Product description
Not A kind of optical fiber in the bending, performance meet or exceed the ITU - TG. 657 proposed A kind of optical fiber. Has the characteristics of low water peak fiber, optical fiber Simultaneously conforms to the ITU - TG. 652 d proposed requirements and IEC60793-2-50 b1. Fiber type 3 standard. Optical fiber has good macro bending resistance, is a kind of low water peak fiber bending is not sensitive.
Product features
Class don't
project
Single bit
Technical specification
Transmission performance
Size parameters
Mechanical properties
Environmental performance
1310nm attenuation
dB/km
≤0.35
1550nm attenuation
dB/km
≤0.21
1383nm attenuation
dB/km
≤0.32
1625m attenuation
dB/km
≤0.24
Attenuation discontinuity
dB
≤0.1
Wavelength attenuation characteristics
dB/km
≤0.03
The zero dispersion wavelength range
nm
1300~1324
Zero dispersion slope
ps/(nm2.km)
≤0.092
1288-1339nm dispersion coefficient
ps/(nm.km)
≤3.5
1271-1360nm dispersion coefficient
ps/(nm.km)
≤5.3
1550nm dispersion coefficient
ps/(nm.km)
≤18
Polarization mode dispersion（PMD）
ps/√km
≤0.1
Cutoff wavelength（λcc）
nm
≤1260
Macro bending loss（1550nm）
dB
30mm radius around 100 times，≤0.1
Macro bending loss（1625nm）
dB
30mm radius around 100 times，≤0.1
1310nm mode field diameter
μm
9.2±0.5
The cladding diameter
μm
125±0.7
The core/cladding concentricity error
μm
≤0.5
The package layer out of roundness
%
≤1
Coating layer diameter (not color)
μm
243±7
Packages/coating layer concentricity error
μm
≤8
Screening of strain
%
≥1.0
Tensile strength
10 m length minimum strength of Weibull probability: 2.76 GPa (15%).
Nd optical fiber dynamic fatigue parameters
≥20
Optical fiber warp radius
m
≥4
Optical fiber coating stripping force
Average
N
1~5
Peak
1~8.9
Temperature characteristic (60 ~ + 85 ℃)
In the 1310 nm and 1550nm wavelength allow additional damping 0.05 dB/km or less
Flooding performance (23 + 2 ℃, 30 days)
Hot and humid performance (85 + 2 ℃, 85% relative humidity, 30 days)
Thermal aging properties (85 + 2 ℃, 30 days)
