Product Range

Nose Wire for Face Mask

Shielded Cable

Unshielded Cable

Flexible Cable

Double Flexible Wire

Coaxial Cable

CCTV Cable

Lapping Wire

Hook-up Wire

Speaker Wire

Ribbon Flat Wire

Telecommunication Cable

VGA Cable

Mike Cable

Pick up Wire

Power Cable

PVC Insulated Wires & Cable

T.V. Feeder Wire

Control Instrumentation Cable

Head phone Wire

 
 

Multicore Shielded Cable

Shielded Cable

dc deepcab Make Multicore Shielded Screen Taped Signal Controll Data transmission Instrumentation & Computer cable for EMI protection
 

Special Feature of dc deepcab Shielded Cable

  • 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.
 

Cable Make-Up of dc deepcab Shielded Cable

  • 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.
 

Application Range of dc deepcab Shielded Cable

  • 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.

 
dc deepcab Shielded Cable in Referece 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 Table 01 :
dc deepcab Make Multicore Shielded Screen Taped Signal Controll Instrumentation & Computer Data cable for EMI protection
No. of
Cores

No. of
Strands/
size

 Cross sectional area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 7/38 0.127 3.9
3 7/38 0.127 4.2
4 7/38 0.127 4.6
5 7/38 0.127 4.9
6 7/38 0.127 5.6
7 7/38 0.127 5.7
8 7/38 0.127 6.0
9 7/38 0.127 6.2
10 7/38 0.127 6.4
12 7/38 0.127 6.8
14 7/38 0.127 7.0
15 7/38 0.127 7.2
16 7/38 0.127 7.5
18 7/38 0.127 8.1
20 7/38 0.127 8.6
25 7/38 0.127 9.4
30 7/38 0.127 9.8
40 7/38 0.127 11.3
50 7/38 0.127 12.0

 

No. of
Cores

No. of
Strands/
size

 Cross sectional area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 16/0.20 0.50 6.0
3 16/0.20 0.50 6.5
4 16/0.20 0.50 7.0
6 16/0.20 0.50 8.0
8 16/0.20 0.50 8.5
10 16/0.20 0.50 10.0
12 16/0.20 0.50 10.5
16 16/0.20 0.50 11.5
20 16/0.20 0.50 12.8
24 16/0.20 0.50 15.0
40 16/0.20 0.50 20.0

 

No. of
Cores

No. of
Strands/
size

 Cross sectional area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 32/0.20 1.00 7.0
3 32/0.20 1.00 7.4
4 32/0.20 1.00 8.2
6 32/0.20 1.00 9.5
8 32/0.20 1.00 10.5
10 32/0.20 1.00 11.5
12 32/0.20 1.00 12.6
16 32/0.20 1.00 14.5
20 32/0.20 1.00 15.5
24 32/0.20 1.00 16.2
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. SWG Sq mm mm
2 36/0.30 2.50 9.1
3 36/0.30 2.50 9.5
4 36/0.30 2.50 11.2
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. SWG Sq mm mm
2 84/0.30 6.00 13.8
3 84/0.30 6.00 14.5
4 84/0.30 6.00 15.4

 

No. of
Cores
No. of
Strands/
size
Cross
sectional
area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 224/0.30 16.00 18.8
3 224/0.30 16.00 20.1
4 224/0.30 16.00 22.2
 
No. of
Cores
No. of
Strands/
size
Cross
sectional
area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 14/38 0.25 4.2
3 14/38 0.25 5.3
4 14/38 0.25 5.7
5 14/38 0.25 6.0
6 14/38 0.25 6.5
7 14/38 0.25 6.6
8 14/38 0.25 7.1
9 14/38 0.25 7.3
10 14/38 0.25 7.6
12 14/38 0.25 8.0
14 14/38 0.25 8.3
15 14/38 0.25 8.4
16 14/38 0.25 8.5
18 14/38 0.25 9.6
20 14/38 0.25 9.8
25 14/38 0.25 10.6
30 14/38 0.25 10.8
40 14/38 0.25 12.2
50 14/38 0.25 14.0

 

No. of
Cores

No. of
Strands/
size

 Cross sectional area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 24/0.20 0.75 6.5
3 24/0.20 0.75 7.0
4 24/0.20 0.75 7.5
6 24/0.20 0.75 9.0
8 24/0.20 0.75 10.0
10 24/0.20 0.75 11.5
12 24/0.20 0.75 12.0
16 24/0.20 0.75 14.0
20 24/0.20 0.75 15.8
24 24/0.20 0.75 16.5
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. SWG Sq mm mm
2 48/0.20 1.50 7.5
3 48/0.20 1.50 8.2
4 48/0.20 1.50 8.8
6 48/0.20 1.50 10.8
8 48/0.20 1.50 12.3
10 48/0.20 1.50 13.5
12 48/0.20 1.50 14.0
16 48/0.20 1.50 17.0
20 48/0.20 1.50 19.0
24 48/0.20 1.50 21.0
       

 

No. of
Cores
No. of
Strands/
size
Cross
sectional
area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 56/0.30 4.00 10.5
3 56/0.30 4.00 11.0
4 56/0.30 4.00 14.2
       
       
       
       
       

 

No. of
Cores
No. of
Strands/
size
Cross
sectional
area of
each core		 Approx.
overall
Dia.
No. SWG Sq mm mm
2 140/0.30 10.00 16.5
3 140/0.30 10.00 17.5
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. SWG Sq mm mm
2 350/0.30 25.00 24.0
3 350/0.30 25.00 25.6
4 350/0.30 25.00 28.2
 
• Pairs, Traids & Quads are made on customer requirment & specification.
     
• Armoured cables are made on customer requirment & specification.  
 
 

Product Code Details Table 01 :
dc deepcab Make Catalouge Code for Round & Shielded Multicore Taped Cables
Code
Description
  
Code
Description
R :
Indicates Round
SH :
Shielded
02 :
Indicates Number of cores
02 (T) :
Indicates Number of Traid Twisted
02(P) :
Indicates Number of Pair Twisted
02 (Q) :
Indicates Number of Quad Twisted
 
 
Product Code Details Table 02 :
dc deepcab Make Catalouge Code for Core Sizes of Round & Shielded Multicore Taped Cables
Each Core/ Cable Size of Multicore Cable
No. of Strands/
size in SWG		 No. of Strands/ size in mm Size In Sq mm
 Size In AWG
 Size In SWG
 7/38 7/0.15 0.127 26 27
 7/36 7/0.19 0.205 24 24
 14/38 14/0.15 0.253 23 23
14/36 14/0.19 0.409 21 22
23/38 23/0.15 0.417 21 22
23/36 23/0.19 0.672 19 20
  16/0.20 0.50 21 21
  24/0.20 0.75 19 19
  32/0.20 1.00 17 18
  48/0.20 1.50 16 17
  36/0.30 2.500 14 15
  56/0.30 4.000 12 13
  85/0.30 6.00 10 12
  140/0.30 10.00 7 9
  224/0.30 16.00    
  350/0.30 25.00    
 
• We also make cable of other sizes as 7/40, 7/42 etc. & number of cores which are not shown on above table as per customer requirment.
 
 

Product Technical Data Details Table 01 :
dc deepcab Make  Round & Shielded Multicore Taped Cable
Capacitance :
( at a freqquency of 1 k Hz )
C/C Maxi. 200pf/m,
C/S Maxi. 400 pf/m
  
Core identification :
Cores are coded with different colours,without colour repetition ensures easy identification as perdc deepacb colour code Table 03
Maximum L / R Ratio :
0.5 sq.mm : 25 pH/ ohms
0.75 sq.mm : 25 pH/ ohms
1.50 sq.mm : 40 pH/ ohms
Test Voltage :
7/38 : 1200 V, > 7/36 : 1500 V
(Not for power purpose/ High voltage current)
Inductance Max. :
1.25 mH/ km
Insulation Resistance :
> 25 M ohm/km at 20 C
Working Voltage:
250 V
Conductor resistance :
See Chart Flexible wire
Loop resistance :
2 X Conductor resistance
Temperature range :
static upto +70° C