• OPGW HX-Core 48F G652D Al-clad108 OD559
  • OPGW HX-Core 48F G652D Al-clad108 OD559
  • OPGW HX-Core 48F G652D Al-clad108 OD559
  • OPGW HX-Core 48F G652D Al-clad108 OD559

OPGW HX-Core 48F G652D Al-clad108 OD559

  • Fiber count up to 48, higher data transfer capacity
  • Aluminum tubes provide mechanical and thermal protection to optical fibers
  • Large load capacity and long transmission distance
Datasheet-OPGW HX-Core 48F G652D Al-clad108 OD559
  • OPGW HX-Core 48F G652D Al-clad108 OD559
  • OPGW HX-Core 48F G652D Al-clad108 OD559
Dimensions and properties

Structure

Position

Component Type

Component No.

Component diameter

Fiber

G652D

48

Center

20.3% aluminum coated steel wire

1

2.90 mm

1st outer layer

20.3% Al coated steel wire

4

2.80 mm

Stainless steel tube

2

2.70 mm

2nd outer layer

40% aluminum coated steel wire

12

2.85 mm

Technical Data

Complies with IEC, IEEE standards

Greased interior

The braiding direction of the outer layer is counterclockwise (S braiding)

Cable diameter

14.2

millimeters

0.559

in

Cable weight

599

kg/km

2,125

pounds/mile

Total support cross-sectional area

107.8

mm²

0.17

in²

Cross section area of Al clad steel wire

107.8

mm²

0.17

in²

Nominal Tensile Strength (RTS)

89.2

kN

20.053

pounds

Modulus of elasticity (E-modulus)

124.4

kN/mm²

18

kpsi

Thermal elongation coefficient

14.6 × 10 -6

/ °C

8.11 × 10 -6

/ of

Maximum work stress allowed (40% RTS)

331.1

N / mm²

48.022

psi

Daily stress (DST) (16%~25% RTS)

132.4 ~ 206.9

N / mm²

19.203~30.0 08

psi

DC resistance

0.483

Ω/km

0.78

Ω/mile

Short Time Current(1s, 40°C~200°C)

9

ka

Current short-term capacity

81

kA² S