SCREENED CONTROL CABLES

 

WITH COPPER CONDUCTOR PVC INSULATED & PVC SHEATHED

RATED VOLTAGE 300 / 500 V
 

CONSTRUCTION :

1 - PLAIN ANNEALED COPPER CONDUCTOR , CLASS 5

2 - PVC INSULATION TYPE Y I 2

3 - LAYING - UP

4 - PVC BEDDING TYPE YM2

5 - BRAIDED TINNED COPPER SCREEN

6 - PVC SHEATH TYPE YM2
 

 

ACC, TO : IEC 60227
 

  TYPE : NYSLCY  

APPLICATION :

Can be used in control units of machine tools, conveyer systems, production line, power station, Power stations, office machines, air conditioning technology, measuring and automatic control and computer units where electrical protection is required and  stresses is Medium , as well as occasional movement .
 


TECHNICAL INFORMATION

 

NOMINAL  CROSS SECTION & NO. OF CORE

No. & DIA. OF INDIVIDUAL WIRE

INSULATION THICKNESS

BEDDING THICKNESS

DIA. OF INDIVIDUAL WIRE OF SCREEN

SHEATH THICKNESS

APPROX. DIAMETER

APPROX CABLE WEIGHT

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

mm.2

mm.

mm.

mm.

mm.

mm.

mm.

Kg. / Km

Ω/Km

MΩ/Km

 N

3×0.5

15×0.21

0.6

0.7

0.16

0.9

9

 108 39 0.013 75

3×0.75

22×0.21

0.6

0.7

0.16

0.9

9.3

 127 26 0.011 112.5

3×1

29×0.21

0.6

0.7

0.16

1

9.9

 139 19.5 0.010 150

3×1.5

29×0.26

0.7

0.7

0.16

1

10.9

 179 13.3 0.010 225

3×2.5

47×0.26

0.8

0.7

0.16

1.1

12.6

 246 7.98 0.009 375

4×0.5

15×0.21

0.6

0.7

0.16

0.9

9.6

 124 39 0.013 100

4×0.75

22×0.21

0.6

0.7

0.16

1

10.2

 151 26 0.011 150

4×1

29×0.21

0.6

0.7

0.16

1

10.55

 160 19.5 0.010 200

4×1.5

29×0.26

0.7

0.7

0.16

1.1

11.9

 214 13.3 0.010 300

4×2.5

47×0.26

0.8

0.8

0.16

1.2

14.05

 303 7.98 0.009 500

5×0.5

15×0.21

0.6

0.7

0.16

1

10.45

 144 39 0.013 125

5×0.75

22×0.21

0.6

0.7

0.16

1

10.9

 172 26 0.011 187.5

5×1

29×0.21

0.6

0.7

0.16

1.1

11.55

 188 19.5 0.010 250

5×1.5

29×0.26

0.7

0.8

0.16

1.2

13.25

 258 13.3 0.010 375

5×2.5

47×0.26

0.8

0.8

0.21

1.3

15.55

 375 7.98 0.009 625

7×0.5

15×0.21

0.6

0.7

0.16

1.1

 12.15 186 39 0.013 875

7×0.75

22×0.21

0.6

0.7

0.16

1.2

 12.9 224 26 0.011 262.5

7×1

29×0.21

0.6

0.8

0.16

1.2

 13.65 251 19.5 0.010 350

7×1.5

29×0.26

0.7

0.8

0.21

1.3

 15.75 356 13.3 0.010 525

7×2.5

47×0.26

0.8

0.8

0.21

1.5

 18.4 502 7.98 0.009 875

12×0.5

15×0.21

0.6

0.8

0.21

1.3

 14.9 310 39 0.013 300

12×0.75

22×0.21

0.6

0.8

0.21

1.3

 15.55 345 26 0.011 450

12×1

29×0.21

0.6

0.8

0.21

1.4

 16.4 420 19.5 0.010 600

12×1.5

29×0.26

0.7

0.8

0.21

1.5

 18.6 560 13.3 0.010 900

12×2.5

47×0.26

0.8

0.9

0.21

1.7

 22.15 797 7.98 0.009 1500

18×0.5

15×0.21

0.6

0.8

0.21

1.3

 16.85 400 39 0.013 450

18×0.75

22×0.21

0.6

0.8

0.21

1.5

 18.05 485 26 0.011 675

18×1

29×0.21

0.6

0.8

0.21

1.5

 18.85 596 19.5 0.010 900

18×1.5

29×0.26

0.7

0.9

0.21

1.7

 20.5 870 13.3 0.010 1350

18×2.5

47×0.26

0.8

0.9

0.21

2

 26 1013 7.98 0.009 2250

25×0.5

15×0.21

0.6

0.8

0.21

1.7

 18.1 570 39 0.013 625

25×0.75

22×0.21

0.6

 0.9

0.21

1.7

 19.7 663 26 0.011 937.5

25×1

29×0.21

0.6

 0.9

0.21

1.8

 21 762 19.5 0.010 1250

25×1.5

29×0.26

0.7

 0.9

0.21

1.9

 23 974 13.3 0.010 1875

25×2.5

47×0.26

0.8

 1.0

0.26

2.4

 29.5 1610 7.98 0.009 3125

34×0.5

15×0.21

0.6

 0.9

0.21

1.8

 21 710 39 0.013 850

34×0.75

22×0.21

0.6

 0.9

0.21

1.9

 22.4 860 26 0.011 1275

34×1

29×0.21

0.6

 0.9

0.21

2.0

 23.8 1000 19.5 0.010 1700

34×1.5

29×0.26

0.7

 1.0

0.26

2.2

 27 1325 13.3 0.010 2550

34×2.5

47×0.26

0.8

 1.1

0.26

2.6

 33.6 2100 7.98 0.009 4250

50×0.5

15×0.21

0.6

 0.9

0.26

1.9

 24 879 39 0.013 1250

50×0.75

22×0.21

0.6

 1.0

0.26

2.1

 26.6 1143 26 0.011 1875

50×1

29×0.21

0.6

 1.0

0.26

2.1

 27.3 1231 19.5 0.010 2500

50×1.5

29×0.26

0.7

 1.1

0.26

2.4

 32.8 1812 13.3 0.010 3750

50×2.5

47×0.26

0.8

1.2

0.31

2.9

39.2

2676

7.98

0.009

6250

THE A BOVE DATA APPROXIMATE AND SUBJECT TO MANUFACTURING TOLERANCE