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(44 product groups)
Holds twelve 2.7mm splices or four 4.2mm splices. Fastens with either an adhesive pad or #4 screw.
Provides added protection and strain relief for 900 micron fiber while routing throu a hole.
Connector Adapter Dust Caps provide environmental protection for SMA, ST, and FC connector adapters. The flexible PVC material is durable and provides a snug fit.
Connector Dust Caps and Plugs with Chains are threaded onto connector adapters when unmated to provide mechanical and environmental protection. The stainless steel material is suitable for harsh conditions.
Connector port dust caps provide environmental protection to various connectors. Molded-on lanyard is attached to the connector to prevent loss of cover.
FC Connector Port Dust Caps are threaded onto FC connector adapters to provide protection from outside elements. The cost-effective HDPE material is durable and available in a variety of colors.
Optical Fiber Coiling Clips include two extruded clips which snap into each other to form a clip with a smooth, curved surface to accommodate fiber optic bundles.
Used in conjunction with OFFG flexible fiber guide to raise and mount guide.
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
This pillar allows for stacking multiple EFA04 fiber reels. Once the desired number of reels are stacked, they are restrained with a spring clip that is included. Pillar is mounted with an included rivet from the bottom of the board.
Fibre Reel Standoff is designed to keep the cable reel clean, dry, and free from debris to ensure the integrity and safety of the cable during installation. It also helps to prevent tangling or twisting of the cable while it is being pulled or uncoiled, which can cause damage or break the cable.
The reel snaps onto the top of the standoff holding it in place. Used in applications for manufacturing, and medical.
Optical Fiber Bend Limiting Tubing offers the ultimate protection to fibers eliminating problems such as crushing, kinking and micro bending while supplying an entire self-managing solution to managing the routing of fiber.
Optical Fiber Bend Limiting Tubing Clips are snap-fitting for easy installation and allow the running of Optical Fiber Bend Limiting Tubing along a panel, enclosure or racking unit. They are hinge fitted which also aids the ease of installation and removal.
Fiber 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.
Optial Fiber tubing standoff clips are excellent for above board routing requiremtns. Designed with a snap in cupped base to provide easy installation and stability for the tube being supported above.
These Fibre Brackets help minimize interference and prevent damage or stress on the fibre entering the clip. They securely hold the fiber optic cable in place, preventing fibre from coming loose or shifting during use.
Mounts and unmounts easily and quickly in a standard 19 inch rack with a quarter turn. Used for panels and components, including electronics, machinery, and enclosures.
Fibre Clips are used in fibre optic installations to secure and organise fibre optic cables, avoiding unwanted movements and protecting them from damage and stress. It is designed to hold 16 cables in place in 3 different clips of 4, 6 and 6 components, which can be separated. The smallest clip is for 3.9 mm fibre; the others are 3.4 mm and 2.9 mm.
They are easy to install and remove by clip-on or adhesive mounting. Used for telecommunication cabinets, data centres, manufacturing, and industrial applications.
Fibre Clips are used in fibre optic installations to secure and organise fibre optic cables, avoiding unwanted movements and protecting them from damage and stress. It is designed to hold 16 cables in place in 3 different clips of 4, 4 and 8 components, which can be separated. A number of fibre clip slots take 3 mm clips, while others take 2 mm clips.
They are easy to install and remove by clip-on or adhesive mounting. Used for telecommunication cabinets, data centres, manufacturing, and industrial applications.
Fibre Clips are used in fibre optic installations to secure and organise fibre optic cables, avoiding unwanted movements and protecting them from damage and stress. It is designed with two slots to hold cables of different diameters including 4.5mm, 5.5mm and 6mm.
They are easy to install and remove by clip-on, screw or adhesive mounting. Used for telecommunication cabinets, data centres, manufacturing, and industrial applications.
Fibre Clips are used in fibre optic installations to secure and organise fibre optic cables, avoiding unwanted movements and protecting them from damage and stress. It holds up to four 2mm cables, with each slot able to hold two cables.
It has side brackets that connect to each other for additional cables. They are easy to install and remove by adhesive mounting. Used for telecommunication cabinets, data centres, manufacturing, and industrial applications.
These Fibre Clips are used to organise and protect fibre optic cables. Their flexible wings may accommodate up to 24 splices or components, with each slot holding up to two.
Without an adhesive back, installing and removing using a #4 or M3 screw is simple. The clips create a secure and organised setting that reduces the possibility of cable damage, tangles, and signal loss. Commonly used in telecommunications, data centres, security systems, and manufacturing applications.
These Fibre Clips are used to secure and control fibre optic wires. They are available in two different options. One has three slots that can store up to six separate 2mm fibres, and another has five slots that can hold up to nine individual fibres. In addition, it features an anti-rotation pin that prevents fibre kinking due to the bracket turning in the mounting hole.
The snap-in functionality of these clips simplifies installation, allowing for quick and easy wire management. They are meant to securely hold the cables, reducing stress and strain on the fragile fibres. This decreases the possibility of cable bends, kinks, or breakage, protecting the integrity and performance of your wires over time. Used in various applications, including data centres, industrial settings, and telecom facilities.
These 3 Slot Fibre Clips are designed for organising and securing fibre optic cables, splice protectors, and WDMs. This type of fibre clip can hold three 3mm diameter fibres, ensuring an attractive and secure fit for optimal cable management.
It has adhesive pads for easy installation and helps keep the cabling in place, preventing unwanted movement, tangles, or cable damage. Used in various applications, including telecommunications, security systems, manufacturing or data centres.
These Fibre Clips are used to secure and control fibre optic wires. It contains three slots that can store a total of six 3mm fibres. In addition, it features a side brackets that allow several clips to be connected.
The adhesive backing enables simple installation on various surfaces, avoiding the need for additional tools or complicated mounting methods. They are designed to securely hold the cables, reducing stress and strain on the fragile fibres. This reduces the likelihood of cable bends, kinks, or breakage, preserving the integrity and performance of your wires over time. Used in various applications, including data centres, industrial settings, and telecom facilities.
These Fibre Clips are used to secure and control fibre optic wires. It has four slots that can hold four 3.9mm fibres. Furthermore, they can be part of the bigger EFA04 18 fibre clip, which can be disassembled to make independent clips, giving them a lot of adaptability.
They are intended to securely hold the cables, reducing stress and strain on the fragile fibres. This decreases the likelihood of cable bends, kinks, or breaks, protecting the integrity and performance of your wires over time. Used in various applications, including data centres, industrial settings, and telecommunications infrastructure.
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