Patchkabel helos LC multimode 1,5 m – glasvezel-jumper, LC-stekker, 1,5 m lengte

Helos Patch Cable LC multi-mode 1.5m is a multimode fiber optic jumper with LC connectors and a 1.5 meter length, designed for short-distance optical links in racks, patch panels and equipment interconnects. The cable supports reliable optical signal transmission between devices with LC interfaces and is intended for use in data centers, server rooms and local area network installations where multimode fiber is specified.

Advantages

The cable combines compact LC duplex connectors with multimode fiber to deliver stable transmission for short-reach applications. Its 1.5 m length limits excess slack in dense cabling environments, improving routing and reducing insertion loss from unnecessary bends. The cable construction and polished connector endfaces provide low back reflection and consistent mating performance when used with compatible multimode transceivers and patch panels.

Key specifications

• Connector type: LC duplex
• Fiber type: multimode
• Length: 1.5 m
• Typical application: short-reach patching and equipment interconnect
• Jacket: flexible cable jacket suitable for indoor installation

How to use

Inspect connector endfaces before installation and clean them if necessary using a fiber-optic cleaning tool or lint-free wipes with appropriate cleaning solution. Insert the LC connectors into matching LC ports on networking equipment or patch panels until a positive click is felt. Route the cable along existing cable management paths, avoid sharp bends and excessive pulling tension, and secure the cable to prevent movement. When removing, depress the connector latch and gently withdraw the connector to avoid fiber endface damage.

Recommendations

For best performance, use this multimode LC patch cable with matching multimode transceivers and ensure connector endfaces are clean before mating. Maintain bend radius recommendations of the fiber type and keep the cable length appropriate for the rack layout to minimize excess slack.