Ramcro fire resistant cable range is designed to ensure that emergency systems in public buildings continue to operate in some of the most extreme fire conditions.

Fire Resistant Cables for Fire Alarm Systems, Emergency Lighting & Voice Evacuation Systems, often also referred to as fire survival cables, fire-proof cables, fire alarm cables, or simply fire.

LPCB Certified

BASEC Certified

ESMA Certified

Approved by Civil Defense of Dubai, Sharjah & Abu Dhabi

Approved by Bahrain Civil Defense

Approved by Royal Oman Police (ROP)

RAMCRO cables are used for Fire Resistant & Circuit Integrity and essential to prevent life from smoke and noxious fumes, and where sensitive equipment may be damaged by acid forming gases.

Ramcro Fire resistant cables are with sub –branded Ramfirecro, are manufactured to meet the requirements in accordance with the major international standards. ie, BS 7629/BS 6387, CWZ/IEC 60331-21/ EN50200 PH120/BS 8434-2/ etc.

Ramcro Fire Resistant Cable Range

Fire Planet – BS 6387 CWZ, Multi-core, Solid/Stranded CU, Silicon Rubber – Insulation, Collective screen, LSZH – Sheath

Fire Sun – BS 7629, Multi-core, Solid/Stranded CU, Silicon Rubber – Insulation, Collective screen, LSZH – Sheath

Fire Star – Enhanced BS 8434-2 Multi-core Solid/Stranded CU, Mica+ XLPE + Silicon Rubber – Insulation, Collective screen, LSZH – Sheath

Multi-Core, Plain annealed copper wire Solid/ Stranded, Special Mix Silicon Rubber-Insulation, Collective Screen Aluminium / PETP tape over copper drain wire, LSZH Sheath.

• Sheath Colour:Red or White

• BS 6387:2013 Cat. C-W-Z

• EN 60754-1:2014

• EN 61034-2:2005

• EN 50200:2015 (Class PH120)

• EN 50200:2015 Annex E (30 mins)

• EN 60754-2:2014

Multi-Core, Plain annealed copper wire Solid/ Stranded, Special Mix Silicon Rubber-Insulation, Collective Screen Aluminium / PETP tape over tinned copper drain wire, LSZH Sheath.

• Sheath Colour: Red or White

• BS 7629-1:2015 (Standard 60)

• BS 6387:2013 (CWZ)

• EN 50200:2015 (Class PH120)

• EN 50200:2015 Annex E (30 mins)

• BS 5839-1:2013 (Clause 26.2d Standard)

• EN 60754-2:2014

Multi-Core, Plain annealed copper wire Solid/ Stranded, MICA+XLPE / Special Mix Silicon Rubber-Insulation, Collective Screen Aluminium / PETP tape over tinned copper CC Core, LSZH Sheath.

• Sheath Colour: Red or White
• BS 7629-1:2015 Enhanced 120
• EN 50200:2015 (Class PH120)
• BS 8434-2:2003+A2:2009 (120 mins)
• BS 5839-1:2013 (Clause 26.2e Enhanced)
• BS 6387:2013 Category CWZ

Control & Building Management System (BMS) Cables are special extra low voltage cables for data transmission and communication. These cables are specially constructed cables for ELV systems which carries low voltage signals with accuracy and protection from any external disturbances or influences coming in the form of electromagnetic vibrations from neighbouring cables or devices. BMS Cables transmit data related to the monitoring and control of various building systems such as HVAC, lighting, and security etc.

The cable is compatible with various communication protocols such as LON, BACnet, Modbus, M-bus, EIB, Profibus, KNX or General Bus and Field bus, making it versatile and adaptable to different systems.

Ramcro Control & BMS Cables Range

• Multi Conductor Cable

• Paired Cable

• Data cable

• KNX Cable

• Speaker Cable

Available in

• PVC Jacket

• LSZH / LS0H Jacket – Low Smoke Zero Halogen

Applications:

• Building Management System, Home Automation, Lighting Control, Access Control, Security, Guest Room Management System (GRMS), Public Address System.

• Configuration: Multi-conductor cables with minimum 2 cores, up to 8 cores or more

• Application: Used for field devices and signal transmission

• Design: Specially constructed for both signal and power transmission

• Usage: Suitable for controllers, meters, and data gathering devices

• Application: Mainly used for communication systems

• Construction: Twisted pair configuration

• Conductor: Tinned copper

• Benefit: Tinning protects copper and increases lifespan against environmental/seasonal damage

• Type: KNX cable (paired cable)

• Conductor: Solid copper conductors

• Construction: Twisted pair configuration (typically 2 pairs / 4 cores)

• Application: Used for lighting control, building automation, and communication systems

• System Use: Suitable for KNX / EIB building management systems

Instrumentation Cable

These cables are designed to connect electrical instrument circuits and provide communication services in and around process plant (e.g. petrochemical industry etc.). Inside a complete gamma suitable for few applications and critic installations.

Instrumentation cables designed to carry communication and control signals in a variety of installation types including those found in the petrochemical industry. The signals can be of analogue, data or voice type and from a variety of transducers such as pressure, proximity or microphone.

WIRES

• Building wires are generally used to carry electrical current in almost every industrial, residential, and commercial building.

• The wires, cables and cords rated  300/500V and 450/750V used for electric power, lighting, internal wiring, electric power, domestic, office and similar environments as specified in IEC 60227, BS EN 50525-2-31 (BS 6004), BS EN 50525-2-11 (BS 6500), BS 6231 and BS EN50525-3-41 (BS 7211).
• Based on a special request, PVC insulation rated at 85 °C and 90°C (105 °C for reduced duration) can also be provided.

LOW VOLTAGE CABLES

Low Voltage Cables with PVC and XLPE Insulation, Copper/Aluminium Conductors, Armoured/Un-armoured/Lead Sheathed 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

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.

MEDIUM VOLTAGE CABLES

• Medium Voltage Cables with XLPE and TR-XLPE Insulation
• Available with Copper or Aluminium conductors
• Metallic Screen of Copper Tape/Copper Wire/Lead Sheath
• Armoured and Un-armoured cable designs
• Single Core and 3-Core constructions
• Fire Retardant cable grades available
• Outer sheath options: PVC, LLDPE, MDPE, and HDPE
• Low Smoke Zero Halogen (LSZH) cable variants
• ESMA and BASEC certified products for quality and compliance

OVERHEAD CONDUCTORS

• Hard Drawn Copper Conductors
• Bare Aluminium Conductors
• Insulated Aluminium Conductors
• Aluminium Alloy Conductors
• Aerial Bundle Cables (ABC)
• ACSR (Aluminium Conductor Steel Reinforced)
• ACSR/AW (Aluminium Conductor Steel Reinforced / Aluminium Clad Steel)
• ACAR (Aluminium Conductor Alloy Reinforced)
• AACSR (Aluminium Alloy Conductor Steel Reinforced)
• AW Conductors (Aluminium Clad Steel Conductors)
• Available in Regular, High Strength, and Extra High Strength conductors

CONTROL CABLES

• Multi-Core Control Cables with PVC and XLPE Insulation
• Copper Solid, Round stranded and Flexible Conductors
• Armoured /Un armoured/Copper Wire/Copper Tape/Lead Sheathed designs
• Color Coded with and without Green/Yellow Combination
• Fire Retardant Grades, Low Smoke and Zero Halogen Cables
• ESMA and BASEC certified products.

FIRE RESISTANT CABLE

• Cables with Copper Conductors, MICA Tape Primary Insulation, XLPE Secondary Insulation, Armoured/Un-armoured Single and Multicore cables for areas where circuit integrity is of utmost importance and power supply is to be maintained during fire for fire-fighting devices, sprinkler systems, essential fire detection and fire alarm systems, evacuation systems for safeguarding human life and protecting equipment.

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.

LOW CURRENT & COMMUNICATION CABLES

• MESC manufactures and supplies a wide range of Low Current & Communication cables.
• These cables are designed to transmit signals, data, and information while requiring minimal power consumption.
• They are essential for connecting devices within control circuits, communication systems, and electronic equipment.
• Common types include coaxial, twisted pair, and Ethernet cables.
• They are widely utilised in industrial control systems, telecom networks, security systems, and automation.

LOW VOLTAGE POWER CABLES

Low-voltage power cables with PVC or XLPE insulation, for copper or aluminium conductors, are available in armoured and unarmoured designs, with single-core and multicore constructions. A wide range of sheath materials and colour options is available. Cable constructions shall comply with IEC 60502-1, BS 6346, and BS 5467, as applicable.

Conductors

Conductors shall be made of copper or aluminium, circular stranded (non-compacted or compacted) or shaped, Class 2, in accordance with IEC 60228 or BS EN 60228.

INSULATION

• XLPE material and thickness shall comply with IEC 60502-1 or BS 5467, suitable for 90°C continuous operating temperature.

• PVC material and thickness shall comply with IEC 60502-1 or BS 6346.

Armour (when required)

Armouring shall be applied in accordance with IEC 60502-1, BS 5467, or BS 6346, as applicable, and may consist of:

• Galvanised steel wire (SWA)

• Double steel tape (STA)

• Aluminium wire armour (AWA) for single-core cables

Outer Sheath

• Outer Sheath will be extruded PVC, Type ST2 as per IEC 60502-1 and Type 9 as per BS 7655.

• Special types of PVC sheathing material, such as fire-retardant PVC (IEC 60332-3-22, IEC 60332-3-23 and IEC 60332-3 – 24), anti-termite and anti-rodent PVC, ultraviolet PVC, oil-resistant PVC, etc., are available, as well as special sheathing materials such as LLDPE, MDPE, HDPE, LSHF (IEC 60502-1 and BS 6724), etc.

MEDIUM & HIGH VOLTAGE POWER CABLES

• The medium-voltage power cables range is available with Copper or Aluminium conductors.

• Available with copper Wires or copper Tapes metallic screen with customized short-circuit current capacity.

• Available with special construction as per project specifications.

OVERHEAD CONDUCTORS

• Available in a wide range of types (AAC), (AAAC),(ACSR), (ACSR/AW) or (ACAR).

• Customized conductor sizes and designs are available upon request.

RUBBER CABLES

• Type: H07RN-F rubber flexible power cable

• Design: Suitable for tough weather conditions and high mechanical & thermal stress

• Conductor: Class 5 flexible plain copper conductors

• Insulation: EPR (Ethylene Propylene Rubber)

• Outer Sheath: Black CPE rubber sheath

• Properties: Oil, grease, and water resistant

• Applications: Handling equipment, mobile power supplies, stage and audio equipment

PVC FLEXIBLE CABLES

• Rated Voltage – 300/500v
• Conductor – Plain Annealed High Conductivity Flexible Copper As Per Class 5 Of IEC 60228
• Insulation Material – PVC
• Specification Standard – AS PER B6500

CAT- 6 CABLE

Product Features & Technical Specifications

• Provides 250MHz standard
• Conductor Resistance at 20°C Ω/100m – max: 9.5
• Resistance percentage – max:3.0
• Near-end crosstalk dB/ lO0m min
• Meet EIA/TIA 568 B.2, EN 50173-1, ISO/IEC 11801 Standards.
• PVC jacket with HDPE insulation.
• Solid wire 24(AWG) Bare copper conductor and also available in 23(AWG)
• Operating temperature: -20°C to + 75°C
• Return Loss (Min. at 250MHz): 17.3 dB
• Attenuation: (Min. at 250 MHz) : 30.5 dB

Benefits

• Improved signal strength
• Better speed & performance
• Supports Gigabit Ethernet

TUBULAR CABLE LUGS

• For Copper conductors
• Material: E-copper-BS 1977
• Surface: Tin Plated
• (With or without inspection hole)

CABLE LUGS – BI METAL

• Guaranteed particulars for bi metal cable lugs suitable for

• 1.1kv 87 above for R. core xlpe aluminium lt/ht cable

Raw material:

• Aluminium 99.50% (purity, min), conductivity 60% (min) of iacs in annealed condition.
• Copper 99.80% (purity, min), conductivity – 97% of iacs (min) of hot forged quality.
• Jointing method high speed friction welding
• Finish – natural (Fully annealed including joint)

CABLE GLANDS – CW BRASS

KEDBROOKE CW Type brass indoor and outdoor cable gland is used with all types of Single Wire Armour (SWA) cable providing mechanical cable retention and electrical continuity through armour wire termination. The clamping ring allows the cable to be easily disconnect from the equipment, for maintenance etc. This feature also provides remote make off procedures when the termination is to be conducted in areas of restricted access. This cable gland is designed and tested as per BS 6121:Part 1:1989. It meets the requirement of EN 50262:1999.

TECHNICAL SPECIFICATION

• Type – CW
• Design Specification – BS 6121: Part 1: 1989
• Ingress Protection Rating – IP66
• Standard Gland Material – Brass
• Optional Gland Material – Nickel Plated Brass
• Cable Type – Single Wire Armour (SWA)
• Sealing Area(s) – Cable Outer Sheath
• Available Accessories – Steel/Brass Locknut, PVC/LSF Shroud, Brass Earth Tag, Nylon Washer, Brass Reducer

CABLE GLANDS – BW BRASS

KEDBROOKE BW Type brass indoor cable gland is used with all types of Single Wire Armour (SWA) cable providing mechanical cable retention and electrical continuity through armour wire termination. The BW design offers the benefit of a longer body to protect the armour wires from impact. This cable gland is designed and tested to BS6121:1989. It meets the requirement of EN 50262:1999.

TECHNICAL SPECIFICATION

• Type – BW 4 Part
• Design Specification – BS 6121: Part 1: 1989
• Standard Gland Material – Brass
• Optional Gland Material – Nickel Plated Brass
• Cable Type – Single Wire Armour (SWA)
• Armour Clamping – Clamping Ring
• Available Accessories – Steel/Brass Locknut, PVC/LSF Shroud Brass Earth Tag, Nylon Washer, Brass Reducer

Cable Gland – A1 A2

A1 A2 Type brass indoor cable gland is used with all types of unarmoured cable, providing mechanical cable retention. Sealing is provided on the cable outer sheath. A1 A2 range of industrial cable gland is designed and tested as per BS 6121:Part 1:1989. It meets the requirements of EN 50262:1999.

TECHNICAL SPECIFICATION

• Type – A1 A2
• Design Specification – BS 6121: Part 1: 1989
• Ingress Protection Rating – IP66
• Standard Gland Material – Brass
• Optional Gland Material – Nickel Plated Brass
• Cable Type – Unarmoured
• Sealing Area(s) – Cable Outer Sheath
• Available Accessories – Steel/Brass Locknut, PVC/LSF Shroud, Brass Earth Tag, Nylon Washer, Brass Reducer

E1W GLAND FOR SWA CABLE

• Suitable for single wire armoured, plastic or rubber sheathed, extruded bedded cables
• Outer seal grips sheath of cable
• Inner seal grips bedding layer of cable
• For use in most climatic conditions weatherproof and waterproof
• Inner and outer seal rated to IP 66
• Design has separate armour locking ring
• Gland rated to IP66 with use of suitable washer or thread sealant at gland interface
• Finish: Natural Brass and also available in Electro Tinned and Nickel

CABLE GLANDS

• A1/A2 Gland for unarmoured cable

• A2 flameproof for unarmoured cable

• BW gland for SWA cable

• CW gland for SWA cable

• CW flameproof gland for SWA cable

• E1W gland for SWA cable

• E1W flameproof gland for SWA cable

• G-Type gland for SWA cable

• U-Type gland for SWA cable

CABLE LUGS & CONNECTORS

• We offer a wide range of copper and aluminium cable lugs, connectors, and terminals.
• Tubular insulated and heavy-duty lugs for XLPE and medium/high-voltage cables
• Copper and aluminium connectors and terminal ends with solid barriers
• Compression sleeves and full-tension joints for reliable connections
• Medium-voltage straight splices for efficient cable joining
• Copper end-sealing ferrules and plastic end sleeves
• Solder-type weak-back ferrules and tinned screw sleeves
• Punched copper lugs with bolted connections

CABLE CLIPS (ROUND)

• High Density PE material, Masonry steel nail.

• Applied for general round cables.

• Applied for telephone cords with nails inserted.

Cable Tie

• The cable ties ensure a secure hold of the items to be wrapped, thanks to the teeth on the belt and the self-locking system.

• It used to bundle wires, cables, wrapping and get gardening neat and tidy.

• You can enter manually or with a tool

• The end of the tape is slightly bent for insertion allows practical.

• UL approved Nylon 66, 94V-2, With good tensile strength and insulation, not easy to get aging.

• Standard colour is natural, black and white.

• Various sizes are available from 100mm to 1168mm.

GROMMET (OPEN/CLOSED)-BUSHINGS

• Low cost protection for wires and cables passing through metal panels
• Quick and easy to install
• Closed hole versions available for later insertion of cables or wires
• PVC material Available in Black Colour.

HEAT SHRINK (INSULATING)

• Rigid Shrinkable PVC Material.

• Used for colour distinction and insulation of busbar in control panel. To be shrinked by blower or hot water.

• Maximum service temp: 80°C

• Available in Red white Blue and Black, 100mtr Roll.

SPIRAL BINDING (INSULATING)

• A economical way of cable binding. Easily applied to electric harness cables and wire bundles. Cut-to-fit versatility in convenient roll-form.

• Made from PE material or NYLON6. Excellent in insulation and binding strength.

• Flexible construction enable bands to follow wire ways easily.

• Durable, reusable with retained spiral strength.

• Fix ends of band with BANDEX cable ties and spiral wire bundles in clockwise direction to complete works.

• Expand spiral range almost without limit.

• Available in white colour, 10mtr Roll.

CORD END TERMINALS

• Terminal Material – Copper
• Insulation Material – Nylon

SPADE(FORK) TERMINALS

• Terminal Material – Copper
• Insulation Material – Vinyl

RING TERMINAL

• Terminal Material – Copper
• Insulation Material – Vinyl

SOLID COPPER EARTH ROD

• Type: Solid copper earth rod

• Material: Made from pure EC copper

• Finish: Natural copper finish

• Application: Used for earthing and grounding systems

BONDED COPPER EARTH ROD

• Type: Bonded copper earth rod

• Material: High tensile strength steel

• Coating: Copper plated / copper bonded surface

• Application: Used for earthing and grounding systems

EARTH ROD COUPLER & CLAMP

• Sizes: 16 mm and 20 mm

• Function: Used to connect earth rods together

• Application: Provides secure grounding and earthing connections

SUPREME-METRIC GLAND IP68

• UL approved Material Nylon 66, 94V-2.
• Suit a variety of applications, and diverse industries.
• Mount gland to pre-drilled panel hole, use locknut to fix gland on board, insert the cables in the seal, and then tighten up the nut to hold cables in position.
• Simply and quickly fixed, high degree of the protection IP68 preventing dust and water.

SUPREME PG GLAND IP68

• UL approved material NYLON 66, 94V-2.
• Well designed for insulation, waterproof and impact resistant. Used extensively for protection and fixation of cables in control panel and apparatus.
• Mount body to pre-drilled panel hole and fix it with locking nut.
• Insert cables through body and then seals consequently. Finally, Press them together with press nut to hold cable in position.

SPLIT FLEXIBLE CONDUITS

• Material: PP(BLACK)
• All sizes in mm unless otherwise stated.
• ID or OD can vary ± 0.4 mm
• Manufactured from P.P. (Black)
• Used to protect wiring inside the wall to replace normal PVC pipe. Flexible design for better wire running.

GM CABLE MARKER

• Made of finest soft grade, strong, durable PVC that will resist oil, grease, acid abrasion and chemicals.

• With its unique oval shape design provide slip over cable directly (for small cable) slip onto marker strip (for larger cable or cable bundles)

MARKER STRIPS

• Made of finest soft grade, strong, durable PVC that will resist oil, grease, acid abrasion and chemicals.

• With cable tie fastening hole to accommodate marker pieces for easy identification of cable runs.

BM CABLE MARKER

• Made of finest soft grade, strong, durable PVC that will resist oil, grease, acid abrasion and chemicals.

• Features high quality flexible interior to fit various cable diameters. The markers stay attached on a roller and can be dispatched easily when needed. Bold print on yellow body to show the codes precisely. Any numbers can be composed by arranging letters and numbers in sequence to provide the necessary codes. To be fitted before the terminal is attached or solder connection made and grip cable firmly in position.

CABLE CLAMPS

• Self-Adhesive Tie Mount
• UL approved material NYLON 66, 94V-2 (Backed with adhesive tape) .
• SELF-ADHESIVE TIE MOUNTS is designed to support light weigh wire bundles when properly applied on any clean, smooth, grease free surface. For heavy support mounting hole is provided for screws.
• To apply, simply peel off backing paper and apply mount to surface after that, cable ties can be inserted to secure wire bundles.
• Available in Black & White.