Mineral Insulated Cable Dealers in Delhi

• Usage: Used in Coal mines and Refineries
• Specification: IS: 1554 (Part-1) -1988.
• Conductor: Copper
• Insulation: PVC
• Sheathing: PVC
• Armoring: Double armouring over the Inner Sheath with Galvanized Round Steel Wire
• Cores: Multi Core
• Sizes: 25 sqmm - 400 sqmm  

  We offer optimum quality PVC Insulated Mining Cables, Sheathed with Double Wire Armored Mining Cables. We manufacture PVC Insulated Mining Cables in conformance to BIS Specification IS: 1554 (Part-1) -1988. Our PVC Insulated Mining Cables are specially manufactured for use in mines. The PVC Insulated Mining Cables offered by us are tested successfully by government laboratory proving their conformity for use in mines. Our specially developed PVC Insulated Mining Cables are available in a vast size range of 25 sq. mm - 400 sq. mm.Applications : Copper Cables for Coal mines and Refineries Type : Stranded bright annealed electrolytic copper conductor PVC Insulated, PVC Sheathed Upto 1. 1 KV as per IS: 1554 (Part-1) -1988 Double Armouring : Double armouring is done over the Inner Sheath with Galvanized Round Steel Wire to provide higher mechanical protection and flexibility / pliability Conductivity : The conductivity of the armour is not less than 75% of the phase conductor Sizes : Multi Core : 25 sqmm - 400 sqmm

We offer optimum quality PVC Insulated Mining Cables, Sheathed with Double Wire Armored Mining Cables. We manufacture PVC Insulated Mining Cables in conformance to BIS Specification IS: 1554 (Part-1) -1988. Our PVC Insulated Mining Cables are specially manufactured for use in mines.

We provide Mineral Insulated Heating Cables. Our product gives melting points of 1083ºc for the copper and Insulation. This provides fire survival while maintaining circuit integrity in temperatures in excess of 1000ºc. Mineral cable is a non aging cable with a high corrosion resistance, completely waterproof which gives a high degree of electrical screening. Mineral Insulated Heating cables are used to provide circuit integrity for power and control circuits of critical equipment.

Our valued customers can avail from us quality-assured Mineral Insulated Cable. Manufactured using high quality raw materials, the Mineral Insulated Cable is a non ageing cable with a high corrosion resistance, completely waterproof which gives a high degree of electrical screening. Along with this, the unique construction of Mineral Insulated Cable gives melting points of 1083oC for the copper and Insulation. This provides fire survival whilst maintaining circuit integrity in temperatures in excess of 1000oC. The Mineral Insulated Cable is a non ageing cable with a high corrosion resistance, completely waterproof which gives a high degree of electrical screening. All manufactured Mineral Insulated Cable stands tall on the grounds of European and world wide standards including : BS EN 50200 Class PH120BS EN 50267BS EN 5839-1 Enhanced standardBS EN 60702-1BS 6387BS 8434IEC 60331 The provided Mineral Insulated Cables provide circuit integrity for power and control circuits of critical equipment, such as the following examples : Nuclear reactorsAir pressurization systems for stairwells to enable building egress during a fireHospital operating roomsFire alarm systemsEmergency power systemsEmergency lighting systemsSprinkler systemsTemperature measurement devices; RTD's and Thermocouples

• Brand Name: POLYCAB,PARASHIELD

We are offering Mineral Insulated Copper Cable. Mineral-insulated copper-clad cable is a variety of electrical cable made from copper conductors inside a copper sheath, insulated by inorganic magnesium oxide powder. The name is often abbreviated to micc or mi cable, and colloquially known as pyro (because the original manufacturer and vendor for this product in the uk is a company called pyrotenax). A similar product sheathed with metals other than copper is called mineral insulated metal sheathed (mims) cable. Mi cable is made by placing copper rods inside a circular copper tube and filling the intervening spaces with dry magnesium oxide powder. The overall assembly is then pressed between rollers to reduce its diameter (and increase its length). Up to seven conductors are often found in an mi cable, with up to 19 available from some manufacturers. Since mi cables use no organic material as insulation (except at the ends), they are more resistant to fires than plastic-insulated cables. Mi cables are used in critical fire protection applications such as alarm circuits, fire pumps, and smoke control systems. In process industries handling flammable fluids mi cable is used where small fires would otherwise cause damage to control or power cables. Mi cable is also highly resistant to ionizing radiation and so finds applications in instrumentation for nuclear reactors and nuclear physics apparatus. The metal tube surrounding the conductors effectively shields circuits in mi cable from electromagnetic interference. The metal sheath provides protection against accidental contact with energised circuit conductors. Mi cables may be covered with a plastic sheath, coloured for identification purposes. The plastic sheath also provides additional corrosion protection for the copper sheath. Purpose and use mi cables are used for power and control circuits of critical equipment, such as the following examples: • nuclear reactors • air pressurisation systems for stairwells to enable building egress during a fire • hospital operating rooms • fire alarm systems • emergency power systems • emergency lighting systems • temperature measurement devices; rtd's and thermocouples. • critical process valves in the petrochemical industry • public buildings such as theatres, cinemas, hotels • transport hubs (railway stations, airports etc.) • mains supply cables within residential apartment blocks • tunnels and mines • electrical equipment in hazardous areas where flammable gases may be present e.g. Oil refineries, petrol stations • areas where corrosive chemicals may be present e.g. Factories • building plant rooms • hot areas e.g. Power stations, foundries, and close to or even inside industrial furnaces, kilns and ovens mi cable fulfills the passive fire protection called circuit integrity, which is intended to provide operability of critical electrical circuits during a fire. It is subject to strict listing and approval use and compliance typical specifications maximum voltage 600 or 1000 volts current rating 18 - 450 amperes conductor area 1.0 – 240 mm² copper sheath area 5 – 70 mm² effective number of cores 1,2,3,4,7,12,19 overall diameter 5 – 26 mm minimum bend radius 6 x diameter (3 x diameter if bent once only) weight 100 – 3300 kg/km, 355 - 11708.4 lbs/mi twists per metre 0, 20; in many applications no twist is preferred. Finish bare copper, standard pvc sheath, low smoke and fume (lsf) polymer sheath, various stainless steels, inconel, titanium, and some super alloys. Colour natural (bare stainless, bare copper), white, black, red, orange maximum operating temperature continuous - exposed to touch 70 °c continuous - not exposed to touch; pvc-sheathed 90 °c continuous - not exposed to touch; not pvc-sheathed 250 °c intermittent >1000 °c (melting point of copper is 1083 °c)

Mineral Insulated Cable, security cables, Fire Survival Cable