Elite Electronics Bulk Fiber Optic Selections
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Elite Electronics Bulk Fiber Optic Cable |
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Singlemode Bulk Fiber Optic Cable |
Multimode Bulk Fiber Optic Cable |
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Reel Configuration: Elite Electronics' standard bulk fiber optic
cable packaging configuration is 1-Kilometer (3,281-Feet) of cable per
reel. Smaller put-ups are available; Elite Electronics reserves
the right to charge a nominal handling and packaging fee for
non-standard packaging configurations. |
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Typical Fiber Optic Premises Cable Configurations |
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Zipcord |
Zipcord |
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Singlemode Simplex |
Multimode Simplex |
Singlemode Duplex |
Multimode Duplex |
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♦ |
ANSI/TIA/EIA-568B.3: Optical
Fiber Cabling Components Standard |
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Telcordia
GR-409: Generic Requirements for
Premises Fiber Optic Cable |
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ITU-T
G.651: Characteristics of a
50/125 µm Multimode Graded Index Optical Fiber Cable |
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ITU-T
G.652: Characteristics of a Singlemode Optical Fiber Cable |
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IPC-8497-1: Cleaning
Methods & Contamination Assessment for Optical Assembly |
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ANSI/TIA/EIA-568B.3
Minimum Requirements for Fiber Optic
Cable |
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Wavelength |
Maximum Attenuation |
Bandwidth - OFL |
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Fiber Optic Cable Type |
Nanometers (nm) |
(dB/km) |
(MHz - km) |
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Multimode —
50/125 |
850 |
3.5 |
500 |
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1300 |
1.5 |
500 |
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Multimode —
62.5/125 |
850 |
3.5 |
160 |
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1300 |
1.5 |
500 |
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Singlemode (Premises) |
1310 |
1.0 |
N/A |
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1550 |
1.0 |
N/A |
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Singlemode (Outside Plant) |
1310 |
0.5 |
N/A |
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1550 |
0.5 |
N/A |
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Features: |
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RoHS Compliant all-dielectric cable
construction requires no grounding or bonding |
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Easily strippable jacket & fiber buffer |
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Various fiber optic cable configurations
available: |
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Singlemode: 9/125 µm |
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Multimode: 50/125
µm |
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Small physical form-factors for improved bend
radius capabilities and easy installation in space-sensitive
areas |
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Completely dry design |
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Operating Temperature Range:
-20º C ~ +70º
C |
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Storage Temperature Range:
-40º C ~ +70º
C |
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Typical Applications: |
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Interbuilding 'backbone' installations |
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Intrabuilding 'backbone' installations |
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Custom Configured Patch Cords |
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ISP Server Installations |
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Stock Bulk Fiber Optic Premises Cable |
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Elite Number |
Corning Number |
Cable Description |
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EL-01112231-001 |
001E31-31131-24 |
Singlemode Simplex: |
2.8 mm Riser Rated |
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EL-01132231-001 |
001E31-31431-24 |
Singlemode Simplex: |
1.6 mm Riser Rated |
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EL-01112231-002 |
002E51-31131-24 |
Singlemode Duplex: |
2.8 mm Riser Rated
Zipcord |
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EL-01132231-002 |
002E51-31431-24 |
Singlemode Duplex: |
1.6 mm Riser Rated
Zipcord |
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EL-02112232-002 |
002C51-31131-24 |
50.0
mm Multimode Duplex: |
2.8 mm Riser Rated
Zipcord |
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EL-02132232-002 |
002C51-31431-24 |
50.0
mm Multimode Duplex: |
1.6 mm Riser Rated
Zipcord |
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EL-05112232-002 |
002K51-31141-24 |
62.5
mm Multimode Duplex: |
2.8 mm Riser Rated
Zipcord |
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EL-05132232-002 |
002K51-31441-24 |
62.5
mm Multimode Duplex: |
1.6 mm Riser Rated
Zipcord |
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Bulk Fiber Optic Cable Part Number |
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EL PP QQ RR SS
TT
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Part
Number Legend |
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EL |
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Elite Electronics |
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PP |
= |
Optical Performance |
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QQ |
= |
Physical Size |
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RR |
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Flame Retardant Rating |
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SS |
= |
Jacket Color |
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TTT |
= |
Fiber Count |
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PP ~ Optical Performance |
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Characteristic |
Classification |
Wavelength |
Max. Attenuation |
Bandwidth - OFL |
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Nanometers (nm) |
dB / KM |
MHz - KM |
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- 01 |
9/125 µm |
Singlemode |
1310/1383/1550 |
1.00/1.00/0.75 |
N/A |
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- 02 |
50/125
µm |
Multimode |
850/1350 |
3.50/1.50 |
500/500 |
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- 03 |
50/125
µm |
Multimode |
850/1350 |
3.50/1.50 |
1500/500 |
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- 04 |
50/125
µm |
Multimode |
850/1350 |
3.50/1.50 |
1500/500 |
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- 05 |
62.5/125
µm |
Multimode |
850/1350 |
3.75/1.50 |
160/500 |
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- 06 |
100/140
µm |
Multimode |
— |
— |
— |
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QQ ~ Physical Size |
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OD / Height |
Width |
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- 11 |
2.8 mm (0.110") |
5.6 mm (0.220") |
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- 12 |
2.0 mm (0.080") |
4.0 mm (0.160") |
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- 13 |
1.6 mm (0.063") |
3.2 mm (0.126") |
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- 14 |
900
µm (0.035") |
1.8 mm (0.071") |
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RR
~ Jacket Flame Retardant Rating |
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Classification |
Rating |
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- 21 |
OFN |
Not Rated |
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- 22 |
OFNR |
Riser
Rated |
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- 23 |
OFNP |
Plenum Rated |
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SS ~
Jacket Color |
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Jacket Color |
Performance |
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- 31 |
Yellow |
Singlemode |
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- 32 |
Orange |
Multimode |
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TTT ~ Fiber Count |
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Fiber Count |
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-001 |
1 |
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-002 |
2 |
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-004 |
4 |
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-006 |
6 |
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-008 |
8 |
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-012 |
12 |
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-024 |
24 |
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Typical Fiber Optic Cable Construction |
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Cable
Component |
Description |
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PVC
Jacket |
Provides environmental protection and
performance identification |
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Kevlar Shield |
Provides strength for cable pulling
operations and protects the polymer coated glass fiber. |
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Cladding Layer |
The 'cladding layer' is a low refractive
index material (typically glass) surrounding the 'glass core' of
the fiber optic cable that enhances internal propagation of
light within the fiber's core (i.e., the 'cladding layer' steers
light to the fiber's core). |
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Glass
Fiber Core |
The high-purity 'glass fiber core' is the
actual 'light pipe' that carries the optical data transmissions. |
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Typical Fiber Optic Premises Cable
Jacket Options |
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Jacket Option |
Description |
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Yellow Jacket Color |
Singlemode Cable. Singlemode Cable is typically used
as an intrabuilding or interbuilding 'backbone cable' for
distances up to 3-kilometers (km). Singlemode fiber
supports data rates up to 10-Gbps with bandwidths through
20-GHz. Singlemode fiber optic is used for applications
that require extremely high bandwidths (e.g., full-motion video,
long distance telephony, internet service providers, et cetera).
Singlemode fiber optic cable's normal operating wavelengths are
1310 nanometers (nm) and 1550 nm. |
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Orange Jacket Color |
Multimode Cable. Multimode Cable is typically used as
an intrabuilding or interbuilding 'backbone cable' for distances
under 2-kilometers (km) with data rates through 250 Mbps.
Multimode fiber optic cable's normal operating wavelengths are
850 nanometers (nm) and 1300 nm. Multimode Cable's bandwidth is
virtually unlimited when it is used in data, video or voice
applications of 100-meters (m) or less. 62.5/125
µm
Multimode Cable has a bandwidth of 100 - 200 MHz/km with
attenuation of 3.0 - 5.0 dB/km at a wavelength of 850 nm. At
1300 nanometers, 62.5/125 µm Multimode Cable's bandwidth is 200
- 800 MHz/km with an attenuation of 0.9 - 3.0 dB/km. |
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OFN Rated Jacket |
OFN
(Optical Fiber Nonconductive) General-Use Cable should not
be used in riser or plenum applications unless fireproof
conduits or cable ducts are used. OFN cables should be
used for terminating equipment from the wall plates in
office spaces or work stations. OFN Premises Cable's
construction is the same as other premises cables except for the
jacket material's environmental performance rating. |
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OFNP Rated Jacket |
OFNP
(Optical Fiber Nonconductive - Plenum) Cable is used in
heating and air conditioning plenum applications that must meet
or exceed the requirements of ANSI/UL 1666-1997 and NFPA
Standard 90A: Standard for the Installation of Air Conditioning
& Ventilating Systems. |
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OFNR Rated Jacket |
OFNR
(Optical Fiber Nonconductive - Riser) Cable is used in
'riser applications' that must meet or exceed the requirements
of ANSI/UL 1666-1997: Standard Test for Flame Propagation Height
of Electrical & Optical-Fiber Cable Installed Vertically in
Shafts and NFPA (National Fire Protection Association) NEC 2005
Art 770.51(B) FPN. |
Elite Electronics requires its fabricating sources to provide a written ISO Certificate of Compliance (C of C) inclusive of the product's ISO Manufacturing Date Code, RoHS - 2002/95/EC (Directive on the Restriction of the use of Certain Hazardous Substances in Electrical & Electronic Equipment) and WEEE - 2002/96/EC (Directive on Waste Electrical & Electronic Equipment) compliance with each production shipment.
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