BUILDING WIRE- SINGLE CORE CABLE

MESC manufactures and supplies a wide range of single-core cables, which are mostly used in power and lighting circuits, as well as building wiring, switchgear, and control gear. It’s designed for usage in open installation ducts, embedded conduits, and exposed conduits. These are ideal for appliance and device internal wiring.

• Voltage Ratings: 300/500 V, 450/750 V, and 600/1000 V
• Conductor: High-quality copper conductor
• Insulation: PVC insulated wires
• Special Type: Low Smoke and Zero Halogen (LSZH) wires for electrical wiring in homes, apartments, commercial and industrial buildings
• Standards Compliance: IEC 60227, BS EN 50525-2-31 (BS 6004), BS EN 50525-2-11 (BS 6500), BS 6231
• Insulation: Low Smoke Thermosetting Insulation Type EI5 as per BS EN 50525-3- 41 (BS 7211)

Based on special request, PVC insulation rated 85ºC and 90ºC (105ºC for reduced duration) can also be provided.

FLEXIBLE CABLE

MESC manufactures and supplies flexible cables. These are light-duty flexible cables designed for use in domestic applications, offices, and various electrical appliances. These cables are suitable for connecting different devices and lighting applications.

• Standards: IEC 60227-5, BS EN 50525-2-11
• Voltage Rating: 300/300 V, 300/500 V
• Conductor: Plain annealed flexible copper, Class 5 (as per IEC 60228)
• Insulation: PVC Type TI2 (70°C), PVC Type TI3 (90°C), as per BS EN 50363-3 PVC rated 105°C
• Outer Sheath: PVC Type TM2 / TM3 as per BS EN 50363-4-1
• Flame Retardant: IEC 60332-1
• Sheath Colour: White (other colours available on request).

LOW VOLTAGE POWER AND CONTROL CABLES

An extensive range of single-core and multi-core power and control cables. These cables have indoor and outdoor applications in power and petrochemical plants, utility buildings, electrical equipment, and more. These are designed to meet flame-retardant properties as per client-specific requirements. Cables with or without screening are available as per client-specific requirements.

Low Voltage Cables with PVC and XLPE Insulation, Copper/Aluminium Conductors, Armoured, Un-armoured, Lead Sheathed, AL/HDPA/PA designs, Single Core and Multi-core Constructions, Fire Retardant Grades, Low Smoke and Zero Halogen Cables.

ESMA and BASEC certified products.

CONDUCTORS

Conductors shall be of Copper or Aluminium, circular stranded (Non-compacted or Compacted) or shaped, Class 2 to IEC 60228, BS EN 60228.

For smaller sizes, a solid circular conductor, Class 1 as per IEC 60228, BS EN 60228 can also be supplied upon request.

INSULATION

XLPE material and thickness shall be as per IEC 60502/BS 5467/BS 6724, rated for 90ºC continuous operation. PVC insulation Material shall be Type A as per IEC 60502 or TI1 as per BS 7655.

ARMOUR

Galvanised Steel Wires applied helically over bedding as per IEC 60502, BS 5467, BS 6346, BS 6724. (Single core cables shall be with Aluminium wire armour). Cables with Double steel tapes as per IEC 60502 are also available.

OUTER SHEATH

PVC type ST2 as per IEC 60502, Type 9 as per BS 7655 or LSZH Type ST8/LTS1 coloured Black. Low-voltage cables.

FIRE PERFORMANCE OF CABLE SHEATHS

Cables with special flame-retardant PVC outer sheath to comply with the flame test requirements of IEC 60332-3-22, IEC 60332-3-23, and IEC 60332-3-24 can also be supplied based on special request. Cables as per BS 6724 shall meet the requirements of low corrosive and low toxic gas emission.

INSTRUMENTATION & PROCESS CABLES

A comprehensive range of instrumentation and process cables designed for industries where manufacturing and processing operations are controlled, monitored, and measured using electronic and digital systems.

For applications requiring enhanced safety performance, fire-resistant cables are available to meet special operational and regulatory requirements.

Instrumentation cables are single or multi-pair/triad cables engineered for signal transmission. They are primarily used to connect instruments and electrical equipment in process-controlled environments.

These cables are widely applied in facilities where signals generated by transducers are transmitted to panels, controllers, and other monitoring devices.

BS EN 50288-7: The current European harmonised standard for multi-element metallic cables used in analogue and digital communication and control.

• BS 5308 / PAS 5308: Although technically withdrawn and superseded by EN 50288-7, these British Standards remain widely specified, particularly in the petrochemical industry, because they cover specific dimensions and higher voltage ranges not always addressed by the newer European standard.
  • Part 1: Typically specifies Polyethylene (PE) insulation for petrochemical and hazardous areas.
  • Part 2: Typically specifies Polyvinyl Chloride (PVC) insulation for general industrial use
• UL 13 / UL 2250: North American standards covering Power-Limited Circuit Cables (Type PLTC) and Instrumentation Tray Cables (Type ITC).
• IEC 60092-376: Specifically for control and instrumentation circuits on ships and offshore units with a voltage rating of 150/250V (300V).
• NF M 87-202: A common French standard specifically for the petroleum industry.

Key Performance & Material Standards

Cables must often comply with secondary standards for safety and reliability:

• Conductors: IEC 60228 / EN 60228 – Defines nominal cross-sectional areas and resistance for solid, stranded, and flexible conductors.
• Fire Performance: IEC 60332-1 & IEC 60332-3 – Tests for flame retardancy and flame spread on bunched wires.
• Smoke & Toxicity: IEC 61034 / IEC 60754 – Measures smoke density and acidity of gases released during combustion (important for LSZH cables).
• Hazardous Areas: IEC 60079-11 & IEC 60079-25 – Requirements for cables used in intrinsically safe (IS) systems.
• Thermocouples: ANSI MC 96.1 / IEC 60584-3 – Standards for thermocouple extension and compensating cables.

Typical Construction Parameters

To meet these standards, cables generally feature:

• Twisted Pairs/Triads: To reduce electromagnetic noise and crosstalk.
• Shielding (Screening): Individual or overall screens (usually aluminium/polyester tape) with a tinned copper drain wire to protect signal integrity.
• Armouring: Galvanized steel wire (SWA) or tape for mechanical protection in buried or harsh environments.