CONCENTRIC POWER CABLES SINGLE & MULTI CORE

 

WITH STANDARD & SOLID COPPER CONDUCTOR PVC INSULATED , PVC SHEATHED

RATED VOLTAGE 0.6 / 1 KV
 

CONSTRUCTION :

1 - PLAIN ANNEALED COPPER CONDUCTOR , CLASS ( 1 & 2 )

2 - PVC INSULATION TYPE A

3 - LAYING - UP

4 - FILLER

5 - CONCENTRIC CONDUCTOR

( COPPER WIRE + COPPER TYPE )

6 - PVC SHEATH TYPE ST 1

 

 

ACC. TO :  IEC : 60502
 

   TYPE : NYCY

APPLICATION :

Can be installed in open air, under ground, in water, indoors and in cable ducts .Suitable for energy supply in subscribed networks, power station as well as control cables for transmission of control impulses and test data, house connection boxes and street lighting and where ever a high level of both electrical and mechanical protection is required .
 


 

TECHNICAL INFORMATION

 

NOMINAL  CROSS SECTION

No. of wires & Dia.

INSULATION THICKNESS

Inner Covering

SHEATH THICKNESS

APPROX. DIAMETER

APPROX CABLE WEIGHT

 Max. conductor resistance at 20°C min. insulation resistance at 20°C Pulling Tension

mm.2

mm.

mm.

mm.

mm.

mm.

Kg. / Km

 Ω/Km MΩ/Km N

1×1.5 re / 1.5

 1×1.38 / 21×0.3

0.8

 ----

1.8

7.2

 80 12.1 12 75

1×2.5 re / 2.5

1×1.78 / 12×0.52

0.8

 ----

1.8

8.2

 106 7.41 10 125

1×4 re / 4

 1×2.26 / 19×0.52

1.0

 ----

1.8

8.9

 145 4.61 10 200

1×6 re / 6

 1×2.76 / 12×0.8

1.0

 ----

1.8

10

 190 3.08 8.6 300

1×10 re / 10

1×3.57 / 19×0.82

1.0

 ----

1.8

10.8

 272 1.83 7 500

1×16 rm / 16

 7×1.71 / 16×1.13

1.0

 ----

1.8

13.0

 403 1.15 5.2 800

1×25 rm / 16

 7×2.13 / 16×1.13

1.2

 ----

1.8

14.7

 510 0.727/1.15 5.1 1250

1×35 rm / 16

 7×2.52 / 16×1.13

1.2

 ----

1.8

15.8

 615 0.524/1.15 4.4 1750

2×1.5 re / 1.5

 7×1.38 / 21×0.3

0.8

 1.0

1.8

12.2

 214 12.1 12 150

2×2.5 re / 2.5

 1×1.78 / 12×0.52

0.8

 1.0

1.8

13.4

 240 7.41 10 250

2×4 re / 4

 1×2.26 / 19×0.52

1.0

 1.0

1.8

15.2

 350 4.61 10 400

2×6 re / 6

 1×2.76 / 12×0.8

1.0

 1.0

1.8

16.8

 435 3.08 8.6 600

2×10 re / 10

 1×3.57 / 19×0.82

1.0

 1.0

1.8

18.4

 600 1.83 7 1000

2×16 rm / 16

 7×1.71 / 16×1.13

1.0

 1.0

1.8

22.2

 871 1.15 5.2 1600

2×25 rm / 16

 7×2.13 / 16×1.13

1.2

 1.0

1.8

25.5

 1180 0.727/1.15 5.1 2500

2×35 rm / 16

7×2.52 / 16×1.13

1.2

 1.0

1.8

27.8

 1461 0.524/1.15 4.4 3500

3×1.5 re /1.5

 1×1.38 / 21×0.3

0.8

 1.0

1.8

12.6

 226 12.1 12 225

3×2.5 re / 2.5

 1×1.78 / 12×0.52

0.8

 1.0

1.8

14.0

 290 7.41 10 375

3×4 re / 4

 1×2.26 / 19×0.52

1.0

 1.0

1.8

15.8

 385 4.61 10 600

3×6 re / 6

 1×2.76 / 12×0.8

1.0

 1.0

1.8

17.5

 506 3.08 8.6 900

3×10 re / 10

 1×3.57 / 19×0.82

1.0

 1.0

1.8

19.3

 705 1.83 7 1500

3×16 rm / 16

 7×1.71 / 16×1.13

1.0

 1.0

1.8

23.3

 1037 1.15 5.2 2400

3×25 rm / 16

 7×2.13 / 16×1.13

1.2

 1.0

1.8

26.8

 1430 0.727/1.15 5.1 3750

3×35 rm / 16

 7×2.52 / 16×1.13

1.2

 1.0

1.8

29.4

 1800 0.524/1.15 4.4 5250

4×1.5 re / 1.5

 1×1.38 / 21×0.3

0.8

 1.0

1.8

13.4

 282 12.1 12 300

4×2.5 re / 2.5

 1×1.78 / 12×0.52

0.8

 1.0

1.8

14.9

 334 7.41 10 500

4×4 re / 4

 1×2.26 / 19×0.52

1.0

 1.0

1.8

 17.0 470 4.61 10 800

4×6 re / 6

 1×2.76 / 12×0.8

1.0

 1.0

1.8

 18.8 600 3.08 8.6 1200

4×10 re / 10

 1×3.57 / 19×0.82

1.0

 1.0

1.8

 20.8 843 1.83 7 2000

4×16 rm / 16

7×1.71 / 16×1.13

1.0

 1.0

1.8

 25.2 1247 1.15 5.2 3200

4×25 rm / 16

7×2.13 / 16×1.13

1.2

 1.0

1.8

 29.2 1750 0.727/1.15 5.1 5000

4×35 rm / 16

 7×2.52 / 16×1.13

1.2

 1.0

1.8

32.0

 2228 0.524/1.15 4.4 7000

 

THE A BOVE DATA APPROXIMATE AND SUBJECT TO MANUFACTURING TOLERANCE .