Product Description
SUPERIOR 120126G01 12-F, SGL ARM, SGL JACK, LOOSE TUBE PER FOOT AT-RU9H2YT-012 NEW Product Description
Loose tube cables are the product of choice as the backbone in outside plant applications. Loose tube armored cables are designed for improved mechanical
and rodent protection in direct bury applications. The loose tube design offers reliable transmission performance over a broad temperature range.
Physical Description
The rugged loose tube design features optical fibers placed inside PFM™ gel filled buffer tubes. The core is constructed by stranding the buffer tubes around
a central member using a reverse oscillated lay. The core is wrapped with flexible strength members covered with a water blocking tape, a corrugated steel
armor is applied and then encased with a black polyethylene jacket. Ripcords are included for ease of entry.
Features
Available with up to 288 fibers
Singlemode, Multimode, Enhanced Water Peak,
NZDS and hybrid
Central strength members available in metallic or dielectric
Dry (SAP) core standard
Standard tube for all fiber counts
Improved operating temperature range
Corrugated steel armor
PFM™ gel inside each tube
Benefits
High fiber density
Multiple network applications
Metallic option offers ease of location, dielectric
design eliminates grounding issues
Reduces cable prep and installation time
Reduces the number of tools required.
Allows use in colder environments.
Improved compressive strength and rodent protection
Non-sticky gel allows for easier and faster cleanup
Standards Compliance:
Products are qualified by Telcordia to Bellcore GR-20-CORE; listed by RUS to RUS 7 CFR 1755.900 (PE 90): RUS Designation - MLT; Certified to ICEA S-87-640-1999;
Facilities are registered to ISO 9001 & TL 9000
Applications
Direct Bury, Underground Duct, Lashed Aerial
Trunk, Distribution and Feeder Cables
Local Loop, Metro and Long-Haul
Broadband Network
Environmental Specifications
Operation/Storage -50°C to +70°C
Installation -30°C to +75°C
For complete optical fiber specifications, see page 199.
OSP FIBER