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Shielded Cable2
Shielded Cable

Power Cable

Feature

  • High flexible data cable for low frequency transmission application.
  • Protection from external electromagnetic field ensuring excellent data transmission realiability.
  • Coverage of copper screen braiding is more than 80%.
  • Overall myler tape wrapping over cores improves Dielectric strength of the cable.
  • Significant reduction in crosstalk and interference between the cores within the pair cable due to twisted pair in the instrumentation cable.

Shielded Cable

Shielded Cable2
Shielded Cable

Feature

  • High flexible data cable for low frequency transmission application.
  • Protection from external electromagnetic field ensuring excellent data transmission realiability.
  • Coverage of copper screen braiding is more than 80%.
  • Overall myler tape wrapping over cores improves Dielectric strength of the cable.
  • Significant reduction in crosstalk and interference between the cores within the pair cable due to twisted pair in the instrumentation cable.

Application

  • Control and signal cable in speacial purpose machines and measurement equipment
  • Electronics and computer systems.
  • Electronics scales/electronic weighing machines.
  • Many data transmission applictions and instrumentation applications.
  • These control and signal cables are used in the milliampere range for computer systems, electronic control equipment, office machines, scales etc. and wherever the thinnest possible control cables are required.
  • Electronic systems normally have little space available for cable installation. Cable is made especially for short distances and small bending radiuses.

Construction

  • Fine strands of ATC copper wire, PVC based core insulation, twisted in layers, overall myler tape wrapping, then screen braid of anneled tinned copper wire, outer PVC of speacial compound.
  • In 0.5 sq mm and above additional Al – Myler tape screen provides additional EMI protection.
  • Cores are coded with different colours, without colour repetition ensures easy identification as per dc deepcab Colour codeing standard chart.
  • All Cores may be coded with different numbers & grey in colours.
  • Outer sheath of speacial based PVC compound.
dc deepcab Shielded Cable in Reference to the following standards
Cable : IS 694 : 2010
BS 5308 Part : 2, Type: 1
IEC 601156 -1 ( 1994 )
IS 14493 ( Part 1 ) : 1997,
IS 5608 ( Part 1 ) : 1991
Conductor: Fine copper IEC 60228: Class 5
Idetification of Core/ pairs/ Traid : dc deepcab core colour table BS 5308 : Part 2 : 1978 ITD 3003 & 113C
Product Description
dc deep cab Make Multicore Shielded Screen Taped Signal Control Instrumentation & Computer Data cable for EMI protection
No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia. No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia.
No. SWG Sq mm mm No. SWG Sq mm mm
2 7/38 0.127 3.9 2 14/38 0.25 4.2
3 7/38 0.127 4.2 3 14/38 0.25 5.3
4 7/38 0.127 4.6 4 14/38 0.25 5.7
5 7/38 0.127 4.9 5 14/38 0.25 6.0
6 7/38 0.127 5.6 6 14/38 0.25 6.5
7 7/38 0.127 5.7 7 14/38 0.25 6.6
8 7/38 0.127 6.0 8 14/38 0.25 7.1
9 7/38 0.127 6.2 9 14/38 0.25 7.3
10 7/38 0.127 6.4 8 14/38 0.25 7.1
12 7/38 0.127 6.8 12 14/38 0.25 8.0
14 7/38 0.127 7.0 14 14/38 0.25 8.3
15 7/38 0.127 7.2 15 14/38 0.25 8.4
16 7/38 0.127 7.5 16 14/38 0.25 8.5
18 7/38 0.127 8.1 18 14/38 0.25 9.6
20 7/38 0.127 8.6 20 14/38 0.25 9.8
25 7/38 0.127 9.4 25 14/38 0.25 10.6
30 7/38 0.127 9.8 30 14/38 0.25 10.8
40 7/38 0.127 11.3 40 14/38 0.25 12.2
50 7/38 0.127 12.0 50 14/38 0.25 14.0
No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia. No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia.
No. SWG Sq mm mm No. SWG Sq mm mm
2 16/0.20 0.50 6.0 2 24/0.20 0.75 6.5
3 16/0.20 0.50 6.5 3 24/0.20 0.75 7.0
4 16/0.20 0.50 7.0 4 48/0.20 1.50 7.5
6 16/0.20 0.50 8.0 6 48/0.20 1.50 9.0
8 16/0.20 0.50 8.5 8 24/0.20 0.75 10.0
10 16/0.20 0.50 10.0 10 24/0.20 0.75 11.5
12 16/0.20 0.50 10.5 12 24/0.20 0.75 12.0
16 24.0/0.20 0.75 11.5 16 24/0.20 0.75 14.0
20 16.0/0.20 0.50 12.8 20 24/0.20 0.75 15.8
24 16/0.20 0.50 15.0 24 24/0.20 0.75 16.5
40 16/0.20 0.50 20.0 40 24/0.20 0.75 19.5
No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia. No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia.
No. SWG Sq mm mm No. SWG Sq mm mm
2 32/0.20 1.00 7.0 2 48/0.20 1.50 7.5
3 32/0.20 1.00 7.4 3 48/0.20 1.50 8.2
4 32/0.20 1.00 8.2 4 48/0.20 1.50 8.8
6 32/0.20 1.00 9.5 6 48/0.20 1.50 10.8
8 32/0.20 1.00 10.5 8 48/0.20 1.50 12.3
10 32/0.20 1.00 11.5 10 48/0.20 1.50 13.5
12 32/0.20 1.00 12.6 12 48/0.20 1.50 14.0
16 32/0.20 1.00 14.5 16 32/0.20 1.00 17
20 32/0.20 1.00 15.5 20 32/0.20 1.00 19.0
24 32/0.20 1.00 16.2 24 48/0.20 1.50 21.0
40 32/0.20 1.00 23.0
No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia. No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia.
No. SWG Sq mm mm No. SWG Sq mm mm
2 36/0.30 2.50 9.1 2 56/0.30 4.00 10.5
3 36/0.30 2.50 9.5 3 56/0.30 4.00 11.0
4 36/0.30 2.50 11.2 4 56/0.30 4.00 14.2
6 36/0.30 2.50 12.5
8 36/0.30 2.50 14.0
10 36/0.30 2.50 16.0
12 36/0.30 2.50 18.0
16 36/0.30 2.50 21.0
No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia. No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia.
No. SWG Sq mm mm No. SWG Sq mm mm
2 84/0.30 6.00 13.8 2 140/0.30 10.00 16.5
3 84/0.30 6.00 14.5 3 140/0.30 10.00 17.5
4 84/0.30 6.00 15.4 4 140/0.30 10.00 19.2
No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia. No. of Cores No. of Strands/ size Cross sectional area of each core Approx. overall Dia.
No. SWG Sq mm mm No. SWG Sq mm mm
2 224/0.30 16.00 18.8 2 350/0.30 25.00 24.0
3 224/0.30 16.00 20.1 3 350/0.30 25.00 25.6
4 224/0.30 16.00 22.2 4 350/0.30 25.00 28.2