Special Offer Fiber Optic Outdoor Patch Cable, 4 Fiber Mmf(om3), 4 Core Aarc(socket) To 4 Core Aarc(socket) With Armored 7.0mm Lszh Jacket, 5m Save Big: 65% Off [jUv3Xd9O]

Fiber Optic Outdoor Patch Cable: 4 Core OM3 LSZH

Introducing the L-com FOCB026047105M series, a premium Fiber Optic Outdoor patch cable designed for the most demanding environments. This robust and versatile 4-core OM3 patch cable features a 7.0mm LSZH jacket for maximum durability and flame resistance. The armored double-ended design ensures reliable connectivity in outdoor settings. With its IP 67 rating, the cable is completely protected against dust and water, making it an ideal choice for FTTX and outside plant applications. Its compatibility with ODC®-4 further enhances its versatility.

Product Specifications and Features

The L-com FOCB026047105M series boasts a range of features that set it apart from standard outdoor patch cables. Key features include multi-purpose outdoor rating, IP 67 weatherproofing, and all-weather and UV resistance. This ensures that the cable remains functional in any climate condition. The cable is easy to install with no installation tools required, saving time and labor costs. Its robust construction with armored protection offers enhanced durability and reduces the risk of cable damage, making it a cost-effective long-term solution.

Applications and Benefits

Perfectly suited for a variety of applications, the L-com FOCB026047105M series is ideal for FTTX installations, broadcasting, cell tower connectivity, security systems, control automation, and industrial environments. The cable's versatility makes it a popular choice among professionals who require a reliable outdoor solution. By choosing this patch cable, you gain peace of mind knowing that your network infrastructure is protected against harsh weather conditions and environmental factors. With its wide range of uses and unmatched performance, the L-com FOCB026047105M series is the go-to solution for those who demand the best in outdoor fiber optic connectivity.