InLine cavo duplex in fibra ottica LC/ST 50/125µm OM3 15m

The InLine 88151O is a 15 m duplex fibre optic cable designed for multimode OM3 networks. It uses 50/125 µm LSZH (halogen-free) fibers with a 3.0 mm diameter per fiber and comes in turquoise color. The cable is fitted with 2x LC plugs on one end and 2x ST plugs on the other, and it includes a test report. Packaged in a reclosable POS bag with EAN code, it is suitable for structured cabling and short-distance high-speed links.

Advantages

OM3 multimode fibers with 50/125 µm core provide reliable high-speed data transmission for short- to medium-range links. The halogen-free LSZH jacket reduces hazardous emissions in case of fire and meets safety requirements for indoor installations. Duplex configuration with 2x LC to 2x ST connectors offers full-duplex communication and easy integration with equipment using LC or ST ports. Supplied with a test report for verification of quality and packaged for retail display.

Suitable for

• Data center horizontal and rack connections
• Enterprise LAN backbone and switch-to-switch links
• Multimode optical patching and short-distance links (OM3)
• Indoor installations requiring LSZH cabling

Key specifications

• Length: 15 m
• Fiber type: Multimode 50/125 µm OM3
• Jacket: LSZH (halogen-free)
• Fiber diameter: 3.0 mm (per fiber ×2)
• Connectors: 2x LC plug to 2x ST plug
• Color: Turquoise
• Includes: Test report
• Packaging: Reclosable POS bag with EAN

How to use

Unpack the cable from the reclosable POS bag and check the included test report. Connect the 2x LC end to LC ports on devices or patch panels and the 2x ST end to ST ports on corresponding equipment, ensuring correct polarity for duplex links. Route the cable following standard cabling practices, avoiding sharp bends and mechanical stress, and secure it with appropriate cable management accessories.

Recommendations

Use the InLine 88151O for indoor multimode OM3 links up to typical OM3 distance limits. Avoid installation in areas exposed to direct sunlight or extreme temperatures; maintain bend radius recommended by industry standards to preserve optical performance.