Armoured Instrumentation Cables

Armoured Instrumentation Cables

Product Details:

  • Rated Temperature -30C to +90C
  • Operating Temperature -30C to +90C
  • Conductor Type Solid or Stranded
  • Install Type Underground, Trays, Ducts or Open installation
  • Insulation PVC/XLPE/PE
  • Tensile Strength 200-300 N/mm
  • Core Number 2 to 61 pairs or triads
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Armoured Instrumentation Cables Price And Quantity

  • 100 Kilograms
  • 1000 INR

Armoured Instrumentation Cables Product Specifications

  • 200-300 N/mm
  • PVC/LSZH (Low Smoke Zero Halogen)
  • 2 to 61 pairs or triads
  • Copper, PVC, Galvanized Steel, Aluminium Foil
  • Black or as per order
  • Annealed Tinned Copper
  • 50 to 110 Ohms (typical)
  • Aluminium polyester foil and tinned copper braiding
  • High mechanical protection, flame retardant, moisture resistant, chemical resistant, low leakage current, anti-termite and anti-rodent properties
  • 2.0 kV for 1 min
  • Black, Grey, Blue (as required)
  • Solid or Stranded
  • -10C to +60C
  • -30C to +90C
  • PVC/XLPE/PE
  • -30C to +90C
  • Underground, Trays, Ducts or Open installation
  • PVC/XLPE/PE
  • 600/1000V
  • Armoured, Screened, Multipair, Signal Cable
  • Varies with cores and size
  • 2 to 61 Pairs/Triads/Multipairs
  • 100 m, 500 m, or as per requirement
  • Armoured Instrumentation Cable
  • Varies as per construction
  • PVC/XLPE/PE Insulated Copper
  • Galvanized Steel Strip/Wire
  • Measurement devices, control panels, DCS, PLC systems
  • Process control, instrumentation, signal transmission, industrial automation, oil & gas, refineries, power plants
  • Custom/Varies by specifications
  • 0.5 sqmm to 2.5 sqmm
  • Round
  • Silver/Aluminium, as per connector type

Armoured Instrumentation Cables Trade Information

  • As per demand Per Week
  • 2-3 Days

Product Description

SPECIFICATIONS

  • Conductor : Solid, Multistrand, Electrolytic Grade Conductor Bare Copper, TPC As per IS 8130:84
  • Insulation : PVC / FR PVC / FRLS PVC / HR PVC
  • Construction Twisted / Flat
  • Outer Jacket : PVC / FR PVC / FRLS PVC / HR PVC
  • Operating Temp : 85°C

FEATURES

  • Max. Temp. Up to 85°C
  • Excellent Physical Properties
  • Excellent Di-Electric Constant
  • Excellent Flame Retardant Propery
  • Good Heat Resistivity
  • High Thermal Endurance
  • Good Moisture, Chemical

AVAILABLE OPTIONS

  • Metal Coverings.
  • Metal & Taped Shielding
  • Armourin
  • Special Colour Code

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

IP101

7

0.160

0.14

0.48

T/F

3.7

22.52

IP102

1

0.510

0.2

0.51

T/F

3.8

25.6

IP103

7

0.200

0.22

0.59

T/F

5.2

26.8

IP104

7

0.274

0.42

0.81

T/F

5.6

34.56

IP105

14

0.200

0.45

0.84

T/F

5.7

37.6

IP106

1

0.810

0.5

0.81

T/F

5.6

41

IP107

7

0.300

0.5

0.89

T/F

5.8

41

IP108

24

0.200

0.75

1.1

T/F

6.2

49.5

IP109

14

0.300

1

1.26

T/F

6.9

58

IP110

3

0.711

1.2

1.39

T/F

7.3

63.5

IP111

40

0.200

1.25

1.42

T/F

7.6

68

 



Built for Safety and Performance

Our Armoured Instrumentation Cables feature high mechanical protection, flame retardance to IEC 60332-1, and superior resistance to moisture, oil, chemicals, rodents, and termites. Their robust construction and reliable shielding ensure minimal signal interference, low leakage current, and safety in critical installations. These qualities make them perfect for hazardous and complex industrial settings.


Versatile Applications and Installation Flexibility

Designed for process control, DCS, PLC systems, signal transmission, and various automation applications, these cables are suitable for underground, tray, duct, or open environments. Low smoke zero halogen (LSZH) and halogen-free options enhance fire performance in sensitive areas, while UV-resistant outer sheaths ensure long-term outdoor durability.


Comprehensive Standards Compliance

Cables comply with major international standards including IS 1554, BS 5308, IEC 60228, and IEC 60502-1, ensuring performance, safety, and reliability in global industrial and infrastructure projects. Continuous sheath marking and traceability simplify identification and compliance documentation at every installation point.

FAQs of Armoured Instrumentation Cables:


Q: How do Armoured Instrumentation Cables ensure safety in industrial environments?

A: These cables offer high mechanical protection against physical damage, flame retardance as per IEC 60332-1, and strong resistance to moisture, chemicals, oils, rodents, and termites. Low smoke zero halogen options further increase safety in environments where fire and toxic fume reduction is critical.

Q: What standards do these Armoured Instrumentation Cables comply with?

A: They are manufactured according to IS 1554, BS 5308, IEC 60228, and IEC 60502-1, meeting stringent international requirements for performance, insulation, conductor design, and fire resistance.

Q: When should I choose cables with low smoke zero halogen (LSZH) sheathing?

A: LSZH sheathing should be used in critical environments such as control rooms, commercial buildings, and areas where minimizing harmful smoke and halogen release during a fire is essential to protect personnel and sensitive equipment.

Q: Where can these cables typically be installed?

A: Their robust armored design allows for installation in underground ducts, utility trays, open air, and within industrial plants exposed to harsh conditions, providing versatility for oil & gas, refineries, power plants, and other process industries.

Q: What makes the shielding in these cables effective for signal transmission?

A: They utilize aluminium polyester foil or tinned copper braiding with minimum 85% screen coverage, offering both individual and overall shielding options. This significantly reduces electromagnetic interference, ensuring signal integrity even in electrically noisy environments.

Q: How are the cables identified during installation and maintenance?

A: Continuous sheath marking indicates cable type, voltage rating, and length at 1-meter intervals, making identification easy and accurate throughout the installation and life cycle of the cable.

Q: What are the main benefits of using Armoured Instrumentation Cables in industrial automation?

A: They provide durable signal and data transmission with minimal leakage, strong mechanical and environmental protection, adaptability to varied installation methods, and compliance with international standards, ensuring dependable operation in demanding industrial systems.

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