6 Core ADSS Cable 100M SPAN SM G652D Single Jacket HDPE/MDPE

All-dielectric self-supporting (ADSS) cable is a type of optical fiber cable that is strong enough to support itself between structures without using conductive metal elements. It is used by electrical utility companies as a communications medium, installed along existing overhead transmission lines and often sharing the same support structures as the electrical conductors. Design different specifications according to span, voltage level and tensile force(MAT).

Max Span: 100m   MAT=2700N
Max applied voltage: 110kv

Weather conditions: 25m/s wind speed + 0mm Ice Load

Cable Section Design:

Main Features:

1. High tensile strength
2. All dielectric structure and semi-dry core design
3. Small diameter and light weight

Application:

The design of ADSS cable takes full account of the actual situation of power lines and is suitable for different grades of high voltage transmission lines.  Polyethylene ( PE ) sheath can be used for 10 kV and 35 kV power lines.  For 110 kV and 220 kV power lines, the optical cable hanging point must be determined by calculating the electric field strength distribution and the electric mark ( AT ) outer sheath must be adopted.  At the same time, the amount of aramid fiber and the perfect stranding process were carefully designed to meet the application requirements of different spans.

Standards:

IEC 60794-4、 IEC 60793、TIA/EIA 598 A

Optical Characteristics:

	G.655	50/125μm	62.5/125μm
G.652
Attenuation	@850nm			≤3.0    dB/km	≤3.0    dB/km
(+20℃)	@1300nm			≤1.0    dB/km	≤1.0    dB/km
	@1310nm	≤0.00    dB/km	≤0.00dB/km
	@1550nm	≤0.00    dB/km	≤0.00dB/km
Bandwidth（Class A）	@850nm			≥500    MHz·km	≥200    MHz·km
	@1300nm			≥500    MHz·km	≥500    MHz·km
Numerical aperture				0.200±0.015NA	0.275±0.015NA
Cable Cutoff Wavelength		≤1260nm	≤1480nm

Technical Data:

Cable Diameter	Cable Weight		Recommend maximum working tension	Maximum allowable working tension	breaking tenacity	Section area of tensile components	modulus of elasticity	thermal expansion coefficient ×10-6 /k
mm	kg/km		kN	kN	kN	mm2	kN/ mm2
	PE sheath	AT sheath
9.8	121	130	1.5	4	10	4.6	7.6	1.8
10.2	129	138	2.1	5	14	6.9	8.1	1.4
13.1	132	143	2.8	7	19	9.97	9.13	1.2
15.6	189	207	3.8	9	26	14.2	11.2	1