and handle the OS2 patch cable to prevent microbends and protect performance; keep within manufacturer-recommended bend radius and avoid exceeding the cable's rated tensile stress during installation.