Outdoor Aerial Singlemode Pre-Terminated Fiber Optic Assembly with Messenger

Our Outdoor Aerial Singlemode Pre-Terminated Fiber Optic Assemblies with Messenger are designed for aerial outdoor (OSP) installations along utility poles or other structures. These pre-terminated assemblies come with a figure-8 messenger configuration that integrates both the messenger wire and fiber optic cable into one unified assembly. This innovative design eliminates the need for additional lashing wire, reducing both the installation complexity and overall cost. The polyethylene (PE) jacket provides robust protection, ensuring the cable can withstand harsh outdoor conditions such as exposure to UV rays, extreme temperatures, and moisture.

These assemblies are particularly useful in applications that require fast, reliable installations in aerial environments, where traditional methods involving separate messenger wires would be time-consuming and costly.

 

QT-FOA-AWM-SM-2 Made in the USA TAA compliant


QT-FOA-AWM-SM-4 Made in the USA TAA compliant


QT-FOA-AWM-SM-6 Made in the USA TAA compliant


QT-FOA-AWM-SM-12 Made in the USA TAA compliant


QT-FOA-AWM-SM-24 Made in the USA TAA compliant


Built for Your Application

These Outdoor Aerial Pre-Terminated Fiber Optic Assemblies with Messenger are ideal for telecommunication companies, network providers, and any organization requiring high-performance, durable fiber optic connections in outdoor environments. Their flexible installation capabilities and reduced labor requirements make them a go-to solution for fiber backbone networks and inter-building connections. The singlemode fiber ensures high-bandwidth transmission over long distances, perfect for ISP or enterprise network expansions.

Key Features & Benefits:

  • Figure-8 messenger configuration combines messenger wire and fiber optic cable into one assembly for easier installation and cost savings.

  • Polyethylene (PE) jacket ensures long-lasting protection from the elements, including UV, moisture, and temperature extremes.

  • Pre-terminated design eliminates the need for field termination, reducing installation time and minimizing errors.

  • Singlemode fiber offers long-distance, high-bandwidth transmission, ideal for telecommunications and backbone networks.

  • Durable construction suitable for outdoor aerial installations without the need for lashing wire.

  • Weather-resistant and UV-resistant materials for reliable outdoor performance.

Available Configurations for these products

Our Outdoor Aerial Pre-Terminated Fiber Optic Assemblies are available in various strand counts and lengths to meet your specific requirements:

  • Strand counts: Available in 2, 4, 6, 12, and 24 strands.

  • Length options: Standard lengths range from 10 feet to 5000 feet, providing flexibility for different installation needs.

  • Connector options: Choose from a variety of connector types for both the lead and back end, ensuring compatibility with your network's infrastructure.

  • Pulling eye option: Available for easier aerial installation when additional assistance is required to route the cable along utility poles or other structures.

If you require a customized assembly, we can tailor the strand count, length, and connector types to your specifications. For standard assemblies, we offer quick shipping and fast lead times (3-5 business days), but customization is not available for these specific stock options.

Common Uses for Outdoor Aerial Singlemode Pre-Terminated Fiber Optic Assemblies with Messenger

These assemblies are commonly used in aerial outdoor (OSP) installations, including but not limited to:

  • Utility pole installations for fiber backbones and network expansions.

  • Inter-building connections where fiber optic cables are required for long-distance transmission.

  • Telecommunications networks where high-performance singlemode fiber is needed to carry large volumes of data over long distances.

  • ISP and enterprise deployments in remote or difficult-to-reach locations, where traditional cable-lashing methods are not feasible.

 

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