ACT 1 meter LSZH Singlemode 9/125 OS2 short-boot glasvezel-patchkabel duplex met LC- en SC-stekkers

The ACT 1m LSZH Singlemode 9/125 OS2 Duplex LC–SC fiber patch cable provides a 1 metre connection for high-speed singlemode networks. Constructed with LSZH outer jacket and a 9/125 µm OS2 core, the cable is intended for indoor applications where low smoke and zero halogen emissions are required. Duplex LC and SC terminations support full-duplex links and compatibility with common networking equipment. Each cable is supplied with a test report showing insertion loss (IL) and return loss (RL) measurements and with 100% inspected fiber end-faces.

Advantages

Individual test reports for IL and RL, laser-precision cleaving, Grade A fiber and UPC polish ensure consistent optical performance. The LSZH jacket reduces hazardous emissions in enclosed spaces. Duplex LC and SC connectors offer reliable mating with standard patch panels and transceivers.

Suitable for

• Data centre patching and interconnects
• Telecommunications racks and equipment
• Indoor backbone and horizontal optical cabling
• Connections between switches, routers and optical transceivers

Key specifications

• Brand: ACT
• Model / MPN: RL1801
• EAN: 8716065322118
• Length: 1 m
• Fiber type: Singlemode 9/125 µm OS2
• Jacket: LSZH (Low Smoke Zero Halogen)
• Configuration: Duplex
• Connectors: LC to SC
• Polish: UPC
• Quality control: Individual IL and RL test report; 100% end-face inspection

How to use

Deploy the cable by connecting the LC and SC connectors to the corresponding ports on your network devices or patch panels, ensuring correct orientation for duplex links. Route the cable along existing cable management paths avoiding sharp bends; maintain the recommended minimum bend radius to prevent signal loss. Verify link performance using the supplied IL/RL test report and, if necessary, re-clean connector end-faces before installation.

Recommendations

Store and install the cable in clean, dry indoor environments; avoid exposure to direct sunlight and chemicals. Use appropriate strain relief and do not exceed manufacturer bend-radius limits to preserve optical performance.