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Building Wires

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Building Wires

Manufactured after deep research and hours of unsuccessful experiments, we have assembled the most eminent range of domestic wires and cables perfectly suitable for a vast country like India. The remarkable safety and top quality makes our in-house PVC coated wires (100% pure, electrolytic grade copper) the best class of conducting wires, and makes us a world-leading eminent player. Orton cables feel satiated to provide you with the most efficient and outstanding wires that are prodigious and pocket-friendly.

Single Core Twin Insulated Electric Wire Flexible Copper Conductor Ref:IS-694 ISI Marked

Orton 650/1100v Grade Multi Strand Flexible Annealed Bare Copper, Conductor, PVC insulated and unsheathed Single Core Flexible Cables Conforming to IS-694 with ISI Mark(Building Wire)

Nominal Cross Sectional Area of the Conductor (Sq. mm) Number And Nominal Dia of Each strand (mm) Nominal Thickness of Insulation (mm) Approx. Overall Dia (mm) Conductor Residence at 20 deg.C Max. Ohm/km Current Rating (Amps.)
2 Wires, in Conduit/Trunking 1 Phase Clipped Directly to Surface or on Cable Tray
0.75 24/.2 0.6 2.5 26.0
7 8
1.0 14/.3 0.7 2.8 18.1
11 12
1.5 22/.3 0.7 3.1 12.1
13 16
2.5 36/.3 0.8 3.8 7.41
18 22
4.0 56/3 0.8 4.4 4.95
24 29
6.0 84/.3 0.8 4.9 3.30
31 37
NOTE: Std. Colors - Red, Yellow, Blue, Black & Green
Normal Packing Length: 90 mtrs.
Project packing Length: 180 mtrs.

Orton 650/1100V Grade Multi Strand Flexible Copper Conductor, Twin PVC Insulated and sheathed Multi-Core Cable Conforming to IS-694 with ISI Mark.

Conductor Area No. & Size of Strand Cond. Bunched Dia (Approx) Max. DC Resistance at 20deg. C Insulation Thickness Nominal Core Dia.(Approx) Sheath Thickness Nominal
2
Core		 3
Core		 4
Core
Overall Diameter Approx.
2
Core		 3
Core		 4
Core
Current Rating
Sq. mm mm. mm. ohm/km mm. mm.
mm. mm. mm.
mm. mm. mm.
amp.
6 84/0.30 3.20 3.30 0.80 4.90
1.10 1.10 1.20
12.00 12.80 14.20
37
10 140/0.30 4.67 1.91 1.00 6.60
1.20 1.10 1.30
15.90 17.00 19.00
42
16 226/0.30 6.00 1.21 1.00 8.00
1.30 1.30 1.40
18.80 12.00 22.40
57
25 354/0.30 7.51 0.78 1.20 10.00
1.40 1.50 1.60
22.80 24.60 27.40
71
35 276/0.40 8.74 0.554 1.20 11.40
1.50 1.60 1.70
25.50 27.50 30.60
91
50 396/0.40 10.60 0.386 1.40 13.70
1.60 1.70 1.80
30.20 32.60 36.30
120
70 550/0.40 12.56 0.272 1.40 15.60
1.80 1.90 2.00
34.60 37.00 41.20
161
95 750/0.40 14.40 0.206 1.60 17.60
1.90 2.00 2.10
39.00 42.00 46.80
200
120 954/0.40 16.30 0.161 1.60 19.50
2.00 2.10 2.20
43.20 46.30 51.60
225

Applications:

Building Flats Apartments Educational Institutes Hospitals Factories Houses Theaters

Fr & Frls Insulated Building Wires

Largely used in residential and commercial buildings for power distribution purposes, our cables are most trusted by contractors and builders. Fixed them in walls or embed in plaster, these wires will start showing the miracle whenever they are used.

High concentration electricity consumption has always stood in relation to short-circuits, which can cause a lot of havoc and chaos. Orton Cables in-house PVC is manufactured with additives that add enhanced fire retardant properties to eradicate this danger. Normally, 25% PVC is used in FR & FRLS wires but Orton Cables has come out with wires that instill 30% PVC in these wires, adding a slightly uppish security and efficiency to fire-fighting.

The special compounds used in our wires promises high insulation resistance and dielectric strength that sheaths your house declining the spread of fire even at a very massive temperature. Our FR & FRLS PVC can withstand high temperature and have a very high oxygen index.

Our wires have met with the highest security standards, IS 694 of flame retardant properties ensuring you with additional safety. The ISI Marked Wires are just made to create a sphere of protection around your house, tackling you from all electricity errors.

These wires provide the most prominent protection you can gift to your family, these wires are low resisting made with an electrolytic copper conductor of 99.97% purity meeting your energy efficient requirements.

Single core, twin insulated wires in voltage grade 1100V, confirming to IS-694 with additional FR properties.


Nominal Area of the Conductor Number/Nom. Dia of Wire Thickness of Insulation (NOM) Approx. Overall Diameter Current Carrying Capacity* 2 Cables, Single Phase
In Conduit/Trunking Unenclosed- Clipped Directly to Surface or on Cable Tray
Max Resistance per km at 20deg. C
Sq. mm mm mm Amp.
Amp. Amp.
Ohms
1.0 14/.3 0.7 2.8
11 12
18.10
1.5 22/.3 0.7 3.1
14 16
12.10
2.5 36/.3 0.8 3.8
19 22
7.41
4.0 56/.3 0.8 4.4
26 29
4.95
6.0 84/.3 0.8 5.0
31 37
3.30
NOTE: Std. Colors - Red, Yellow, Blue, Black & Green *As per IS:3961(Part V)-1968

Test fuction of the Test Specification Specified Values
Critical Oxygen Index To determine the percentage of oxygen
required for supporting combustion of
sheathing material at room temperature.		 ASTM-D-2863 Minimum oxygen index of 29.
Temperature Index To determine at what temperature normal oxygen content of 21% in air will support combustion of sheathing material. ASTM-D-2863 & BICC Hand Book Chapter No.6 Minimum temperature index of 250deg. C.
Smoke Density To determine the visibility (light transmission) under fire of sheathing material. ASTM-D-2843 Minimum average light transmission of 40%
Acid gas generation To ascertain the amount of hydrocloric aced gas evolved from PVC sheath of cable under fire conditions. 1 EC 754-1 Hydrocloric acid gas released 20% maximum
Flammability test on group of cables To determine flame propagation of cables in installed conditions. IEEE-383 In total 20 minutes of burning the 8 feet long cable sample at a temperature of 1500*F the burning of cable shall not go up to the top.

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