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Copper Single Multicore Flexible Cable

Copper Single Multicore Flexible Cable
Copper Single Multicore Flexible Cable
Product Code : KM-04
Product Description

Since our inception in the year 1990, we are engaged in the domain of manufacturing and supplying the variety of a Multicore Flexible Cable. Precisely manufactured by utilizing copper material, our range provides hassle free performance for a long time frame. Our preferred cables are applicable for commercial buildings, houses and office premises and appreciated for their shock proof features. Developed by using cutting-edge technology, the assortment of Multicore Flexible Cable is available across the market at industry leading prices.

Features:

 

  • Noise free operations
  • Safe to use
  • Easy to install

 

Further Details:

 

Other Details:

Application: This FR PVC compound has a high oxygen and temperature index. The wires are wadded with a flame retardant (FR) PVC compound, which helps to control the spread of fire even at very high temperature. It also protects against electrical shock and short circuit. All wires are subjected to high voltage spark testing to ensure that no weak spots are there in the insulation Range: Each wire is fabricated using 99.97% pure, electrolytic grade, bright-annealed bare copper with more than 100% conductivity

K.M CABLES & CONDUCTORS is manufacturing a new range of electrical wires known as PVC/FRLS/HR Insulated Single/Multi core cables, which provides additional safety and security. The wires bear the mark of IS: 694: 1990.

Each wire is fabricated using 99.97% pure, electrolytic grade, bright-annealed bare copper with more than 100% conductivity. Copper guarantees higher percentage of electrical energy saving which eventually helps in reducing the electricity bills. The conductor is made of multiple strands of finely drawn copper wires thereby offering greater flexibility, which makes these wires ideal for conduit wiring.

This FR PVC compound has a high oxygen and temperature index. The wires are wadded with a flame retardant (FR) PVC compound, which helps to control the spread of fire even at very high temperature. It also protects against electrical shock and short circuit. All wires are subjected to high voltage spark testing to ensure that no weak spots are there in the insulation.

Area Sp. Mm
Conductor Construction No./Dia In m.m.
Cond.Dia mm
Max. DC Resistance Ohm/Km At 20 0 C
Insulation Thickness (Nominal) m.m.
Cable Dia m.m
Current Rating Amp.
Area Sp. m.m.
Con. Dia m.m.
Max. DC Resistance Ohm/Km At 20 0 C
Insulation Thickness (Nominal) m.m.
Cable Dia. m.m.
Cable Dia m.m.
Approx. Current Rating Amp.
0.50
16/0.20
0.94
39.00
0.6
2.2
4
25.00
157/.045
7.60
0.7800
1.20
10.50
71
0.75
24/0.20
1.20
26.00
0.6
2.5
7
35.00
220/0.45
8.70
0.5540
1.20
11.60
91
1.00
32/0.20
1.34
19.50
0.6
2.6
11
50.00
314/0.45
10.60
0.3860
1.40
13.90
120
1.50
48/0.20
1.64
13.30
0.6
2.8
14
-
-
-
-
-
-
-
2.50
80/0.20
2.08
7.98
0.7
3.5
19
-
-
-
-
-
-
-
4.00
56/.030
2.61
4.95
0.8
4.3
26
-
-
-
-
-
-
-
6.00
85/030
3.50
3.30
0.8
5.6
31
-
-
-
-
-
-
-
10.00
140/03.30
4.60
1.91
1.0
6.7
42
-
-
-
-
-
-
-
16.00
101/0.45
5.90
1.21
1.0
8.4
57
-
-
-
-
-
-
-


NOMINAL CROSS SECTIONAL AREA OF CONDUCTOR IN mm 2
NOMINAL INSULATION THICKNESS IN m.m.
MAX. OVER ALL DIAMETER OF CABLE IN m.m.
1.0
0.7
3.20
1.5
0.7
3.40
2.5
0.8
4.20
4.0
0.8
4.80
6
0.8
5.60
10
1.0
7.00
16
1.0
8.20
25
1.20
10.00
35
1.20
11.50
50
1.40
13.00
70
1.40
15.00
95
1.60
17.50
120
1.60
19.00
150
1.80
21.00
185
2.00
23.50
240
2.20
26.50
300
2.40
29.50


Conductor Area Sq. m.m
Strands/Dia In m.m.
Cond. Dia m.m.
Max. DC Resistance Ohm/Km At 20 0 C
Insulation Thickness (Nominal) m.m.
Core Dia m.m.
Sheath Thickness In m.m. (Nominal) 2 Core 3 Core 4 Core
Overall Diameter In m.m. (Approx.) 2 Core 3 Core 4 Core
Approx. Current Rating Amp.
0.50
16/0.20
0.94
39.00
0.6
2.2
2.2
0.90
0.90
6.4
6.8
7.5
4
0.75
24/0.20
1.20
26.000
0.6
2.5
2.5
0.90
0.90
7.0
7.4
8.1
7
1.00
32/0.20
1.34
19.500
0.6
2.6
2.6
0.90
0.90
7.2
7.7
8.3
11
1.50
48/0.20
1.64
13.300
0.6
2.9
2.9
0.90
1.00
7.8
8.3
9.2
14
2.50
80/0.20
2.08
7.908
0.7
3.5
3.5
1.00
1.00
9.2
9.8
10.7
19
4.00
56/.03
2.61
4.950
0.8
4.3
4.3
1.00
1.00
10.8
11.5
12.6
26


No. OF WIRE WIRE DIA. m.m.
BUNCH DIA. m.m
Max. CR at 20 0 C Ohm/km
Nominal Insulation THICKNESS m.m.
Approx CORE DIA.m.m.
6 CORE
7 CORE
8 CORE
10 CORE
12 CORE
APPROX CURRENT RATING AMP.
Sheath Thick m.m.
O.D m.m.
Sheath Thick m.m.
OD
m.m.
Sheath
Thick
m.m.
O.D.
m.m.
Sheath
Thick
m.m.
O.D.
m.m
Sheath
Thick
m.m.
O.D.
m.m
16/0.2
0.94
39.0
0.60
2.20
0.90
8.50
0.90
8.50
1.00
9.30
1.00
10.80
1.00
11.20
4
24/0.2
1.20
26.0
0.60
2.50
1.00
9.50
1.00
9.50
1.00
10.40
1.10
12.20
1.10
12.60
7
32/0.2
1.34
19.50
0.60
2.60
1.00
9.80
1.00
9.80
1.00
10.70
1.10
12.60
1.10
13.00
11
48/0.2
1.64
13.30
0.60
2.90
1.00
1.70
1.00
1.70
1.10
11.90
1.10
13.80
1.10
14.30.
14
80/0.2
2.08
7.98
0.70
3.50
1.10
12.70
1.10
12.70
1.20
14.10
1.30
16.60
1.30
17.20
19
56/0.3
2.61
4.95
0.80
4.30
1.20
15.30
1.20
15.30
1.30
16.90
1.40
20.0
20.0
20.70
26


No. OF WIRE WIRE DIA. m.m.
BUNCH DIA. m.m
Max. CR at 20 0 C Ohm/km
Nominal Insulation THICKNESS m.m.
Approx CORE DIA.m.m.
14 CORE
16 CORE
19 CORE
37 CORE
APPROX CURRENT RATING AMP.
Sheath Thick m.m.
O.D m.m.
Sheath Thick m.m.
OD
m.m.
Sheath
Thick
m.m.
O.D.
m.m.
Sheath
Thick
m.m.
O.D.
m.m
16/0.2
0.94
39.0
0.60
2.20
1.10
12.00
1.10
12.60
1.10
13.20
1.20
17.80
4
24/0.2
1.20
26.0
0.60
2.50
1.10
13.30
1.20
14.20
1.20
14.90
1.20
19.90
7
32/0.2
1.34
19.50
0.60
2.60
1.10
13.70
1.20
9.80
1.30
15.60
1.40
21.00
11
48/0.2
1.64
13.30
0.60
2.90
1.20
15.20
1.20
1.70
1.30
17.10
1.40
23.20
14
80/0.2
2.08
7.98
0.70
3.50
1.30
18.10
1.40
12.70
1.40
20.30
1.50
27.60
19
56/0.3
2.61
4.95
0.80
4.30
1.40
21.80
1.50
23.20
1.50
24.50
1.60
33.50
26
 

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