ACT 1,5 m cabo de patch de fibra ótica LSZH Singlemode 9/125 OS2 duplex com fichas LC

Fiber patch cable duplex LC connectors ACT 1.5 meter is a duplex singlemode fiber patch cable with LC–LC connectors and 9/125 µm OS1 core. The cable has a 1.5 m length and a jacket made of PVC; the construction uses two 3 mm diameter fibers in a yellow outer sheath suitable for typical singlemode installations. The product is intended to provide reliable optical connectivity for networking and telecommunications equipment.

Advantages

The ACT duplex LC patch cable offers high-quality transmission with low attenuation thanks to its 9/125 µm singlemode core. Duplex LC connectors enable compact, stable connections, while the yellow PVC sheath provides standard singlemode color coding and physical protection. The cable’s 2 × 3 mm diameter construction balances flexibility and robustness for rack and cabinet use.

Suitable for

• Data center patching between switches, transceivers and patch panels
• Telecommunications and backbone fiber links
• Server room and network cabinet interconnects
• Fiber optic testing and temporary connections

Key specifications

• Connector type: LC – LC duplex
• Core: 9/125 µm singlemode (OS1)
• Length: 1.5 m
• Colour: Yellow
• Sheath material: PVC
• Diameter: 2 × 3 mm
• Quality: High Quality

How to use

Ensure both equipment ports and connectors are clean before mating. Align and insert each LC connector into the corresponding LC adapter or transceiver until it seats securely. Route the cable to avoid tight bends (maintain the manufacturer’s minimum bend radius), sharp edges and mechanical strain. For removal, depress the LC latch and withdraw straight out to avoid damage to the ferrule.

Recommendations

Use this singlemode LC–LC duplex patch cable for short to medium interconnects within racks and between cabinets. Store and handle with care to prevent contamination of connector endfaces; use dust caps when not connected and clean connectors with appropriate fiber cleaning tools if performance issues are suspected.