Instrumentation Cables

Instrumentation Cables

Yeshwant Wires is a leading instrument cable and instrumentation cable manufacturer in India, offering high-performance cables for precise signal and data transmission in industrial automation systems. Our instrumentation cables are designed to deliver accurate, interference-free communication between field instruments and control panels.

Our instrument cables are manufactured using stranded plain or tinned copper conductors with advanced shielding options including individual and overall aluminum foil/polyester shielding for superior EMI/RFI protection. Available in armoured and unarmoured constructions, these cables ensure long service life, flexibility, and enhanced signal integrity even in harsh industrial environments.

Instrumentation Cable Manufacturer in India - Yeshwant Wires

What is an Instrument Cable?

An instrument cable, also known as an instrumentation cable, is a specialized type of electrical cable designed for transmitting low-level signals in industrial environments. These cables are used to connect field instruments such as sensors, transmitters, and control devices to control panels and data acquisition systems. Instrument cables are engineered to provide accurate signal transmission while minimizing interference from electromagnetic sources, making them essential for reliable operation in process automation, oil & gas, petrochemical, power generation, and manufacturing industries.

Description

Yeshwant Wires supplies Instrumentation Cables compliant with UL 13 / UL 2250 Type PLTC/ITC (300V) and UL 1277 Type TC (600V), as well as FOUNDATION™ Fieldbus IEC 61158-2 Type A cables. These cables are available in pair and triad constructions with individual and overall assembly options to meet diverse project requirements.

Our instrumentation cables are widely used in oil & gas plants, petrochemical industries, offshore rigs, power plants, cement factories, refineries, and manufacturing facilities, where reliable low-voltage signal transmission is critical for monitoring, control, and safety systems.

Key Features & Advantages

  • Low Signal Loss: Designed for accurate and stable data transmission.
  • Superior EMI Protection: Shielded with aluminium foil or copper braid to prevent interference.
  • High Temperature Resistance: Suitable for both indoor and outdoor installations.
  • Oil & Chemical Resistant: Outer sheath resists corrosion and harsh industrial conditions.
  • Flexible Construction: Simplifies installation through conduits or cable trays.
  • Custom Configurations: Single pair, multi-pair, armoured, or unarmoured options available.
  • Complies with Global Standards: IS 1554, BS 5308, IEC 189, and EN 50288.

Technical Specifications

Property Specification Significance
Conductor Material Annealed Bare / Tinned Copper (Solid or Stranded) Ensures high conductivity. Tinned copper provides crucial corrosion resistance for damp or chemically active industrial settings.
Insulation PVC / PE / XLPE / FRLS / HR PVC Offers flexibility to meet thermal and chemical demands. XLPE (Cross-linked) and HR PVC provide higher temperature tolerance; FRLS (Flame Retardant Low Smoke) enhances fire safety.
Core Identification Number Coded or Colour Coded as per Standards Essential for installation and maintenance to correctly trace and connect circuits (e.g., pairs, triads).
Shielding Aluminium Mylar Tape / Copper Braid / Foil Shield Critical for protecting sensitive, low-level signals from Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI), ensuring measurement accuracy.
Armouring GI Wire / Steel Tape Armoured (optional) Provides mechanical protection against crushing, impact, and rodent damage, often required for direct burial or exposed plant routing.
Sheath PVC / FRLS / LSZH (UV & Oil Resistant) Protects the core bundle from environmental factors. LSZH (Low Smoke Zero Halogen) is key for indoor safety; UV & Oil Resistance is mandatory for chemical and outdoor installations.
Voltage Grade Up to 1100 V Rated for power-level voltages, allowing safe routing in common trays or conduits with medium-voltage power cables, though the signals transmitted are low voltage.
Operating Temperature -15°C to +85°C Defines the thermal stability range, indicating suitability for various demanding process environments.
Standards IS 1554 / IS 694 / IS 8130 Compliance ensures the cable meets international requirements for construction, performance, and testing of industrial control and instrumentation cables.

Applications

Instrumentation Cables are used in refineries, power plants, automation systems, and control rooms for signal transmission between field devices and control systems. They are suitable for connecting PLCs, DCS panels, transmitters, sensors, and measurement instruments.

Manufacturing & Quality Assurance

At Yeshwant Wires, every instrumentation cable is produced using advanced extrusion, twisting, shielding, and armouring processes for precision and reliability. Cables undergo stringent testing for continuity, insulation resistance, capacitance, attenuation, and flame retardancy under ISO certified quality systems.

Why Choose Yeshwant Wires for Instrumentation Cables?

Industry Leadership

Premier Instrumentation Cable manufacturer in India with 8+ years of expertise.

Custom Solutions

Tailored cable designs for specific protocols, environments, and performance requirements.

Premium Materials

99.99% pure copper conductors and high-grade insulation for maximum performance.

Global Standards

Full compliance with IS and ISO/IEC international standards.

Competitive Pricing

Factory-direct pricing with no compromise on quality or performance.

Pan-India Delivery

Fast, reliable delivery across all major cities and industrial hubs in India.

Industries We Serve

We supply Instrumentation Cables to diverse industries such as oil & gas, petrochemicals, pharmaceuticals, power generation, and infrastructure. Our solutions are tailored for high performance, safety, and reliability in mission-critical applications.

Frequently Asked Questions (FAQ)

Instrumentation cables are used to transmit low-level electrical signals for monitoring and controlling electrical systems in industries such as oil, gas, chemical, and power plants.

Instrumentation cables are designed to minimize signal interference and crosstalk using shielding and twisted pairs, while control cables are mainly used for transmitting control signals.

These cables are widely used in refineries, process plants, power stations, and automation systems for accurate signal transmission between instruments and control rooms.

Instrumentation cables can have individual and overall shielding using materials like aluminum mylar tape or braided tinned copper to protect against electromagnetic interference (EMI).

Instrumentation cables comply with standards such as BS 5308, IEC 60502, and IS 1554 to ensure reliable performance, insulation quality, and electrical safety.

Common insulation materials include PVC, XLPE, and PE, offering excellent electrical properties, flexibility, and resistance to heat and moisture.

Yes, with proper sheathing such as FRLS, LSZH, or UV-resistant jackets, instrumentation cables can be safely used in outdoor or industrial environments.

Armoured cables include a protective layer (usually galvanized steel wire or tape) for mechanical strength, while unarmoured cables are used where mechanical protection isn’t required.

Shielding prevents external electromagnetic interference, ensuring that low-voltage signals are transmitted accurately without distortion or noise.