ACT 30 m LSZH monimuotokuitu 50/125 OM2 -kuituverkkokaapeli duplex ST-liittimillä

The ACT 30 meter LSZH Multimode 50/125 OM2 fiber patch cable with duplex ST connectors is designed for indoor network interconnections requiring moderate bandwidth and reliable signal integrity. This 30 m multimode fiber link supports full duplex transmission over two fibers, using ST bayonet-style connectors for simple insertion and secure mating. The LSZH jacket reduces smoke and toxic fume emission in case of fire, making the cable suitable for installations in offices, data closets and other indoor environments where low-smoke materials are required.

Advantages

This fiber patch cable provides stable multimode transmission using 50/125 µm OM2 fiber optimized for short- to medium-range links. Duplex ST connectors deliver straightforward mating and mechanical reliability in patch panels and equipment ports designed for ST. The LSZH outer jacket lowers hazardous emissions during combustion, improving safety in enclosed spaces. The 30 m length reduces the need for additional patching or intermediate splices in many typical network layouts.

Key specifications

• Fiber type: Multimode 50/125 µm (OM2)
• Connector type: Duplex ST (bayonet-style) on both ends
• Length: 30 meters
• Jacket material: LSZH (Low Smoke Zero Halogen)
• Transmission mode: Full duplex over two fibers
• Typical applications: Short- to medium-range data links, patching and equipment interconnects

How to use

Route the cable along the planned cable tray or conduit, avoiding sharp bends and areas of mechanical stress. Insert each ST connector into the corresponding ST port until the bayonet locks; ensure correct alignment of transmit and receive fibers for full duplex operation. When connecting to patch panels or equipment, secure excess cable length with appropriate cable management to prevent strain on the connectors and maintain minimum bend radius. For best performance, keep fiber endfaces clean and inspect with a fiber inspection tool before making connections.