Power Control Cables

Power Control Cables

Product Details:

  • Impedance As per IS 1554 standards
  • Tensile Strength 1500 N/mm2 (Copper)
  • Core Number 2, 3, 4, 5, 7, 10, 12, 19, 27, 37, 61
  • Conductor Shape Round
  • Conductor Type Stranded or solid
  • Diameter Depends on core, size and type from 5mm to 60mm
  • Insulation PVC Type A (as per IS:5831)
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Power Control Cables Price And Quantity

  • 1000 INR
  • 100 Kilograms

Power Control Cables Product Specifications

  • As per IS 1554 standards
  • -20C to +60C
  • 1500 N/mm2 (Copper)
  • 2, 3, 4, 5, 7, 10, 12, 19, 27, 37, 61
  • Round
  • Stranded or solid
  • Standard Black/Color coded as needed
  • Depends on core, size and type from 5mm to 60mm
  • PVC
  • Power Control Cable
  • PVC Type A (as per IS:5831)
  • Copper
  • -10C to +70C
  • Depends on core count and size
  • Armored/Unarmored Power Control
  • Annealed copper
  • Up to 1100V
  • -10C to +70C
  • Galvanized steel strip or wire
  • 3.5 kV for 1 minute
  • High conductivity, Durable, Flame retardant, Weather resistant, Flexible, Oil and chemical resistant, Heat resistant insulation
  • Black or color coded as per requirement
  • Custom as per cable type and core count
  • Indoor and outdoor
  • Copper/Aluminum (optional as per design)
  • 0.5 sq.mm to 400 sq.mm
  • Copper, PVC, Steel (for armored)
  • 2 to 61
  • PVC (Polyvinyl Chloride)
  • Power supply and control circuits, cable trays, raceways
  • Industrial power distribution, Control panels, Submersible pumps, Industrial machinery
  • Available in custom lengths up to 1000 meters

Power Control Cables Trade Information

  • As per demand Per Week
  • 2-3 Days

Product Description

SPECIFICATIONS

  • Conductor :Solid , Multistrand ,Bare Copper ,Nickel Plated Copper, Silver Plated Copper & Tinned Plated Copper
  • Core Insulation :Silicon Insulation
  • Construction :Twisted
  • Outer Sheath: Silicon Insulation
  • Operating Temp. : 200°C

FEATURES

  • Max. Temp. Up to 200°C
  • Excellent Dielectric Property
  • Excellent Heat Resistant
  • Outstanding Insulating Properties
  • Excellent Flexibility

AVAILABLE OPTIONS

  • Color Code as per Customer Requirement
  • Almylar Tape Shielded and Metal Shielding
  • Metal Covering

Construction Details And Dimensions

Cable Size

No.of Strands

Strand Diameter (Mm)

Area Of Conductor (Mm)

Bare Conductor Dia(Mm)

Formation

Cable Dimension(Mm) (Max)

Cable Wt (Approx) Gm/meter

CS101

7

0.200

0.22

0.59

Twisted

5.5

40

CS102

7

0.254

0.35

0.76

Twisted

5.8

50

CS103

1

0.810

0.5

0.81

Twisted

5.9

52

CS104

7

0.300

0.5

0.89

Twisted

6

53

CS105

24

0.200

0.75

1.1

Twisted

7

72

CS106

14

0.300

1

1.26

Twisted

7.7

92

CS107

3

0.711

1.2

1.39

Twisted

8

100

CS108

40

0.200

1.25

1.42

Twisted

8.1

105

CS109

1

1.290

1.3

1.29

Twisted

8.3

107

CS110

19

0.300

1.3

1.52

Twisted

8.7

109

CS111

21

0.300

1.5

1.55

Twisted

8.8

117

CS112

35

0.300

2.5

2

Twisted

10.5

165

CS113

56

0.300

4

2.56

Twisted

11.8

185

CS114

84

0.300

6

3.11

Twisted

13

333

CS115

140

0.300

10

4.1

Twisted

15.3

425

CS116

128

0.400

16

5.11

Twisted

17.7

700

CS117

198

0.400

25

6.4

Twisted

23

1015

CS118

278

0.400

35

7.6

Twisted

27

1600

 



Engineered Compliance and Safety

Our Power Control Cables adhere to stringent global standards, including IS:1554 Part 1, IEC 60502, and BS 5467. Rigorous flame retardant testing (IEC 60332-1) ensures superior fire resistance, while high insulation resistance (>36 Mohm/km at 27C) enhances electrical safety. These qualities make the cables reliable for critical industrial environments.


Versatile Applications and Installation

Designed for adaptability, these cables are ideal for power supply and control in control panels, submersible pumps, industrial machinery, cable trays, and raceways. Available in both armored and unarmored variants, they support both indoor and outdoor installations, boasting heat, chemical, oil, and weather resistance. Custom lengths up to 1000 meters are available upon request.


Flexible Design and Construction

With customizable options, Power Control Cables are produced in a variety of diameters, lengths, and core configurations (2 to 61 cores), and can be packaged as coils or drums. The stranded or solid annealed copper conductors, paired with tough PVC insulation and jacket, ensure lasting flexibility and mechanical strength, even in demanding industrial conditions.

FAQs of Power Control Cables:


Q: How are Power Control Cables tested for safety and compliance?

A: Power Control Cables undergo stringent testing according to ISO, IEC, and BS standards. These include flame retardant testing as per IEC 60332-1, insulation resistance checks (>36 Mohm/km at 27C), and dielectric strength tests up to 3.5 kV for 1 minute. Compliance ensures their reliability in industrial environments.

Q: What are the typical applications for these Power Control Cables?

A: These cables are commonly used for industrial power distribution, control panels, submersible pumps, machinery, cable trays, and raceways. The armored and unarmored options allow installation in both indoor and outdoor locations, offering durable, flexible, and weather-resistant solutions.

Q: When should I choose armored versus unarmored Power Control Cables?

A: Armored cables, which use a galvanized steel strip or wire, are recommended for areas requiring additional mechanical protection against physical damage. Unarmored cables are suitable for less demanding environments where added reinforcement is unnecessary.

Q: Where can these cables be installed and how do they perform outdoors?

A: Power Control Cables can be installed in various settings, including control panels, cable trays, underground ducts, and outdoor environments. They offer excellent weather and UV resistance (on request), making them reliable for outdoor applications and harsh climates.

Q: What is the benefit of using high conductivity, annealed copper conductors?

A: Annealed copper conductors provide excellent electrical conductivity, which ensures efficient power transmission and minimal energy loss. This results in better performance, higher safety margins, and increased durability for demanding industrial applications.

Q: How is the cables flexibility ensured despite its robust build?

A: These cables utilize stranded copper conductors, flexible PVC insulation, and, in armored types, compact steel armoring. The bending radius (minimum 12 x cable diameter) allows reliable installation in tight spaces, while retaining mechanical and electrical integrity.

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