RocketRibbon Indoor/Outdoor Riser-LSZH 1728F SMF-28 Ultra 250 µm Fiber Singlemode Cca, s1, d1, a1 H28ZQZ-14001R20

Product Information

Specification

About:

Corning high-density gel-free cables offer the ultimate combination of fiber density and ease-of-use in an indoor/ outdoor rated cable with its innovative Indoor/Outdoor Rocket Ribbon Riser Low Smoke Zero Halogen Cables. The cable’s efficient design helps maximize the use of critical duct space and enables easy routing into hardware by leveraging routable subunits which eliminate the need for additional furcation. A specially formulated flame retardant jacket allows this cable to be used in indoor general purpose horizontal and riser applications. The 6912-fiber cable consists of 16 routable subunits each containing 432 fibers leveraging 200 µm OD fibers. The 864, 1728, 2880, and 3456 cables are constructed with various combinations of 288f routable subunits leveraging 250 µm OD fibers. Each individual ribbon features a unique printed ID for fast, easy identification and efficient fiber splicing management.

Specifications:

Cable Type: Ribbon
Environment: Indoor/Outdoor
Product Type: Dielectric
Fiber Category: SMF-28 Ultra fiber
Flame Rating: Riser (OFNR-LS)
Cable geometry: Round
Fiber Count: 1728
Fiber Coloring: Blue, Orange, Green, Brown, Slate, White, Red, Black, Yellow, Violet, Rose, Aqua
Outer Jacket Color: Black
Outer Jacket Material: Flame-retardant
Number of Subunits: 6
Fibers per Ribbon: 288 
Fiber Code: Z
Fiber Name: SMF-28 Ultra fiber
Fiber Type: Single-mode
Fiber Category: G.652.D/G.657.A1 
Cable Weight: 636 kg/km (427.37 lb/1000 ft)
Part Number: H28ZQZ-14001R20

Features:

• Flexible, routable subunit eliminates the need for furcation when routing directly into hardware and enabling individual access to each ribbon for efficient management in splice trays

• No messy filling or flooding compounds mean elimination of time, labor and risk associated with cleaning ribbons, enabling cleaner work areas, simplified splice preparation and less installer error