Raychem Heat Shrink Medium Voltage (MV) Terminations are cable termination systems designed for medium-voltage power cables from 3.6 kV to 36 kV. They provide safe and reliable electrical connections for transformers, switchgear, motors, and distribution systems. These terminations use heat-shrinkable polymer technology to provide insulation, stress control, sealing, and environmental protection. Raychem MV Heat Shrink Terminations are widely preferred because…
Medium Voltage Heat Shrink Joints-Conventional and next generation. Raychem developed highly specialized polymers for heat shrink joints suitable for plastic and paper cables upto 36 kV. For transition joints, a special oil barrier tubing is used to transform draining oil (MI) and non-draining oil (MIND) paper insulated cable into quasi-polymeric insulated cable with a radial field. The conventional design developed…
Medium Voltage Heat Shrink Terminations-Conventional and next generation. Conventional Terminations - Universal termination based on impedance (resistant) based stress control system upto 36 kV Immediate energization after completion of termination Conforms to various national and international standards like CENELEC HD.629.1.S2:2006, IEC 60502-4, IEEE 48 and IS 13573-2 Next Gen Terminations - Universal termination based on unique Raychem zinc oxide stress…
Raychem Heat Shrink Medium Voltage Terminations Raychem heat shrink MV terminations are pre-engineered cable accessories used to safely terminate medium-voltage cables (up to 36 kV) to electrical equipment. They use heat-shrinkable polymer tubes that shrink tightly over the cable when heated, providing insulation, sealing, and electrical stress control at the cable end. 🔹 Key Points Function: Ensures proper insulation and…
A Raychem Heat Shrink Straight Through Joint is a cable jointing system used to connect two power cables in a straight line while maintaining electrical continuity, insulation, moisture sealing, and mechanical protection. These joints are commonly used in low-, medium-, and high-voltage power distribution systems for XLPE, PVC, rubber, and polymeric insulated cables. Raychem joints also use triple-extruded elastomeric technology,…
Raychem Heat Shrink Straight Through Joints are cable jointing systems used to connect two power cables in a straight line while maintaining electrical continuity, insulation, and environmental protection. These joints are widely used for low, medium, and high-voltage power cables in industrial, utility, and underground distribution networks. The joints use heat-shrinkable tubes, stress control components, connectors, metallic shielding, and adhesive…
Raychem Heat Shrink Straight Through Joints are cable jointing systems used to connect two power cables in a straight line while maintaining electrical continuity, insulation, and environmental protection. These joints are widely used for low, medium, and high-voltage power cables in industrial, utility, and underground distribution networks. Raychem joints also use triple-extruded elastomeric technology, which improves flexibility, thermal performance, and…
A Heat Shrink Straight-Through Cable Jointing Kit is a specialized electrical kit used to permanently join two power cables in a straight line, ensuring electrical continuity, mechanical protection, and environmental sealing. These kits are widely used in underground, outdoor, and industrial power distribution where cables cannot be replaced easily and must be joined securely.
HV Surge Arrester upto 216kV for substation protection from lightening and switching overvoltages. Bowthorpe EMP pioneered the development of polymeric composite housed surge arresters in early 1980’s and since 1986, has a proven service experience across the globe, operating in world’s toughest environments. Bowthorpe surge arresters provide active over-voltage protection, reducing system outages and protecting expensive terminal equipment. Proven moisture…
High quality Insulating mats conforming to Standards IEC 61111 & AS/NZS IEC6111:2020 High quality rubber provides complete protection against electric shock due to earth faults Suitable for applications and placed in front of electrical panels, switchgears and high voltage equipment for safe working environment for operators/users Choice of Class must be determined according to the maximal nominal voltage of network…
High quality Insulating blanket conforming to Standard IEC 61112 Protection of personnel from accidental contact with live or earthed electrical conductors, apparatus or circuits and avoidance of short circuits on electrical installations Made of elastomer of high dielectric properties Electrical insulating blankets conform to IEC 61112
Robust die-cast, Powder Coated aluminium enclosures conforming to Protection Category IP 66, IP67 and IP 68 and Impact Resistance upto IK09 Provides complete safety to electrical equipment Customization provided to standard enclosures including machining, Customized Powder Coating, screen printing, Accessories like Cable Glands, Terminal High impact and temperature resistant Weatherproof
Raychem RPG - Category A cable glands by Raychem RPG are metallic glands used in industrial safe areas for both armoured and unarmoured cables. They provide secure cable entry, sealing, strain relief, and protection against environmental factors. Available in single and double compression designs, these glands ensure high reliability, wide temperature tolerance, and compliance with international standards. Raychem RPG Cable…
Fibre-glass reinforced polyester enclosures in grey or black variants conforming to Protection Category IP 66, IP67 and IP 68 Standard enclosures in RAL 7000 grey and RAL 9011 black colors Ingress protection of IP 66 as per IEC 60529 Standard Provide protection of IP 67 and IP 68 on request
Resistant to corrosion to electrical equipment Suitable for harsh environment in food, chemical, pharmaceutical and marine industries Customization in design and sizes
Medium Voltage Insulating Boots. Cold applied unscreened elastomeric insulating boots (in Silicon or EPDM) are moulded parts, fitted over the connection between a cable lug and inline or right-angled equipment bushing, to improve phase-to-phase and phase-to-ground insulation. They are used in switchgear and transformer cable boxes where the air clearances are insufficient for normal operation or protect against flashover due…
Providing electrical and mechanical protection, the gloves are available in bicolour from 500 VAC to 17500 V AC KAMFET Electrical Insulating Gloves protect people working on live voltages or in proximity of electrical installations from electrical shocks Used for a wide range of voltages from 500 V AC upto 17000 V AC Compliant with EN60903:2003, IEC60903:2014 and CE category III…
How They’re Used These mats are typically placed on the floor in front of electrical panels, switchboards, battery rooms, and other live installations so that anyone standing on them with the right PPE (insulated gloves/boots) has a layer of insulation between their body and ground, reducing shock risk.
Insulating rubber gloves are personal protective equipment (PPE) designed to protect workers from electrical shock when working with or near live electrical circuits. Made from high-quality, non-conductive rubber, these gloves are essential for electricians, linemen, and maintenance personnel operating in high-voltage environments.
Medium Voltage Insulating barriers. BCIC preformed covers provide connections for insulators, bushings and busbars. Customized covers can be made simply and economically by vacuum forming non-shrinkable sheet material. Installation is very simple often with no need to disconnect busbars. BCIC covers are held in place with UV-stabilized plastic nuts and bolts, rivets or tie-wraps, and can be easily removed for…
Medium Voltage Heat Shrink/ Fusion tapes. HVBT heat-shrinkable tape is ideal for use on complex shapes and where busbars cannot be disconnected. HVBT tape shrinks 30% longitudinally and an adhesive layer flows and seals the layers of tape during installation. As with the other components in the system, the adhesive does not bond to metalwork, allowing easy removal for inspection…
