Fibre Optic Cable Management

Optical Fibre Bend Limiting Tubing offers the ultimate protection to fibres eliminating problems such as crushing, kinking and micro bending whilst supplying an entire self-managing solution to managing the routing of fibre

Fibre Bend Limiting Tubing Clips are snap fitting for easy installation and allow the running of Fibre Bend Limiting Tubing along a panel, enclosure or racking unit. They are hinge fitted which also aids the ease of installation and removal

Fibre Bend Limiting Tubing can be mounted using saddles such as the Snap in Clips. These are simple to install and come in two different types

Fibre Bend Limiting Tubing can be mounted using Tube and Pip Clips such as the Standoff Clips. These are simple to install and come in two different material types

Optical Fibre Coiling Clips include two extruded clips which snap into each other to form a clip with a smooth, curved surface to accommodate fibre optic bundles

3 Slot Fibre Clips are designed to hold three 3mm diameter fibres or other components such as couplers, splice protectors or WDM's

16 Slot Fibre Clips are designed to hold six 3.4mm, 3.9mm or 2.9mm diameter fibres. They can form a part of the larger EFA04 18 fibre clip which can be broken down to form individual clips which provides plenty of versatility

16 Way Fibre Clip can be broken apart to form 3 individual clips holding 4, 4 and 8 components. A broken apart 4-way can be used in the Splice Tray EFA04 25 001

2 Slot Fibre Clips are designed for use in the Array Tray EFA04-25-001. They can be screw mounted or mounted with self adhesive pads. They act as an Isolator Clip

Holds up to four 2mm cables. Each slot can hold 2 cables. Small footprint.

The Fibre Management range supports Optical Fibre Brackets which are snap-in for an ease of installation. Both 3 and 5 slot mounting brackets are available

Optical Fibre Expandable Brackets are 3 slot but can hold up to 6 cables of 3mm diameter. They have an adhesive mount for easier installation

4 Slot Fibre Clips are designed to hold four 3.9mm diameter fibres. They can form a part of the larger EFA04 18 fibre clip which can be broken down to form individual clips which provides plenty of versatility

Optical Fibre Holders on a Base will hold 4 cables of 3mm diameter and are supplied on a double sided adhesive mount for easy installation and removal

The Fibre Management range supports Optical Fibre Brackets which are plug-in for an ease of installation. They are 4 slot but will hold 8 cable of 3mm diameter and have an anti-rotation pin which prevents fibre kinking due to the bracket turning in the mounting hole

6 Slot Fibre Clips are designed to hold six 3.4mm or 2.9mm diameter fibres. They can form a part of the larger EFA04 18 fibre clip which can be broken down to form individual clips which provides plenty of versatility

Fibre Cut-out Adapters convert a hole cut-out for an SC connector into a hole cut-out for an ST connector. The Optical Fibre Duplexer enables cable with aramid strands to be broken out and mechanically terminated.

The Fibre Management range supports many low profile fibre reels for spooling excess fibre onto a PCB board. Some reels can be broken apart to form a controlled bend around a 90 or 180 degree turn. The Fibre Reels are board mountable using standoff EFA04 27 ASS and stackable using Stacking Pillar EFA04 53 ASS

The Fibre Management range supports many low profile fibre reels for spooling excess fibre onto a PCB board. Some reels can be broken apart to form a controlled bend around a 90 or 180 degree turn. Optical Fibre Support Bases are available designed for use in fibre optic patch panel applications

Connecting Chain Plates connect together to form a chain for routing fibres. Once the circle is complete, excess fibre spools to form a ‘Y’ for breakout points. These plates have a mounting hole that coordinates with wire routing devices.

Splice Holders are designed to hold up to 6 x 3mm Fibre or components such as couplers, splice protectors and WDM's. The OFSH-T Splice Holders can be used with OFST series splice trays