SUPERIOR 44012NG01 12-BI OM3 OFNP TB
Product Overview
These superior Essex premises distribution optical fiber cables are constructed using a single unit, single jacket RoHS-compliant design with fiber counts from 6 through 24. The design consists of flexible 900 um tight buffered industry standard 250 um fibers (900/250/125 um) and is suitable for use with standard connectors, like the SC, ST, FC, small-form-factor connectors like the LC. Dielectric aramid yarns are applied for strength while maintaining flexibility. The 18 and 24-fiber cable design have a flexible glass reinforced central strength element for added durability and performance. A durable, flame resistant outer jacket is applied over the cable core using appropriate OFNR or OFNP rated materials.
- Attributes
- Documents
- Application
- Item Features
- Standards
BrandSUPERIOR ESSEX®
Attenuation3 dB
Conductor TypeMulti-Mode
Core Dimension900 um
Country of OriginUS
Fiber Count12
Jacket ColorAqua
Jacket MaterialPVC
Manufacturer NameSuperior Essex
Temperature Rating0 to 75 deg C
TypeOFNP 1-Unit Distribution
Wavelength850 nm
For intrabuilding Back-Bones, conduit pathways, service entrance to communication closets and behind the shelf connection
- Health product Declaration™ (HPD™)
- Contributes toward 1 LEED point under the material and resources credit (MRc)
- Contributes toward 1 LEED point under the MRc
- BrakeBox® payout control system
- Meets commercial, government and international requirements for length markings
- Adjustable tension control on reel prevents over spin and entangling of cable
- Flexible 900 um tight buffered fibers, dielectric aramid yarns and overall jacket
- 50/125 um laser optimized tight buffered cable
- 100 lb install, 30 long term maximum tensile loading
- 3.7 in install and 2.4 in long term bend radius
- Use key package
ANSI/ICEA S-83-596 Specified|ANSI/TIA-568-C.3 Specified|CSA C22.2 No. 232|cUL Listed|HPD|NFPA 262|RoHS Compliant|RoHS 2 Compliant|REACH Compliant|Telcordia® GR-409|Issue 1/Issue 2|USGBC® Member|UL 1651/1666/EPD