ACT 1 meter LSZH Multimode 62.5/125 OM1 fiber patch cable duplex with ST connectors

ACT high quality fiber patch cable, 1 meter long, multimode 62.5/125 OM1 with ST connectors, is designed for reliable full-duplex data transmission in indoor networks. The cable uses LSZH (Low Smoke Zero Halogen) jacket material for reduced smoke and toxic emissions in case of fire and is manufactured and 100% tested to meet industry standards for consistent optical performance.

Advantages

The ACT fiber patch cable provides stable multimode connectivity with low insertion loss and suitable bandwidth for legacy and short-reach multimode links. Its ST connectors ensure secure mechanical mating, and the LSZH jacket increases safety for indoor installations. All cables are factory-tested to ensure consistent performance and interoperability with standard fibre optic equipment.

Suitable for

• Indoor network connections in data centers and server rooms
• Telecommunications equipment and patch panels
• Short-reach multimode links such as LAN backbones and campus networks
• Environments requiring low-smoke, zero-halogen cabling

Key specifications

• Length: 1 meter
• Fiber type: Multimode 62.5/125 µm (OM1)
• Configuration: Duplex (full duplex)
• Connectors: ST — two ST ferrule connectors
• Jacket material: LSZH (Low Smoke Zero Halogen)
• Brand: ACT
• MPN: RL1001
• EAN: 8716065170726

How to use

Inspect connector endfaces for cleanliness before connecting and use a proper fibre inspection tool if available. Align and insert the ST connectors into the appropriate ST adapters or ports until they click or lock into place. Avoid tight bends; maintain the manufacturer-recommended bend radius to prevent increased attenuation. For removal, unlock the connector if applicable and carefully withdraw it to avoid damaging the ferrule or cable.

Recommendations

For optimal performance, keep connectors covered when not in use, route the cable to avoid sharp bends and mechanical stress, and perform end-to-end testing after installation to verify insertion loss and link continuity.