Jiangsu Xuben Photoelectric Technology Co., Ltd.
Jiangsu Xuben Photoelectric Technology Co., Ltd.
Products
All Dielectric Self-supporting ADSS Aerial Fiber Optic Cable
  • All Dielectric Self-supporting ADSS Aerial Fiber Optic CableAll Dielectric Self-supporting ADSS Aerial Fiber Optic Cable

All Dielectric Self-supporting ADSS Aerial Fiber Optic Cable

All dielectric self-supporting ADSS aerial fiber optic cable adopts loose tube layer stranding structure, and 250μm optical fiber is sheathed in loose tube made of high modulus material, and the loose tube is filled with waterproof compound. The loose tube (and filling rope) are twisted around the non-metallic center reinforcement core (FRP) to form a compact cable core, and the gap of the cable core is filled with water-blocking grease. The cable core is extruded with a polyethylene (PE) inner sheath, then covered with aramid for reinforcement, and finally extruded with a polyethylene (PE) outer sheath or an electric tracking (AT) outer sheath.

Characteristics

Can be installed without shutting off the power

Adopt AT sheath, with excellent anti-tracking performance

Light weight and small cable diameter reduce the impact of ice and wind and the load on towers and supports

Large span lengths and the largest span is over 1000m

Excellent tensile strength and temperature characteristics

The design life span is over 30 years


Application

The design of all dielectric self-supporting ADSS aerial fiber optic cable fully considers the actual situation of power lines and is suitable for high-voltage transmission lines of different levels. For 10kV and 35kV power lines, polyethylene (PE) sheath can be used; for 110kV and 220kV power lines, the hanging point of the optical cable must be determined by calculating the electric field strength and using an AT outer sheath. At the same time, the amount of aramid and the perfect twisting process are carefully designed to meet the application requirements of different spans.


Standards

ADSS cable complies with Standard IEEE 1222 as well as IEC 60794-1.


Structure Drawing

1. FRP Strength Member

2. Fibre

3. Tube Filling Compound

4. Loose Tube

5. Cable Filling Compound

6. PE Inner Sheath

7. Aramid Yarn

8. PE/AT Outer Sheath

All Dielectric Self-supporting ADSS Aerial Fiber Optic Cable


Technical Parameters

Ref. Outer Diameter

(mm)

Ref. Weight

(kg/km)

Rec. Daily Max. Working Tension

(kN)

Max Allowable Working Tension

(kN)

Break Strength

(kN)

Strenght Member

CSA

(mm2)

Modulus of Elasticity

(kN/mm2)

Heat Expansion Coefficient

×10-6/K

Suitable Span

(NESC Standard, m)

PE Sheath

AT Sheath

A

B

C

D

11.8

117

124

1.5

4

10

4.6

7.6

1.8

160

100

140

100

12.0

121

129

2.25

6

15

7.6

8.3

1.5

230

150

200

150

12.3

126

134

3.0

8

20

10.35

9.45

1.3

300

200

290

200

12.6

133

141

3.6

10

24

13.8

10.8

1.2

370

250

350

250

12.8

138

145

4.5

12

30

14.3

11.8

1.0

420

280

400

280

13.1

145

153

5.4

15

36

18.4

13.6

0.9

480

320

460

320

13.5

155

163

6.75

18

45

22.0

16.4

0.6

570

380

550

380

13.8

163

171

7.95

22

53

26.4

18.0

0.3

670

460

650

460

14.4

177

186

9.0

26

60

32.2

19.1

0.1

750

530

750

510

14.6

182

191

10.5

28

70

33.0

19.6

0.1

800

560

800

560

14.8

195

204

12.75

34

85

40.0

20.1

0.1

880

650

880

650


Storage/Operating Temperature: -40℃-+70℃


Optical Characteristics

Fiber optic type

(+20℃)

bandwidth

numerical aperture

Cut off wavelength of optical cable

@850nm

@1300nm

@1310nm

@1550nm

@850nm

@1300nm

G.652

---

---

≤0.36dB/km

≤0.22dB/km

---

---

---

≤1260nm

G.655

---

---

≤0.40dB/km

≤0.23dB/km

---

---

---

≤1450nm

50/125µm

≤3.3dB/km

≤1.2dB/km

---

---

≥500MHz·km

≥500MHz·km

0.200±0.015 NA

---

62.5/125µm

≤3.5dB/km

≤1.2dB/km

---

---

≥200MHz·km

≥500MHz·km

0.275±0.015 NA

---


Note:

a. Only a part of ADSS cables are listed in the table, ADSS cables with other spans can be inquiry form sales people.

b. Specifications in the table are got on condition that there is no height difference and installation sag is 1%

c. Fibre count is 2 to 72, the identification of fibres complies with the national standard


Application: Self-supporting Aerial





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