Fiber splitter cassette FO-CAS/PPAN-12 — 12-fiber optical splitter module

FO-CAS/PPAN-12 is a fiber splitter cassette designed for optical distribution networks and FTTH deployments. The cassette contains a 12-fiber splitter module in a compact housing that protects splices and connectorized fibers, facilitates orderly fiber routing, and fits into standard patch panels or distribution frames. It supports both splice and plug-in installation modes to accommodate different site requirements and simplifies handling of splitter outputs and incoming feeder fibers.

Advantages

The cassette provides organized protection for splitter components and fiber terminations while minimizing required rack space. Its compact design reduces clutter in distribution frames and makes fiber routing and management straightforward. The unit supports both fusion splicing and connector mating for flexible installation workflows and helps ensure consistent optical performance through controlled fiber bend radii and integrated storage for excess fiber.

Suitable for

• FTTH access network termination in multi-dwelling or single-family installations
• Optical distribution frames and wall-mounted patch panels in exchange rooms
• Splice enclosures where compact splitter integration is required
• Field cabinets and street-side distribution points for passive optical networks

Key specifications

• Splitter configuration: 12 output fibers (12-way)
• Form factor: cassette module suitable for patch panel or distribution frame mounting
• Installation options: supports both spliced and plug-in connector terminations
• Fiber protection: integrated routing and storage for excess fiber to maintain minimum bend radius
• Compatibility: designed for use with standard singlemode optical fibers in access networks
• Material: durable housing to protect internal splitter and fiber connections during handling and operation

How to use

Prepare incoming feeder and distribution fibers according to standard singlemode fiber preparation procedures. Mount the cassette into the compatible patch panel or distribution frame slot, secure it in place, and route feeder fiber to the splitter input. Perform fusion splicing or install connectorized pigtails as applicable, then route and secure output fibers into designated ports or storage channels within the cassette. Close the cassette and verify connections using an optical power meter or OTDR as required to confirm correct splitter operation and acceptable loss levels.

Usage recommendations

Handle fibers with care to avoid sharp bends; maintain the minimum bend radius specified for singlemode fiber. Use appropriate cleaning procedures for connectors before mating and follow standard splicing practices. Install the cassette in a compatible panel to ensure secure retention and protection from mechanical stress and environmental exposure.