Superior Essex Cable 216 Fiber Count Ribbon Locate Series RM Cable RM216X1SY

Superior Essex Cable 216 Fiber Count Ribbon Locate Series RM Cable RM216X1SY

Product Details

Ribbon Locate cables are designed to offer low resistivity (less than 10 Ohms per mile) and are for use in long distance remote location systems. These cables make use of a highly flexible tube that contains up to 18 ribbons, each containing 12 optical fibers. PFM™ gel is used in the tube to reduce the time needed to access the fibers. The core is wrapped with a water-swellable yarns to block water flow. A copper metallic locatable tape is applied and then encased in a black UV resistant outer jacket of HDPE. Ripcords are included under the tape for ease of access to the core tube.

Features:
• Available with up to 216-fiber
• Multiple fiber types available
• Metallic outer strength members
• Highly flexible tube
• Less than 10 Ohms/mile resistivity
• Ribbon fiber
• Meets or exceeds Telcordia® specifications
• PFM gel

Benefits:
• High fiber density
• Multiple network applications
• Metallic design offers easy location
• Easy handling and easy tube access
• Remote locate system
• Saves labor cost by offering mass fusion splicing
• Industry approved
• Non-sticky gel allows for easier and faster clean upp

Specifications:
Fiber Count: Available in 60-fiber up to 216-fiber

Standards Compliance:
• Telcordia® GR-20-CORE
• ICEA S-87-640-2011
• RoHS-compliant

Environmental Specifications:
Operation/Storage: -40°C to +70°C

Installation: -30°C to +70°C

Applications:
• Direct bury
• Broadband network
• Local loop
• Trunk, distribution and feeder cables

technical specification:
fiber count 216
nominal diameter in (mm) 0.66 (17.0)
nominal weight lbs/kft (kg/km) 195 (290)
maximum tensile loading (install lbs (n)) 600 (2,700)
maximum tensile loading (long term lbs (n)) 200 (890)
minimum bend radius (install in (mm)) 13.6 (345)
minimum bend radius (long term in (mm)) 6.8 (173)
superior essex cable part number¹ RM216X1SY

QUESTIONS & ANSWERS

Have a Question?

Be the first to ask a question about this.

Ask a Question