RAYCHEM RPG

Raychem Medium-Voltage Terminations for voltages up to 33kV are widely acknowledged in the industry and features a unique integrated ZnO based stress control system. This stress control system fills all irregularities and bonds to the insulation, providing a superb electrical performance.

Features:

• Heat-shrink and elastomeric technologies
• Impedance stress control system
• Ceramic stress-control system
• Proven anti-tracking, erosion-and UV resistant insulating material for indoor and outdoor applications
• Easy and highly reliable installation
• Range-taking
• Suitable for crimp, soldered and mechanical lugs
• Resistance to breakage and vandalism
• Solutions for all cable constructions

Uniterm
Heat-shrinkable terminations for indoor & outdoor applications for polymeric cables up to 33kV.
Raychem heat-shrinkable terminations have a proven record of stability, durability and reliability over many years. Raychem cable accessories have been used by utilities and industrial companies.
Designed for both indoor and outdoor use in all climate conditions, the Uniterm range covers applications for polymeric cables up to 33kV. The components combine to provide the important functions such as electrical performance, stress control and moisture sealing, required for all medium voltage products.

Features:

• No sheds for indoor applications up to 33kV
• High-performance termination material
• New ceramic stress control system
• Compact design
• Few components
• Simple to install
• Mechanical robustness
• Range taking
• Inexhaustible shelf life

While several advances have recently been made in the materials and designs of medium voltage accessories, the techniques for jointing and terminating low voltage cables have largely remained unchanged. Traditionally these have relied upon casting the jointed cables placed inside a slim, compact two part plastic mould with a casting resin typically polyurethane. The purpose of providing a slim, compact mould was to minimise the use of the casting resin which constituted the main price component. The slim mould made the accommodation of the joint with proper clearance between the cores and mould difficult if not impossible especially because of the curvature of the cable ends unwound from drums. Mixing and pouring of the resin, leakage through mould flanges and poorly sealed cable entry ends makes the installation craft sensitive and cumbersome. The resins have limited shelf life and cannot be stocked for emergency use in unpredictable cable breakdowns. The polyurethane resins are not effective in the presence of moisture and are hazardous to health.
Raychem RPG, a pioneer in heat shrinkable cable accessories and the largest manufacturer of cable accessories in India now offer an ideal cable jointing system in the form of ‘RLVJ’ kits. RLVJ joints have been developed keeping in mind the customers requirements of reliability, safety, cost and convenience. RLVJ kits rely on the insulating and sealing properties of a unique mastic coated polymer tape ‘Polystix’ that forms a tough tenacious water tight seal on the cable insulation and femule while providing a high level of factory engineered insulation. Polystix can be easily and effectively applied by any electrician/jointer.. The only effort is the removal of the backing from the mastic and application over the connectors. An elastomeric core separator and mastic enhance the insulation and sealing system of the joint. RLVJ joints have a realiable electrical continuity of the armour through a tinned copper braid and are fully shielded with a steel mesh which in combination with a tough, radiation cross linked heat shrinkable sleeve having a hot melt adhesive coating on its inner surface, provides mechanical protection, sealing and corrosion protection. The kits have unlimited shelf life and can be safely stocked for emergency use. Free installation training is provided to enable the simplest craftsman to reliably, easily and quickly install RLVJ joints.
The performance of RLVJ kits on both PVC cables and XLPE cables has been successfully evaluated at CPRI, Bangalore in accordance with the UK Engg. Recommendations C-81. Several lending utilities like BSES, BEST, NDMC etc have successfully introduced RLVJ kits in their system.

Features:

• Factory Engineered Insulation
• Reliable Moisture Sealing
• No Resins
• Unlimited Shelf-Life
• No Curing Time
• Immediate Backfill
• Fast And Economical

Simple Sequence:

• The conductors are connected by crimping . The connection insulated and sealed with Polystix.
• An elastomeric core separator enhances the insulation and mastic stri ps are used in interstices.
• Reinstatement of inner sheath, electrical continuity of armour with copper braid and mechanical protection with steel mesh.
• Steel mesh and copper braids clamped to armour.
• Shrinking the wrap around heat shrink sleeve having an inner coating with a hot melt adhesive.

• KAMFET Electrical Insulating Gloves protect people working on live voltages or in proximity of electrical installations from electrical shocks

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Raychem High Voltage Busbar Insulation Tape is a heat-shrinkable, adhesive coated tape which provides insulation enhancement and protection against accidentally induced discharge. HVBT tape is designed to combine the integrity of a heat-shrinkable tubing with the versatility of a wraparound product.HVBT tape is quick and easy to install. Upon application of heat the tape shrinks down and the adhesive lining melts amalgamating the overlapping layers together, producing a complete lap to lap seal.
A single layer of HVBT tape, two-thirds over lapped, will provide AC voltage withstand (flashover protection) to at least 17.5 kV increasing to 25 kV if a second layer is applied.
Although HVBT tape will stick to itself and other insulating materials it will not adhere to metal or porcelain allowing easy removal for maintenance.

Applications:

• HVBT tape offers a simple and effective solution to the problems of retrofit insulation of busbars particularly where existing equipment cannot be dismantled.
• It can be used for indoor and outdoor applications and is easily installed over a wide variety of shapes including complex connections.

Features/benefits:

• Compatible with all other products in the Raychem MV insulation enhancement system.
• Easy to apply using readily available equipment.
• Suitable for both indoor and outdoor use.
• Excellent anti-tracking properties.
• Continuous operating temperature up to 70°C.
• Extremely versatile and flexible at temperatures as low as -40°C, the 30% shrink ratio enables coverage of almost any shape.
• Good thermal emissivity and contact with busbars means no derating is required.
• Manufactured from non-halogen based materials, reducing the toxic and corrosive effects in the event of fire.
• Can be stored indefinitely at temperatures up to 50°C without loss of performance.

The increasing popularity of gas insulated switchgear called for the development of appropriate connection systems to standardised bushings in accordance to EN50181.
Tyco Electronics Energy Division has developed two systems, one is related to the outer cone and the other one to the inner cone system. Later is used in power switch gear and power transformers.
Tyco Electronics Energy Division has several decades of experience in the field of hermetically insulated termination systems for medium voltage applications. Thus the bushings designed for gas insulated switchgear meet the standard EN50181 for connection type size 2 (800 A) and size 3 (1250 A) at operating voltage 12 kV up to 36 (42) kV.
The basic construction of the mating termination follows well known design principles and incorporates a lamellate contact system which ensures reliable current transmission via a cone clamp to the conductor. The interface between silicone body of the termination and the bushing is kept permanently sealed via the pressure of a spring between the insulator and the flange of the termination cover. The termination cover is sealed at the flange area with well known sealing methods and at the cable side with heat-shrinkable tubing against ingress of moisture.

Features:

• Separable inline connection for high current, gas insulated switchgears up to 42 kV.
• Termination mates interfaces in accordance to EN50180 and EN50181 for inner cone connections.
• The contact parts are designed for stranded circular aluminium or copper conductors in accordance to IEC-60228.

Raychem RPG’s ELBC screened separable connectors are designed to connect single and three-core polymeric cables to medium-voltage gas insulated switchgear and other equipment using CENELEC bushings Type C1=630 A and C2=1250 A, specified up to 33 kV.
Made up of a highly modified insulating material and protected by a thick walled outer conductive screen connected to earth, ELBC connectors are equally suited for both indoor and outdoor installations.
Supporting a wide application range, the design incorporates one body and two stress cone adapters to cover all cross-sections from 35 to 800 mm 2 . The overall and cut back dimensions are designed to take up minimum space in the terminal box.

Features:

• The insulation of the connector is made of a highly modified insulating rubber characterized by high tracking resistance, elongation at break and non-flammability.
• A thick walled screen is permanently bonded onto the insulation and protects the connection system against accidental contact.
• The screened connector need not be removed for over sheath testing.
• Design fits 630 A and 1250 A plug-in bushings (Interface “C1” and “C2”) as specified by EN 50180 and EN 50181.
• The compact design supports the use of double “T” connections inside standard terminal boxes.
• The wide application range covers cable cross sections from 35 to 800 mm2.
• Conductor connection with mechanical lugs ensures perfect tightening unlike crimping.
• Easily accessible rear plug with capacitive test point.
• Few accessories required for system test, double “T” and earth connection.

Ideal Applications:

• Switchgear connections- ELBC is a perfect solution for MV side connections to switchgear. It has been widely used for connecting SF6 and Vacuum circuit breakers up to 33 kV for indoor application.
• Transformer connections- Some of the utilities have found the benefits of using ELBC, as touch-proof, compact MV connection system, to their outdoor type Distribution Transformers. This helps improve reliability by reducing external flashovers and making the complete connection system safe.

Features:

• Tool free application
• High performance insulating material
• Excellent track and erosion Resistance
• Removable and reinstallable
• Facilitates for direct voltage testing
• Tested and qualified at Central Power Research Institute Bangalore

Benefits:

• Simple & easy installation
• Unlimited shelf life
• Connection can be energized immediately after installation
• No need of disconnection for Testing
• Range taking capability

Raychem RSTI Touch Proof Terminations are designed to connect single- and three-core polymeric cables to medium-voltage gas insulated switchgear and other equipment using CENELEC bushings Type C 1 =630 A and C 2 =1250 A, specified up to 42 kV. Made of a highly modified silicone rubber and protected by a thin walled outer conductive screen connected to earth, RSTI connectors are equally suited for indoor and outdoor installation.
Supporting a wide application range, the design incorporates one body and two stress cone adapters to cover all cross-sections from 35 to 300 mm2. The overall and cut back dimensions are designed to take up minimum space in the terminal box. RSTI connectors are equipped with a capacitive test point for determining whether the circuit is energised. A conductive cap protects this test point.

Features:

• The insulation of the connector is made of a highly modified silicone rubber characterised by high tracking resistance, elongation at break and non-flammability.
• A thin walled screen is permanently bonded onto the insulation and protects the connection system against accidental contact.
• The screened connector need not be removed for over sheath testing.
• The screened cable connector exceeds CENELEC HD 629.1 S2 requirements, which includes BS; VDE and other international specifications.
• Design fits 630 A and 1250 A bushings (Interface “C 1 ” and “C 2 ”) as specified by EN 50180 and EN 50181.
• The compact design supports the use of double “T” connections inside standard terminal boxes.
• The wide application range covers cable cross sections from 35 to 300 mm2.
• Conductor connection with mechanical, DIN or deep indentlugs.
• Easily accessible rear plug with capacitive test point.
• Few accessories required for system test, double “T” and earth connection.
• Complete kit including lugs facilitates installation and storage.

Design And Construction:

• Screened body: A thin walled conductive outer screen is permanently bonded to the silicone rubber insulating material of the body.
• Inner screen: A conductive inner layer, as a Faraday cage around the compression or mechanical lug, prevents corona at rated voltage.
• Compression or mechanical lugs: Specially designed DIN and deep indent compression lugs, as well as tinned, mechanical lugs with shear bolts for connecting either aluminium or copper conductor cables.
• Stress cone adapter: Relieves electrical stress at the point where the cable screen is cut. The insulated section, extending beyond the wire shielding, provides a convenient point for over sheath testing.
• Earthing eye and ground lead: Provides a connection point for earthing the screen.
• Threaded pin: A threaded pin together with a spring washer (wave type) and hex nut ensure a high performance electrical and mechanical contact with the bushing.
• Rear plug with test point: Removable rear plug with capacitive test point.
• Test point: The test point is used to determine whether the circuit is energised; alternatively it can be used for phasing.
• Conductive end cap: Electrical screen and protection of the rear end of the separable connector.

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Orange Raychem RPG Insulating /Electrical Rubber Hand Gloves, For Electrical protection

Leather over gloves/ protector worn over rubber gloves for protection against mechanical hazards

Raychem Heat Shrink Straight Through Joints: The design of a single-core joint for a polymeric insulated cable is described here. The same design principles are used for 3-core cables. For transition joints, special oil barrier tubing are used to transform a draining oil (MI) as well as non draining oil (MIND) paper insulated cable into a quasi polymeric insulated cable with a radial field.

• Electrical stress control: The stress control tubing and the patch have a precisely defined impedance characteristic which smoothes the electrical field over the connector and cable screen ends. During the installation of 12 kV and 24 kV joints, the special void filling yellow tape will be compressed by the two stress control tubing. The patch over the connector will be compressed by the high shrink force of the triple extruded joint body. For the design of a 42 kV joint only the special yellow void filling tape is used, which is compressed by one stress control tubing. It is not necessary to chamber the cable insulation or to use a connector with specially profiled shape.
• Insulation and screen: The triple extruded joint body provides the correct thickness of insulation (red) in one installation step. The insulation screen is provided by the outer wall of the tubing, which is of heat-shrinkable conductive polymer (black). This technique saves installation time and ensures a flawless bond between joint insulation and screen, even up to 42 kV.
• Metallic shielding: Copper mesh and roll springs ensure the correct screen connection across the joint area and make electrical contact with the outer screen of the joint. The design passed tests up to 11 kA short circuit and up to 400 A currents simulating ground fault situation.
• Outer sealing and protection: The heat used to shrink the outer tubing causes the pre-coated adhesive to melt and flow, resulting in a lasting moisture and corrosion barrier on the cable oversheath. The outer tubing provides mechanical impact and chemical resistance as expected from cable oversheaths. For armoured cables, Raychem joints incorporate either a quick to install galvanised steel joint case or steel tape or fibre glass reinforced heat-shrink wraparound.

Installation Procedure
The elastomeric joint component and the outer sealing tubing are slid over the prepared cable end. The screen ends are electrically smoothed with void filling compound and stress control tubing are shrunk over the cable ends. By simply tightening the bolts of the mechanical connector, the conductors are jointed and then covered with a stress control patch. The elastomeric component is quickly shrunk over the connection area. Roll springs and copper mesh rebuild the cable shield and the oversheath is replaced by an adhesive coated sealing tubing. All kits are supplied with illustrated step by step instructions.

Triple Extruded Elastomeric Technology
The triple extruded joint body, supplied in an expanded form, consists of 3 bonded layers. The two heat-shrinkable outer layers (1. black conductive, 2. red insulating) hold the inner elastomeric layer (3. red insulating) at full diameter. Application of the heat causes the outer layers to shrink, allowing the elastomeric, insulating layer to contract at the same time and closely fit on the jointing cable. Elastomers typically experience a reduction of the contraction force after storage and at cold temperatures. By applying heat this effect is overcome thus allowing an unlimited storage time and installations at low temperatures. The rubber-like characteristics of the insulation material combined with the rigid outer heat-shrinkable wall enable the joint to follow the thermally induced dimensional changes of the cable insulation.

TE Connectivity’s (TE) Raychem thick wall, heat-shrinkable BBIT tubing provides insulation enhancement and protection against flashover and accidentally induced discharge. Particularly useful in con­fined spaces, Raychem BBIT tubing can be used on both circular and rectangular copper or aluminium busbars.
On application of heat the tubing shrinks snugly over the busbar profile ensuring that the required minimum wall thickness is obtained. Raychem BBIT tubing can be installed easily during large scale production using an oven or in the field using a gas torch or hot air. Raychem BBIT tubing is manufactured from a non-halogen based polymer which has excellent performance in high voltage environments and reduces the noxious and corrosive effects in fire situations.
The use of Raychem BBIT tubing allows equipment designers the freedom to reduce air spacing between busbars, such as in the manufacture of switchgear cabinets where space is at a premium. Raychem BBIT tubing provides flashover protection up to 36 kV.

Key Features:

• Exceptional insulation and long term relia­bility even at high continuous operating temperatures.
• Extremely durable, resists damage from solvents, ultraviolet light, weathering, mechanical impact.
• Flame retardant and non-halogen based material reduces flammability and the toxic and corrosive effects in fire situations.
• Good thermal emissivity and contact with busbars means no derating is required.

Clearance Reduction: 
Clear­ance Reductions are possible using Raychem BBIT tubing. These are derived from BIL, AC withstand, DC withstand and discharge extinction tests. These clearances should not be adopted without testing by the user. Sharp electrodes and unusual geometries may require wider clearances.

TE Connectivity’s (TE) Raychem medium wall, heat-shrinkable BPTM tubing provides insulation enhancement and protection against flashover and accidentally induced discharge.
Particularly useful in confined spaces BPTM tubing can be used on both circular and rectangular copper or aluminium busbars. On application of heat the tubing shrinks snugly over the busbar profile ensuring that the required minimum wall thickness is obtained. Raychem BPTM tubing can be installed easily during large scale production using an oven or in the field using a gas torch or hot air. Raychem BPTM tubing is manufactured from a non-halogen based polymer which has excellent performance in high voltage environments and greatly reduces the noxious and corrosive effects in fire situations.
The use of TE’s Raychem BPTM tubing allows equipment designers the freedom to reduce air spacing between busbars, such as in the manufacture of switchgear cabinets where space is at a premium. Raychem BPTM tubing provides flashover protection up to 25 kV.

Key Features:

• Exceptional insulation and long term reliability even at high continuous operating temperatures.
• Extremely durable, resists damage from solvents, ultraviolet light, weathering, mechanical impact and  general wear and tear
• Suitable for indoor and outdoor use
• Excellent anti-tracking properties
• Can be stored indefinitely at temperatures up to 50°C without loss of performance

Features & benefits:

• Wide application range
• Compact design
• Can be used with almost every type of conductor and material
• Torque-controlled shear-head bolts guarantee a good electrical contact
• Easy installation with standard socket spanner
• Pre-engineered design for perfect fit in medium voltage cable accessories up to 36 kV
• Tested according to IEC 61238-1

General Description: Mechanical connectors, lugs and repair sleeves are designed for use in low and medium voltage applications. Only three sizes cover conductor sizes from 25 mm 2 to 400 mm 2.
All products consist of a tin-plated body, shear-head bolts and inserts for small conductor sizes.
Body: Connector and lug bodies are made of a high-tensile, tin-plated aluminium alloy. The internal surfaces of the conductor holes are grooved.
Connectors are chamfered at the edges and available with or without oil barrier (as blocked and unblocked types) depending on the application requirements.
Lugs are suitable for outdoor and indoor applications and are available with different palm hole sizes.
Contact Bolts: Made of a special aluminium alloy, these contact bolts are double shear-head bolts with hexagon heads. The bolts are treated with a highly lubricating agent and equipped with a special contact ring. Contact bolts are irremovable once their heads have been sheared off.
Inserts: Lugs and connectors are provided with inserts for smaller conductors. These inserts have lengthwise striations and a positioning guide.

Features & Benefits Of Mechanical Lugs And Connectors:

• Bodies made of a high-tensile, tin-plated aluminium alloy Bolts made of special aluminium alloy.
• Conductor connection hole with crosswise and lengthwise grooves
• Centered hole and inserts
• Shear bolts with predetermined shear torque, hexagon head and specially shaped contact ring
• Lubricated bolts
• Chamfered edges
• Available with and without oil barrier
• Long shank
• Lengthwise seal

Functions Of Mechanical Lugs And Connectors:

• Only three sizes cover conductor cross sections from 25 mm 2 to 400 mm 2 and can be used for almost every type of conductor and material.
• Good contact properties. Connection between copper and aluminium conductors is possible.
• Requires little installation space, particularly for large sizes.
• Good electrical performance, Conductor oxide film is disrupted.
• Conductors of every size are centered
• Height of the step between the conductor insulation and connector surface is reduced 
• Same cut-back length even when centering insert is used
• Wires are not distorted when bolts are tightened
• No torque wrench necessary
• Head shears off when a specific level of torque is applied
• High tensile strength
• Reduces friction
• Converts tightening torque into contact force for maximum effect.
• Suitable for up to 36 kV and adaptable to existing joint designs.
• Oil stop when used in transition joints
• Extra-long for moisture barrier
• For indoor and outdoor applications

Installation:

• Easy and secure installation without special tools
• All it takes to tighten bolts is a wrench and hexagon socket
• Same cut-back length for each type
• Inserts are included
• Shear head bolts with pre-determined torque ensure a reliable and secure contact.
• The use of a support tool is recommended to prevent conductor bending.
• Separate installation instructions included with every connector or cable lug.

Raychem Screened Gapless Surge Arrester is a “T“-shaped product. It is designed for direct connection onto outer cone bushings in accordance to EN50180 or EN50181 with interface type “C” or for parallel connection mating to the rear entry of the base screened connector system RSTI designed for system voltage up to 41 kV.
The insulation of the screened surge arrester is made of a highly modified silicone rubber characterised by high tracking resistance, elongation at break and non-flammability.
A thin walled screen is permanently bonded onto the insulation and protects the connection system against unintentional contact.
The active part is a metal oxide arrester which meets the requirements of IEC-60099-4 for separable and dead-front arresters.
The combination of screened connector and surge arrester exceeds CENELEC HD 629.1 S2 requirements, which includes BS, VDE and other international specifications.
Easily accessible rear plug with capacitive test point. Few accessories required for system test and earth connection. Complete kit including screened surge arrester, threaded pin and ground lead for three phases facilitates installation and storage.

Product Features:

• Tested in accordance with IEC60099-4 (May 2004)
• State of art - gapless design
• Excellent protection margins
• Low residual voltages
• Excellent short circuit performance
• Excellent TOV performance
• Maintenance free

RSTI-SA-10 Applications:
Single connection: 

• Material requested for 3 phases
• 1 x RSTI-66SAxx10
• (Screened surge arrester kit for direct
• bushing connection)

Parallel connection:

• Material requested for 3 phases:
• 1 x RSTI-L56xx or RSTI-66xx (Base connector kit)
• 1 x RSTI-CC-66SAxx10
• (Screened surge arrester kit with
• coupling connection)

Design And Construction:

• Screened body: A thin walled conductive outer screen is permanently bonded to the silicone rubber insulating material.
• Inner screen: A conductive inner layer, as a Faraday cage around the top end electrode prevents corona at rated voltage.
• Threaded lug: Pre-installed threaded lug, specially designed, facilitates the connection of the surge arrester to the base connector or bushing.
• Surge arrester core: Gapless surge arrester core assembly consisting of ZnO (Zinc Oxide) varistors and a mechanical robust structure.
• Earthing eye and ground lead: Provides a connection point for earthing the screen.
• Threaded pin: A threaded pin together with a spring washer and hex nut ensure a high performance electrical and mechanical contact with the base connector or bushing.
• Rear plug with test point: Removable rear plug with capacitive test point.
• Test point: The test point is used to determine whether the circuit is energised; alternatively it can be used for phasing.
• Conductive end cap: Electrical screen and protection of the rear end of the separable surge arrester.

Transtormer is a vital component of a distribution system. It has to deliver Reliable Power in a safe & efficient manner. However, 8% of the transformers installed worldwide fail on account of improper connector systems.  

A conventional connector system used for LV cable connection, deploys crimping and tightening of the bolts. Over a period of time, it leads to a loose electrical contacts which causes sparks and hot spots. The contact resistance is high which adds to the losses of ailing utilities. The weight of the connector causes mechanical strains on the bushing of the transformer, leading to oil leakages. 

Raychem Trafo Connector engineered to keep the contact resistance low for the lifetime of the transformer. Its lighter & pretty simple to install as it uses the modern shear bolt technology. hence avoiding the skill & tool dependent crimping methodology. It significantly increases the reliability of the transformer.

• Low I'R (Technical) losses
• No crimping & hence no tools required
• Light weight
• Reliable, insulated & safe connection
• Simple & easy installation
• No chances of Ph-Ph, Ph-N & Ph-E faults

The Surge Arrester monitoring instruments are fully tested for use with any manufacturers surge arrester. The SC003 is a Surge Counter & also provides the additional measurement of total leakage current. The analogue instrument provides a means of monitoring the current through the arrester and the leakage current over the surface of the arrester housing. Significant changes after installation may indicate a deterioration in the arrester or a buildup of surface contamination.
These instruments, which require no auxiliary supply, are designed for installation in the earth connections of a single surge arrester or alternatively the SC003 may be used with the common earth of a three phase set. Fully weatherproofed and sealed for life they are housed in a one piece gravity die cast aluminum case coated to enhance its already high degree of resistance to surface corrosion. The glass viewing window is sealed in place, using a silicon rubber adhesive, and a desiccator is enclosed to ensure any residual moisture trapped during sealing is absorbed for the service life of the counter. Mounting is effected by means of an integrally cast lug at the rear of the case providing a single clearance hole for the galvanized steel M12 bolt supplied. The SC003 is service proven and require no special maintenance or servicing apart from general cleaning of the glass viewing window and the moulded epoxy resin line terminal bushing.

The Universal Medium Voltage Termination System for Polymeric and Paper Insulated Cables
Over the last three decades, engineers in utilities and industry around the world have specified million’s of Raychem cable terminations at distribution voltages up to 36 kV. Raychem terminations have become identified with reliability because of their unparalleled long-term performance where it really counts– in the field. Today there are many changes influencing the distribution of power at medium voltages. For example, the transition to new types of polymeric cable, distribution at higher voltages, and the widespread usage of compact switchgear.
Anticipating these industry changes, we have continued to extend and improve the product range, based on the extensive experiece both in the field and at our outdoor test sites in polluted and desert environments. Now these developments are incorporated in a new generation of Raychem heat shrinkable cable terminations, that are even easier to select and install, without compromising the reliability of proven materials technology. The improved system is simple to use, because the basic termination components and installation steps are the same – even if your net- work operates with voltages of 7.2 to 36 kV; if you use 12 kV belted paper cable and 24 kV water-blocked single core polymeric cable; whether you make equipment connections in a cable box or in compact switchgear.

Universal Selection Procedure

• Simplifield selection table allows quick selection based on conductor cross section and voltage class for either polymeric or MIND paper insulated cables (For MI draining oil cables, contact your local representative).
• Simple modification codes permit easy specification of optional accessory kits.
• Enhanced range-taking ability means that one kit fits more conductor sizes, reducing stocking requirements.
• Unlimited shelf life allows stocking of economic quantities without product spoilage.

Simplifield Cable Preparation

• Improved treatment of screen cut back is compatible with all state of the art screen removal techniques.
• No tapering of insulation required
• No polishing of polymeric insulation surface
• No special preparation of sectored, or eccentric conductors, or of cable that is curved after unreeling from the cable drum.
• Cable preparation steps are similar to those for Raychem joints

Simplified Installation

• Components are lightweight and non-shattering
• Clear instruction sheets
• Common installation procedure for polymeric and MIND paper cables
• Factory engineered kit permits rapid on-site installation
• No mechanical stress at insulation screen cutback
• Termination accommodates same bending radius as cable
• Visual confirmation of correct assembly sequence possible after installation
• Rain skirts can be installed to allow either top or bottom feed
• No soldering of earthing accessories required

Outstanding Long-Term Reliability

• Fully sealed against water ingress from the environment or from within the conductor strands
• Polymeric materials load cycle with the cable without mechanically stressing termination components and sealants
• Unsurpassed performance in polluted environments, proven over three decades.

Features:

• Universal termination family for 12-36 kV based on SCTM stress control technology
• All applications for polymeric and MIND paper on 1-core, 3-core, armoured and unarmoured cables
• Red non-tracking HVOT tubing provides excellent environmental protection

Raychem WRSM Wraparounds are a fast and permanent cable repair and sealing system. The repair sleeve is quickly fitted in place by means of its rail and channel closure. A moisture-proof, insulating and tight-fitting repair is then obtained in one step by heating, which makes the sleeve diameter shrink and the adhesive coating melt and flow into interstices. Because of its heat-shrink ability, each WRSM size will fit several different cable diameters. The adhesive exhibits excellent bonding and sealing characteristics to all materials commonly used in the various cable and sheath constructions, such as plastic, rubber, lead and aluminium. WRSM wraparounds are made of an abrasion and corrosion resistant semi- rigid material, and are one result of our extensive capability in materials technology.As the world’s leading maker of heat- shrinkable materials, we offer a wide range of tubing’s and moulded parts for any application where a tight, insulating or fluid resistant cover is required over uniform or irregularly shaped objects. These products are available in a wide range of formulations to meet the demands of the growing world of energy.

Plain Latex Raychem Electric Safety Hand Gloves Class 4, For Electrical Protection

Technical Specifications:Class as per IEC 61111-2009: Class 1Max Working Voltage: 7500 Volts ACProof Voltage: 10000 Volts ACWithstand Voltage: 20, 000 Volts ACREACH, R0HS2, Zero Halogen CompliantLength: 10-meter, Width: 1 meterThickness: 2.2 mmDesign: Fabric ImpressionColor: Dark Grey

Safety and reliability are vital in energy industry and Raychem RPG's Energy Products Division is committed to pioneering improvements in performance at all levels. 
RRL's development teams work to generate a superior range of high performance products. All products are developed using Raychem’s extensive service experience, as per the international standards including IEC, IEEE, ANSI and many national standards.
Raychem Polymeric Surge Arresters for voltage power distribution systems upto 800kV are designed to reliably protect your valuable assets from over voltage. They withstand severe outdoor exposure over long operating lifetime and help maintain service reliability in both overhead and underground installations.
Raychem's polymeric surge arresters have passed the most rigorous tests (IEC 60099-4, ANSI C62.11, IEC 61643).

Advantages:
All our arrester are manufactured using ZnO varistors, which display excellent thermal and current handling characteristics due to the guaranteed homogeneity of the varistor volume. This thermal behavior yields products with:

• Excellent temporary overvoltage (TOV) performance
• Safe, non-shattering failure in the short circuit test by pre-failing to higher fault currents.
• High energy handling capability

Structure of Polymeric Surge Arrester
Raychem's ZnO varistor disk has excellent electrical characterstics and thermal stability. The resulting new varistor has resulted in excellent energy handling and TOV performance

• Low Voltage Surge Arresters Provide protection for LV overhead lines, consumer in-house supplies, distribution tranformers and other applicances.
• Medium Voltage Surge Arresters For indoor and outdoor applications, for protection of overhead lines, DC locomotives, switchgear applications and motor protection.
• High Voltage Surge Arresters For protection of transmission systems up to 800 kV.

Low Voltage Surge Arresters
Raychem’s low voltage surge arresters provide protection for low-voltage overhead lines, consumer in- house supplies, distribution transformers and other systems. The gapless metal-oxide varistor incorporated in the surge arrester reliably imposes low value limits on surges caused by atmospheric over voltages and switching transients, thus protecting the insulation of the consumer-side networks and equipment.
The LV surge arresters are in compliance with Class II requirements as defined by IEC 61643-1. They are designed for applications in which protection against direct contact is not necessary.

Features:

• Suitable for indoor and outdoor use
• Integrated disconnector
• Housing and lead is flame retardant and UV resistant
• Easy to identify failure indicator
• Easy to install (no tools required)
• Large selection of standard accessories
• CE certified

Medium Voltage Surge Arresters
Raychem’s Bowthorpe EMP surge arresters provide active over voltage protection that contributes directly to improved reliability of your system, reducing lost minutes and protecting expensive assets.
Bowthorpe EMP DA silicone surge arresters have been designed and tested to meet our customers demands with reliability and offering improved operational performance.

Features:
Raychem’s Bowthorpe EMP:

• Tested in accordance with IEEE 62.11, 2005
• Direct molded housing to prevent moisture ingress
• Low residual voltages
• High-energy handling
• Safe non-shattering short circuit behavior to higher current levels
• Maintenance free