|
0.9mm tight buffered optical fiber is differentiated
from traditional tight buffered fiber
tight buffered
fiber can be used in either normal,high-temperature,or
harsh environments as pigtail material
inside equipment for connecting transmitter or receiver
depending on different buffering materials.
900 micron tight
buffered fiber does not require any flame-or
smoke-retardant listings when deployed inside
wiring centers,patch panels,or electronic devices.
|
Buffering
Material
|
FR-PVC
|
Hytrel
|
Nylon
|
Kynar
|
|
Thermal Propents
|
Continuous
Use
Temperature,
℃
|
80
|
90
|
125
|
| |
Low
Temperatuer
Limit,
℃
|
-40
|
-40
|
-40
|
|
Features/Advantages
|
Low Combustibility, toughness,
weatherability,
and dimension control.
|
Flexibility
at
low
Temperature
and good
retention
of properties
at elevated temperatures.
|
A unique
combination
of mechanical, chemical,
temperatuer,
and friction-
resisting
properties.
|
|
Optical
Transimission Performance
|
|
Fiber Type
|
Max. Attenuation, dB/km
|
|
Single-Mode (1310/1550nm)
|
1.0/0.75
|
1.0/0.75
|
1.0/0.75
|
|
50/125μm
(850/1300nm)
|
3.5/1.5
|
5.0/4.0
|
3.5/1.5
|
|
62.5/125μm
(850/1300nm)
|
3.5/1.5
|
3.75/2.0
|
3.5/1.5
|
|
Fiber Type
|
Minimum Bandwidth, MHz .km
|
|
Single-Mode
|
Not Applicable
|
|
50/125μm
|
500/500
|
|
62.5/125μm
|
200/600
|
|
Medhanical
Properties
|
|
09mm Buffered Fiber
|
Nominal Outer Diameter,
mm
|
Nominal Weight,
kg/km
|
Maximum
Tensile Load
|
Minimum
Bend Radius
|
| |
|
|
Loaded,N
|
Unloaded,N
|
Load,com
|
Unload cm
|
| |
0.9
|
0.9
|
6.0
|
3.0
|
5.0
|
3.0
|
|
