Indoor Low Smoke Zero Halogen (LSZH) Breakout Cables are perfectly suited for rugged applications and installations requiring increased performance. LSZH-rated I/O Breakout cables are available from 48-144 count with variable sub-cable dimensions to support specific termination and routing requirements. The offered cables are fully compliant with the relevant IEC specifications. Each individual fiber is coated with a tight buffer layer, which provides physical protection and simplifies handling and termination.
| Fiber Type | Single mode 9/125 G652.D |
| Number of cores | 48 to 144 |
| Type of tube | Tight |
| Number of Tubes | Multi |
| Category | OS2 |
| Strength Member | E-glass Yarns |
| Color of Fibers in Per Tube | Blue, Orange, Green, Brown, Gray, White, Red, Black, Yellow, Violet, Pink, Aqua, Blue with black tracer, Orange with black tracer, Green with black tracer, Brown with black tracer, Gray with black tracer, White with black tracer, Red with black tracer, Natural, Yellow with black tracer, Violet with black tracer, Rose with black tracer, Aqua with black tracer |
| Simplex Zip cord Diameter (mm) | 2.0 |
| Tight Buffer Colors | Colors and Colors with Black/White Tracer |
| Outer Jacket Colors | SM-Yellow |
| Strength Element | Swellable Glass Yarn |
| Outer sheath material | LSZH |
| Outer diameter approx. | 14.5 to 24.5mm |
| FFLS2MT** | Fiber OS2 Singlemode Indoor Tight Buffer Multi tube 48 to 144 core LSZH Bulk Cable, Yellow |
The fiber panels are designed to mount adapter plate assemblies and feature a special sliding design for easy access during installation or rework, minimizing disruption to previously terminated fiber cables. They offer multiple cable entry points, allowing for customized solutions based on customer requirements.
The wall mount fiber optic box is designed for direct termination or routing of fiber cables. The rear section accommodates cable entry and provides protection to prevent cable removal. The box features two separate compartments: one for fusion splice trays and another for routing optical connecting modules to the equipment.
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