• OPGW CT-Core 24F G652D Al-clad54 OD402
  • OPGW CT-Core 24F G652D Al-clad54 OD402
  • OPGW CT-Core 24F G652D Al-clad54 OD402
  • OPGW CT-Core 24F G652D Al-clad54 OD402

OPGW CT-Core 24F G652D Al-clad54 OD402

  • Perfect cable structure
  • Small diameter and low weight reduce the impact of adaptation
  • Aluminum tubes provide mechanical and thermal protection to optical fibers
  • Large load capacity and long transmission distance
Datasheet-OPGW CT-Core 24F G652D Al-clad54 OD402
  • OPGW CT-Core 24F G652D Al-clad54 OD402
  • OPGW CT-Core 24F G652D Al-clad54 OD402
Dimensions and properties


Structure

Position

Component Type

Component No.

Component diameter

Fiber

G652D

24

Center

Stainless steel tube

1

3.40 mm

1st outer layer

20.3% aluminum coated steel wire

6

3.40 mm

Technical Data

Complies with IEC, IEEE standards

The braiding direction of the outer layer is right (Z braiding)

Cable diameter

10.2

millimeters

0.402

in

Cable weight

389

kg/km

1, 380

pounds/mile

Total support cross-sectional area

54.48

mm²

0.08

in²

Cross section area of
Al clad steel wire rope

54.48

mm²

0.08

in²

Nominal Tensile Strength (RTS)

66.4

kN

1 4.927

pounds

Modulus of elasticity (E-modulus)

162

kN/mm²

2 3.496

kpsi

Thermal elongation coefficient

13.0 × 10 -6

/ °C

7.22 ×10 -6

/ of

Maximum work stress allowed (42% RTS)

511.7

N / mm²

7 4.216

psi

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

194.9 ~ 304.6

N / mm²

2 8.268~44.1 79

psi

DC resistance

1,578

Ω/km

2 .54

Ω/mile

Short Current Time (0.25 s, Initial= 20ºC)

9.7

ka

Current short-term capacity

23.6

kA² S