Cable de parcheo helos fibra óptica 9/125µm OS2 LC 15,0m

helos patch cable, single-mode fiber (9/125 µm) with OS2 specification, 15 m length and LC to LC connectors. The cable is designed for optical signal transmission in telecom and data networks and is suitable for linking equipment in racks, patch panels and optical outlets where low-loss, long-distance single-mode connections are required. The cable is yellow and terminated with male LC single-mode connectors on both ends.

Advantages

This helos LC patch cable provides single-mode OS2 performance with a 9/125 µm core/cladding geometry, offering low attenuation for long-distance optical links. The 15 m length covers typical inter-rack and patch-panel distances, and LC to LC terminations ensure compact duplex connections compatible with standard transceivers and adapters.

Suitable for

• Connecting optical transceivers and patch panels in data centers
• Inter-rack or intra-rack fiber links in telecom and enterprise networks
• Linking optical outlets to network equipment in structured cabling

Key specifications

• Type: Patch cable, OS2
• Fiber type: Single-mode (9/125 µm)
• Length: 15 m
• Connectors: 2 × LC single-mode (male) — LC to LC
• Color: Yellow
• Brand: helos, MPN: 132992, EAN: 4005938329922

How to use

Route the fiber patch cable between the LC ports of your devices, patch panels or transceivers. Insert LC connectors until they click into the adapter or transceiver receptacle. Avoid tight bends, kinks and excessive pulling force; maintain the minimum bend radius indicated by the equipment or cabling standards. Inspect connector endfaces and clean with appropriate fiber-cleaning tools before mating to ensure low insertion loss and prevent damage.

Recommendations

Store and handle the helos single-mode patch cable in a dry environment; protect connector endfaces with dust caps when not in use. Use for single-mode OS2 links where low attenuation and long reach are required; verify compatibility with LC ports and transceiver specifications prior to deployment.