Product Number: FS2C00260

Outdoor Central Loose Tube OM2 2 Fibers

FX Outdoor Central Loose Tube OM2 2 Fibers OSP Corrugated Steel Tape Armor Non-Unitized Black

  • Availability:
    Global
  • Global inventory:
    Available

Specifications

Product Category

Central Loose Tube

Suitable Applications

Extended Distance Horizontal & Backbone Data/Telco Network, Noisy Environment, Outdoor & Wet Locations, Direct Burial, Rodent Proof

Fiber Type

OM2

Fiber Core Diameter

50/125 µm

Fiber Diameter

250 µm

Fiber Count

2

Fiber Color Coding

TIA-598-D

Number of Active Subunits

1

Number of Fillers

0

Fibers Per Subunit

2

Subunit Waterblocking

Gel Filled

Subunit Diameter

0.150 in (3.8 mm)

Subunit Color

Blue

Subunit Strength Members

Aramid Yarns

Core Wrap

Waterblocking tape

Cable Core Waterblocking

Gel Filled

Armor Type and Material

CST - Corrugated Steel Tape

Strength Member

Fiberglass Yarns

Jacket Material

PE - Polyethylene

Nom. Diameter

0.410 in (10.4 mm)

Color

Black

Number of Ripcords

1

Optical Characteristics

Wavelength 850 nm 953 nm 1300 nm
Max. Attenuation 3.0 dB/km 1.0 dB/km
1 Gigabit Ethernet Performance 600 m - 600 m
10 Gigabit Ethernet Performance 82 m - -
Min. Restricted Mode Launch  950 MHz.km - 500 MHz.km
Min. Overfilled Launch (OFL) Bandwidth 700 MHz.km - 500 MHz.km

Min. Bend Radius During Installation

20x Cable OD

Min. Bend Radius During Operation

10x Cable OD

Max. Tensile Strength During Installation

2670 N (600 lbf)

Max. Tensile Strength During Operation

800 N (180 lbf)

Crush Resistance

440 N/cm

Bulk Cable Weight

69 lbs/kft (103 kg/km)

Installation Temperature Range

-30C to +60C

Operating Temperature Range

-40C to +70C

Storage Temperature Range

-40C to +70C

Environmental Suitability

Outdoor, Burial

Sustainability

CA Prop 65

ICEA Compliance

S-87-640

TIA/EIA Compliance

ANSI/ICEA S-87-640

Update and Revision

Revision Number: 0.208 Revision Date: 04-01-2024

Update and Revision

Revision Number: 0.208 Revision Date: 04-01-2024

Resources

Resources