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BBIT
Heat Shrinkable Busbar Insulation Tubing (BBIT):
Raychem BBIT thick-wall, heat shrink tubing provides insulation enhancement and protection against flashover and accidentally induced discharge. Particularly useful in con fined spaces, Raychem BBIT tubing can be used on both circular and rectangular copper or aluminium busbars. The use of the 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. The BBIT tubing provides flashover protection up to 36 kV.
Features:
- Suitable for voltage upto 36kV, application ∅11-125mm.
- High flexibility ideal for curved or bent busbars without cracking or creasing.
- Excellent thermal emissivity means no busbar derating is required.
- Flame retardant and non-halogen based material.
- Exceptional insulation and long term reliability even at high continuous operating temperature.
BPTM
Heat Shrinkable Busbar Insulating Tubing (BPTM):
Raychem BPTM medium-wall, heat shrink tubing provides insulation enhancement and protection against flashover and accidentally induced discharge. Particularly useful in confined spaces, the BPTM tubing can be used on both circular and rectangular copper or aluminium busbars.
Features:
- Suitable for Voltage upto 25kV, application ∅6.5-150mm.
- Assured performance even at continuous high operating temperatures.
- Good thermal emissivity and contact with busbars means no derating is required.
- Excellent anti-tracking properties.
- Flame retardant and non-halogen based material.
Charcoat- Passive Fire Protection
Features:
- Fire Rated Cable Coating – Circuit Integrity 90 minutes 1100 °C.
- Fire Rated Mortar – upto 4 hours Fire rating.
- Fire Rated Panel - upto 4 hours Fire rating.
- Cable and Pipe Penetration Seals - 4 hours Fire Rating.
- Ceramic Thermal Insulation for Various Substrates.
- Acoustic Acrylic Sealant - upto 4 hours Fire rating.
- Coating for protection of pollution flashover on High Voltage Insulator.
Creepage Extender
Creepage Extenders:
High Voltage Creepage Extenders. HVCE creepage extenders represent a long-term solution to pollution flashovers by making a permanent addition to the creepage distance. This increases flashover voltage, reduces leakage currents and surface electrical stresses. They are available to fit insulators and bushings up to 500 kV, with shed diameter 80 mm to over 390 mm. Wrap-around HVCE-WA creepage extenders are cold applied and custom-made from semi-rigid polymer and bonded in place with a pressure sensitive track-resistant mastic. These are available to fit insulators and bushings up to 500 kV.
Features:
- Increases creepage length
- Improves insulator shape
- Bonds to insulator surface
- Rugged
- Proven materials
- Simple to install
EHV Dry Compact Switchgear & Transformer Termination
EHV Dry Compact Switchgear & Transformer Termination:
The dry compact switchgear termination for voltage classes up to 245 kV is designed to be installed in cable entry housings of gas-insulated switchgear (GIS). It complies with IEC 62271-209 standard, which essentially specifies the interfaces between the termination and the switchgear. Therefore the termination will fit into all GIS complying with IEC 62271-209. Adapters are available to match the dimensions of wet (oil-filled) type terminations, and older designs specified in IEC 60859. The termination operates in SF6 but also in insulating liquids like transformer oil.
Features :
- Dry interfaces, no oil-filling
- Dimensions comply with IEC 62271-209
- Pressure-tight resin housing
- Operates in SF6 and insulating liquids
- Pre-fabricated and factory tested
- Si-rubber stress cone
- Torque controlled or wedge-type multi-contact conductor bolt
- No special tools required to install the termination Isolated cable gland for sectionalization
- Type tested according to IEC 60840, IEC 62067 and IEC 62271-209 standards
Extra High Voltage Joint
Extra High Voltage Joint upto 245kV:
The joint is a pre-fabricated one-piece design for voltage classes up to 245 kV. Polymeric insulated cables of various designs can be adapted with respect to shielding and metal sheath. The silicone rubber joint body with integrated geometrical stress control provides proven electrical function. The joint components combine electrical performance, stress control and moisture sealing to provide the important functions required for all High Voltage products.
Features :
- Pre-moulded one piece joint body.
- Proven shield continuity concept.
- Factory tested silicone-rubber body.
- Special silicone-rubber provides perfect compression force for optimised electrical performance.
- Simple assembly
- Moulded thick outer conductive screen.
- Geometrical electrical stress control by moulded conductive deflectors.
Extra High Voltage Termination
Extra High Voltage Termination:
The extra-high voltage outdoor termination (OHVT) is designed for voltages up to 245 kV. Polymeric insulated cables of various designs can be adopted with respect to shielding and metal sheath. Composite or porcelain housings with different creepage lengths are available covering the most common and also extreme pollution levels. The termination is designed according to following standards: IEC-60840, IEC-62067, IEC-60815, IEEE-48 & IEEE-1313.
Features :
- Dry interface, no oil-filling.
- Self-supporting.
- Pre-fabricated and factory tested silicone-rubber stress cone.
- Torque-controlled multi-contact conductor bolt.
- Fast and simple installation combining GIS plug-in technology with polymeric insulators.
- Isolated cable gland for sectionalisation.
- Type tested according to IEC 60840.
Heat Shrink MV Joints
Heat Shrink MV Joints:
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.
The conventional design developed in 1980 was based on multiple layer tubing concept providing insulation and stress functions. The latest developed heat shrink joint is a single tubing (triple layer co-extruded) of adequate thickness which provides insulation for a particular voltage range.
Features (EPKJ, HVS & HVCJ):
- Conforms to IS 13573-2
- Suitable for voltage upto 36 kV, cable range of 35 - 1000 Sq. mm.
- Suitable for XLPE Power Cables
- Built-in Tin plated Cu earthing braid
- Connector Type – Crimp / Mechanical
- Sleeve type : Tubular & Wrapround
- Conforms to IS 13573-2
- Suitable for voltage upto 36 kV, cable range of 35 - 1000 Sq. mm.
- Suitable for XLPE Power Cables
- Built-in Tin plated Cu earthing braid
- Built-in Mechanical connector
- Sleeve type : Rayfit Tubular
Heat Shrink MV Terminations
Heat Shrink MV Terminations:
Medium Voltage Heat Shrink Terminations-Conventional and next generation. Conventional Terminations - Universal termination based on impedance (resistant) based stress control system upto 36 kV
Feature:
- Conforms to IS 13573-2
- Suitable for voltage upto 36 kV, cable range of 35 - 1000 Sq. mm.
- Suitable for XLPE Power Cables
- Built-in Tin plated Cu earthing braid
- Connector Type - Crimp
- Sleeve type : Tubular
HVBT
High Voltage Busbar Tape (HVBT):
Raychem HVBT heat-shrinkable tape is ideal for use on complex shapes and where busbars cannot be disconnected. Raychem HVBT tape shrinks 30% longitudinally while a factory-coated hot melt adhesive flows and seals the layers of tape during installation. As with other components in the system, the adhesive does not bond to metalwork, allowing easy removal for inspection and maintenance. Available in three widths: 25mm, 50mm and 100mm.
Features:
- A single layer of tape with two-third overlapped is suitable for 17.5kV AC voltage and dual layer for 36kV AC voltage.
- Wide operating temperature -40°C to 90°C.
- Excellent thermal emissivity means no busbar derating is required.
- Adhesive-coating produce complete lap to lap seal.
- Non Adhesive to metal or porcelain, allowing easy removal for maintenance.
Insulating Gloves
Electrical Insulating Gloves:
Provides electrical protection from 500V AC to 36000V AC working voltage
- KAMFET Rubber Insulating Gloves protect the 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 36000 V AC
- Compliant with EN60903:2003, IEC60903:2014 and CE category III.