AFL Telecommunications develops fiber drop storage system

July 30, 2009
July 30, 2009--AFL Telecommunications' Drop Cable Storage Unit (DCSU) is designed to store and organize the slack from a fiber drop left at a Fiber Distribution Terminal (FDT). The DCSU can also be used for the organization or storage of any unused multi-fiber drop in the placing of a multi-port terminal from VATS splicers.

July 30, 2009--AFL Telecommunications' Drop Cable Storage Unit (DCSU) is designed to store and organize the slack from a fiber drop left at a Fiber Distribution Terminal (FDT). The DCSU can also be used for the organization or storage of any unused multi-fiber drop in the placing of a multi-port terminal from VATS splicers.

Manufactured with weather-resistant aluminum, the DCSU contains a keyed bracket mount that prevents twisting and can manage up to 12 fiber drops when laid flat into the raceway, with minimal slack required at the terminal. With spring-type lockable fingers to hold fiber drops and cable, no tie-wraps are required.

The DCSU is supplied with strand-mount hardware that meets Telcordia specifications. Optional hardware to mount to poles or in below-grade hand holes is available. Galvanized strand clamping devices accommodate 1/4" to 7/16" strand and meet ASTM specifications A153 and B695.


On the Web: www.AFLtele.com

Sponsored Recommendations

imVision® - Industry's Leading Automated Infrastructure Management (AIM) Solution

May 29, 2024
It's hard to manage what you can't see. Read more about how you can get visiability into your connected environment.

Global support of Copper networks

May 29, 2024
CommScope designs, manufactures, installs and supports networks around the world. Take a look at CommScope’s copper operations, the products we support, our manufacturing locations...

Adapt to higher fiber counts

May 29, 2024
Learn more on how new innovations help Data Centers adapt to higher fiber counts.

Going the Distance with Copper

May 29, 2024
CommScopes newest SYSTIMAX 2.0 copper solution is ready to run the distanceand then some.