InAir ADSS

InAir ADSS DJ All-Dielectric Self-Supporting (ADSS) Double Jacket (DJ)

The standard design for ruggedness and reliability. It is also the best solution for long spans. With a tracking-resistant jacket, it can be used in electric fields up to 25 kV.

1

Central strength member (dielectric fiberglass reinforced plastic)

2

Optical fiber

3

PBT loose tube filled with water-blocking gel

4

Water-swellable yarns

5

Inner jacket

6

Reinforcing member – aramid yarns

7

Jacket

8

Ripcord

All-dielectric design

Wide range of operating temperatures. Installation temperature down to -22°F

The most reliable among InAir cables. Double tensile strength

Aerial installation on distribution and transmission lines up to 138 kV and above with tracking-resistant jacket

For construction of communication lines between towns and cities with distance between towers reaching 1640 ft

Maximum rated cable load up to 22481 lb

InAir ADSS DJ (All-Dielectric Self-Supporting Double Jacket) is the most reliable among all-dielectric self-supporting double jacketed fiber optic cables. It is the best ADSS aerial solution for long spans as it can be installed in intercity communication lines with distances between towers reaching 1,640 ft. Its maximum rated design tension can reach 22,481 lb. With a track-resistant jacket, it can be used in electric fields up to 25 kV. It also has a wide range of operating temperatures from -76°F to +158°F and installation temperatures from -22°F to +158°F.

Check how this aerial fiber optic cable can be deployed in FTTH system.

Visit our Configurator ACES: Advanced Cable Engineering System, a unique software tool to help engineers select the optimal ADSS design along with the associated accessories. ACES ADSS also assists engineers and planners in preparing cost estimates, generating a complete bill of materials, determining reel lengths, and planning logistics. ACES SPOT makes calculation of space potential around overhead transmission lines with ADSS cables as well as choosing the optimal ADSS cable attachment point on the tower very easy. Finally, ACES CATS can be used for simple calculations of tension and sags.

Maximum rated cable load (MRCL), lb 899
Crush 126 lb/in (0.22 kN/cm)
Fiber count, up to 72 (6х12) 96 (8х12) 144 (12х12)
Cable diameter, in 0.488 0.567 0.705
Cable weight, lb/ft 0.076 0.1 0.154
Minimum bending radius, in 7.3 8.5 10.6
Maximum rated cable load (MRCL), lb 1349
Crush 126 lb/in (0.22 kN/cm)
Fiber count, up to 72 (6х12) 96 (8х12) 144 (12х12)
Cable diameter, in 0.488 0.567 0.705
Cable weight, lb/ft 0.077 0.101 0.155
Minimum bending radius, in 7.3 8.5 10.6
Maximum rated cable load (MRCL), lb 1798
Crush 126 lb/in (0.22 kN/cm)
Fiber count, up to 72 (6х12) 96 (8х12) 144 (12х12)
Cable diameter, in 0.492 0.571 0.705
Cable weight, lb/ft 0.079 0.102 0.156
Minimum bending radius, in 7.4 8.6 10.6
Maximum rated cable load (MRCL), lb 2248
Crush 126 lb/in (0.22 kN/cm)
Fiber count, up to 72 (6х12) 96 (8х12) 144 (12х12)
Cable diameter, in 0.496 0.575 0.709
Cable weight, lb/ft 0.081 0.104 0.158
Minimum bending radius, in 7.4 8.6 10.6
Maximum rated cable load (MRCL), lb 2698
Crush 126 lb/in (0.22 kN/cm)
Fiber count, up to 72 (6х12) 96 (8х12) 144 (12х12)
Cable diameter, in 0.5 0.575 0.713
Cable weight, lb/ft 0.083 0.106 0.16
Minimum bending radius, in 7.5 8.6 10.7
Maximum rated cable load (MRCL), lb 3372
Crush 126 lb/in (0.22 kN/cm)
Fiber count, up to 72 (6х12) 96 (8х12) 144 (12х12)
Cable diameter, in 0.508 0.583 0.717
Cable weight, lb/ft 0.086 0.109 0.164
Minimum bending radius, in 7.6 8.7 10.7
Maximum rated cable load (MRCL), lb 4496
Crush 126 lb/in (0.22 kN/cm)
Fiber count, up to 72 (6х12) 96 (8х12) 144 (12х12)
Cable diameter, in 0.528 0.602 0.732
Cable weight, lb/ft 0.092 0.114 0.17
Minimum bending radius, in 7.9 9.1 11
Operating temperature -58°F ... +158°F
Installation temperature -22°F ... +158°F
Transportation and storage temperature -58°F ... +158°F
Minimum bending radius 15 x cable diameter
Design life 25 years

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