Cable splitter Extralink Splitter 1:4 PLC 250µm without connector, silver PVC

Extralink Splitter 1:4 PLC 250µm is a passive fiber optic cable splitter designed to divide a single optical input into four equal outputs using planar lightwave circuit (PLC) technology. The unit uses 250 µm pigtail fiber without pre-attached connectors and is housed in a compact silver PVC enclosure. Its slim 0.250 mm fiber construction and compact steel box design allow installation inside fiber organizers, splice trays, and distribution boxes for indoor cabling and passive optical network (PON) deployments.

Advantages

The PLC 1:4 splitter provides uniform, symmetrical splitting with stable optical performance across the outputs and a small footprint that simplifies placement inside cabinets and enclosures. Supplied without connectors, it enables on-site connectorization to match local installation standards and connector types. The slim 250 µm pigtails reduce bulk and allow neat routing and storage inside organizers; packaging in blister packs helps prevent cable tangling during handling and installation.

Suitable for

• FTTH and FTTx deployments requiring passive optical splitting
• Indoor fiber distribution in apartments, offices, and data closets
• PON installations where custom connectorization is performed on-site
• Integration inside splice trays, fiber organizers, and small distribution enclosures

Key specifications

• Splitting ratio: 1 input to 4 outputs (symmetrical)
• Technology: PLC (Planar Lightwave Circuit)
• Fiber construction: 250 µm (0.250 mm) pigtail fibers without connectors
• Housing material: PVC with steel box integration for compact mounting
• Intended use: passive indoor fiber distribution and PON networks

How to use

Prepare the installation site by ensuring adequate space inside the chosen enclosure or splice tray. Perform connectorization on the 250 µm pigtails according to the required connector type and local standards, using appropriate fiber preparation, cleaving and termination tools. Route the pigtails carefully to avoid tight bends or stress on the fiber, secure them within the organizer, and mount the compact housing to a stable surface inside the distribution box. After installation, test optical loss and continuity for each output to verify correct splitting and acceptable attenuation.

Recommendations

Handle the thin 250 µm fibers with care: avoid sharp bends, excessive pulling force and kinking. Use compatible connector types and follow standard fiber safety and cleaning procedures when terminating and testing. Store the splitter in its blister pack until ready for installation to prevent fiber entanglement.