Outsourcing of manpower for repair & maintenance of 33KV Railway dedicated feeder from Kalain to BXK under the jurisdiction of SSE/P/BPB for two years (730 Days).

A-Outsourcing of Manpower (The bidder shall not quote rates below the

Outsourcing of 01 (One) No. skilled manpower for carrying out fault rectification, repair, preventive/breakdown maintenance and replacement of all electrical assets pertaining to 33 kV Kalain-BXK Railway dedicated feeder under the jurisdiction of SSE/Elect/BPB. The manpower shall 1 be deployed round the clock as per site requirement and instructions of Site In-Charge. The scope includes attending emergency breakdowns, patrolling, line maintenance, equipment servicing, assisting in testing and commissioning activities, and ensuring uninterrupted power supply to the feeder.Total engagement: 730 Man-days (1 x 730). The quoted rate shall be inclusive of wages, statutory compliances (EPF/ESI as applicable), tools & tackles, safety equipment, and all incidental charges required for execution of work.

Outsourcing of 03 (Three) Nos. unskilled manpower for carrying out fault rectification, repair, maintenance and replacement of all electrical assets pertaining to 33 kV Kalain-BXK Railway dedicated feeder under the jurisdiction of SSE/Elect/BPB. The manpower shall be deployed round the 2 clock as per operational requirement and instructions of Site In-Charge for assisting in breakdown maintenance, patrolling, material handling, excavation, cable laying assistance, and other allied electrical works. Total engagement: 2190 Man-days (3 x 730). The quoted rate shall be inclusive of wages, statutory compliances (EPF/ESI as applicable), safety gear, and all incidental charges required for satisfactory execution of the work. Above/

B-Outsourcing for repair & maintenance of 33KV Railway feeder from

Supply & erection of 2P composite polymer 33 KV Pin insulator ( 10 KN) with minimum creepage distance 980mm & sectional length 415mm made of one piece injection molded 1 directly to high quality, corrosion resistant, fibre glass discharge rod and sealed to the hot dipped galvanised carbon steel end fittings by bead of silicon rubber complete with all accessories conforming to IEC : 1109 standard or as per IS : 731 (1971) & 2488 (Pt-II) 1974 complete with hardware fitting.

Supply & erection of 2P composite polymer 33 KV ball & socket type Disc insulator (>90 KN) with minimum creepage distance 900mm & sectional length 510mm made of one piece 2 injection molded directly to high quality, corrosion resistant, fibre glass discharge rod and sealed to the hot dippedgalvanised carbon steel end fittings by bead of silicon rubber complete with all accessories conforming to IEC : 1109 standard or as per IS : 731 (1971) & 2488 (Pt-II) 1974 complete with hardware fitting.

Supply, fixing, testing and commissioning of 33 KV GO switch 400 Amps complete with operating handle and fixing of necessary MS channel. (1 setconsisting of 3 pieces) as per direction at site Engineer in -charge of railway.

Supply, fixing, testing and commissioning of 33 KV DO fuse set switch 400 Amps complete double stack with paper insulated barred fuse and fixing of necessary GI channel.GI angle etc. (1 set consisting of 3 pieces) as per direction atsite Engineer in - charge of railway.

Supply and erection of 3 Nos. Zinc oxide station Class-I Lightning arrestor with rated 5 voltage 30 KV ( RMS) with a normal discharge current rating of 10 KA and complete with galvanised clamping arrangement, GI bolts, nuts,washer as required conformingto IS : 3070-III-1993 suitablefor 3 wire 33 KV line.

Supply, erection & testing of LT Pin insulator of sizes (100 x 70) mmcomplete with pin or (75 x 90) mm complete with "D" type MS clamp made of (50x 5) mm flat & necessary MS nut/bolt & washer respectively as per instruction ofEngineer Incharge at Site.

Supply & erection of LT shackle insulator of size 75x90 mm along with "D" clamp and full threaded 8" long 1/2" dia MS bolt and nut with all accessories for tensioning

Supply and erection of galvanized stay set for HT overhead line complete with 19/20 mm dia, 1.8 m long stay rod, anchor plate of size 30 cm x 30 cm x 6 mm thick, thimble, stay clamp, turn buckle (20 x 600 mm), 7/10 SWG GI stay wire and porcelain/composite strain insulator, 8 complete in all respects.The stay set shall be erected in CC foundation of ratio 1:2:4 (cement : sand : 20 mm nominal size aggregate) including excavation of pit, concreting, proper alignment, tensioning of stay wire, refilling, compaction and dressing of site.All materials shall conform to relevant IS specifications and shall be properly galvanized for corrosion protection.The work shall be executed complete in all respects as per directions of Site Engineer-in-Charge of Railway.

Supply, stringing, sagging and binding of ACSR conductor conforming to IS:398 (Part- II)-1976, Raccoon size 6/1 x 4.09 mm, complete with binding wire, clamps and necessary 9 jumpering.The conductor shall be properly tensioned and sagged as per standard sag-tension chart and relevant IS specifications. No joint shall be permitted within a single span.The work includes paying out, stringing, binding on insulators, jumpering at angle/dead-end locations and ensuring proper clearances as per IE Rules and applicable standards.The entire work shall be carried out as per direction of Engineer-in-Charge at site

Supply of new, fresh, high-grade indicating silica gel (blue/orange type) conforming to relevant IS specifications for use in transformer breathers.The work includes removal of old 10 defective/moisture-saturated silica gel from breather, thorough cleaning of breather assembly, proper drying of breather components, and refilling with new silica gel up to the required level.The silica gel shall be properly activated/dried before filling and shall be free from lumps, dust, or moisture.The entire work shall be carried out carefully without disturbing transformer operation and as per direction of Engineer-in-Charge at site.

Supply, fixing and fitting of sundry electrical/mechanical items such as HT/LV bushings, studs, MS nuts, bolts, washers and other associated hardware as required for maintenance 11 and replacement works.The HT/LV bushings shall be suitable for the rated voltage and current of the equipment and shall conform to relevant IS specifications. Studs, nuts, bolts and washers shall be of approved quality, properly threaded, and hot-dip galvanized/zinc coated as applicable.The work includes removal of damaged/defective components, proper alignment, tightening with suitable torque, ensuring proper insulation clearance and safe operation.All materials shall be new, unused and of approved make. The entire work shall be executed as per direction of Engineer-in-Charge at site.

Supply of 14.5 metre long swaged type G.I. tubular pole, designation 410 SP-76, having step lengths 6.5 m + 4.0 m + 4.0 m with sectional outside diameters 219.1 mm x 193.7 mm x 165.1 mm and sectional wall thickness 5.9 mm x 4.85 mm x 4.5 mm respectively. The pole shall be manufactured from steel tubes conforming to relevant IS specifications (IS:1161/IS:1239) and swaging/welding shall conform to IS:2713. The pole shall be hot-dip galvanized with uniform zinc 12 coating conforming to IS:2629/IS:2633/IS:4759 with minimum average coating thickness of 70 microns. The pole shall be supplied complete with suitable size welded base plate of adequate thickness, drilled holes for foundation bolts as required, and GI pole cap fitted at the top.The material shall be new, free from defects, straight, and suitable for installation in overhead line/lighting applications. Inspection certificate and galvanization test certificate shall be furnished.The item is for supply only, complete in all respects, as per approval of Engineer-in- Charge.

Supply of 9.0 metre long swaged type G.I. tubular pole, designation 410 SP-33, having step lengths 5.0 m + 2.0 m + 2.0 m with sectional outside diameters 165.1 mm x 139.7 mm x 114.3 mm and sectional wall thickness 5.4 mm x 4.5 mm x 3.65 mm respectively, conforming to IS:2713-1980 (latest amendment). The pole shall be manufactured from steel tubes conforming to IS:1161/IS:1239 (latest amendment). Swaging and welding shall be carried out as per IS:2713. The 13 pole shall be hot-dip galvanized as per IS:2629/IS:2633/IS:4759 with minimum average zinc coating thickness of 70 microns. The pole shall be supplied complete with suitable size MS base plate of adequate thickness, properly welded and drilled as required, and GI pole cap fitted at the top. The material shall be new, straight, free from surface defects and suitable for overhead line/street lighting applications. Manufacturer's test certificate and galvanization certificate shall be furnished at the time of supply.The item is for supply only, complete in all respects, as per approval of Engineer-in-Charge.

Erection of rail pole / tubular pole by embedding the pole to a depth of 1/5th of its total height below ground level, including excavation of pit of suitable size, proper positioning, alignment and plumbing of pole. Providing CC foundation in the ratio 1:3:6 (cement : sand : 19 mm 14 and down graded stone aggregate) with base block size 30 cm x 30 cm x 15 cm and concreting up to 30 cm above ground level. Concrete shall be properly mixed, laid, compacted and cured as per standard practice. The work includes excavation of earth, refilling with excavated soil in layers, ramming, dressing of site and disposal of surplus earth as required.The entire work shall be completed in all respects as per direction of Engineer-in-Charge at site

Trimming and cutting of tree/bamboo branches to maintain statutory minimum electrical clearance from overhead (OH) line as per IE Rules/CEA Regulations and site requirements. 15 One "big branch" shall consist of a minimum of 5 (five) small sub-branches. The rate shall include cutting, lowering safely without damaging conductors/poles, removal from site, stacking or disposal as directed. The work shall be carried out using proper safety precautions, insulated tools, protective equipment and under supervision, ensuring no interruption or damage to the OH line.The entire work shall be executed as per direction of Engineer-in-Charge at site.

Supply, fixing, testing and commissioning of heat shrinkable type outdoor end termination kit suitable for single core, 33 kV grade, 120 sq.mm, armoured XLPE insulated cable, complete with all standard accessories required for termination and jointing to overhead line through suitable PG clamp. The termination kit shall be suitable for 36 kV (Um) system, conforming 16 to relevant IS/IEC standards (IS:7098 Part-II / IEC 60502) and shall comprise stress control tubing, anti-tracking outer tubing, non-tracking rain sheds, breakout boots, sealing mastic, lug (if required), armour earthing arrangement, and all necessary consumables. Heat shrink components shall be UV resistant, non-tracking and suitable for outdoor installation. All materials shall be of approved make and new, unused condition. The entire work shall be executed in accordance with relevant standards and as per direction of Engineer-in-Charge at site.

Supply, fixing, testing and commissioning of heat shrinkable type outdoor end 17 termination kit suitable for single core, 1.1 kV grade, 240 sq.mm, armoured XLPE insulated cable, complete with all standard accessories required for termination and jointing to overhead line through suitable size PG clamp. The termination kit shall conform to IS:7098 (Part-I) and relevant IEC standards, and shall be suitable for 1.1 kV (Um 1.2 kV) system. The kit shall comprise heat shrinkable tubing, breakout boots, anti-tracking outer sleeves, sealing mastic, stress relief components (if applicable), heavy duty aluminium/copper compression lug suitable for 240 sq.mm conductor, armour earthing arrangement, gland, and all necessary consumables. The entire work shall be executed in accordance with relevant standards and as per direction of Engineer-in-Charge at site.

Supply and fixing of Galvanized Iron (GI) channel 75x40x40x6 mm, 2.5 m long, 18 clamped to the above pole with MS flat 50x5 mm using 50x16 mm GI bolts and nuts, for supporting insulators and lightning arresters, including drilling of necessary holes and one coat of anti-corrosive painting, executed as per relevant IS specifications and directions of the Engineer-in-Charge

Supply and fixing of Galvanized Iron (GI) angle 50x50x6 mm, clamped with GI flat 19 50x5 mm using 50x16 mm GI bolts and nuts, for holding insulators and lightning arresters, including drilling of necessary holes and one coat of anti-corrosive painting, for a cross-bracing bracket of 3300 mm length. Work shall be executed as per relevant IS specifications and directions of the Engineer-in-Charge.

Supply, Installation, and Commissioning of 3-Phase Over Current Earth Fault (OCEF) Relay: Supply, mounting, and fixing of microprocessor-based 3-phase Over Current Earth Fault Relay 20 with the following technical features: •High-set and low-set trip functionality •RS-485 communication port for SCADA/remote monitoring •CT input rating: 1A or 5A, field-selectable •Adjustable time- current characteristics •LED/LCD indication of phase currents and fault status •DIN-rail or panel mounting as per site requirement •Complete with required termination, wiring, and functional testing in accordance with relevant IS/IEC standards and Engineer-in-Charge instructions.

Supply, installation, testing, and commissioning of 33 kV outdoor current transformers (CTs), 2-core type for both measurement and protection, with the following technical specifications: •Insulation level: 70 kV / 170 kVp (Outdoor type) •Short-circuit withstand current: 16 kA for 3 seconds •CT ratios: 50-25/5-5 A (protection & measurement cores) •Accuracy class: 21 Protection secondary - 5P15; Measurement secondary - 0.5 •Set configuration: 1 set comprising 3 nos. CTs •Standards compliance: IS:2705 (latest) •To be mounted on suitable structure as per site engineer's direction •Note: Tenderer shall determine CT burden based on designed secondary load (in VA) plus 50% margin •Complete with all necessary accessories, terminations, earthing, mounting hardware, testing, and commissioning in accordance with relevant IS/IEC standards and Engineer-in- Charge instructions.

Supply, installation, testing, and commissioning of 11 kV outdoor current transformers (CTs), 2-core type for both measurement and protection, with the following technical specifications: •Insulation level: 32 kV / 75 kVp (Outdoor type) •Short-circuit withstand current: 12.5 kA for 3 seconds •CT ratios: 150-75/5-5 A (protection & measurement cores) •Accuracy class: 22 Protection secondary - 5P15; Measurement secondary - 0.5 •Set configuration: 1 set comprising 3 nos. CTs •Standards compliance: IS:2705 (latest) •Mounting: To be mounted on given structure as per site engineer's direction •Note: Tenderer shall determine CT burden based on designed secondary load (in VA) plus 50% margin •Complete with all necessary accessories, terminations, earthing, mounting hardware, testing, and commissioning in accordance with relevant IS/IEC standards and Engineer-in-Charge instructions.

Excavation of cable trench of size 1.0 m x 0.5 m below ground level (GL), laying of 23 armored cable, and refilling the trench with brick, sand, and soil after excavation, as per directions of the Engineer-in-Charge. Complete with termination of armored cable, including supply and fixing of crimping lugs, connectors, and accessories, ensuring proper connection, mechanical strength, and electrical continuity, executed in accordance with relevant IS/IEC standards and site specifications.

Stringing, carrying, and fixing of 33 kV 1-core, 99 sq.mm MVCC (Metallic Vinyl 24 Covered Conductor) cable, including the supply and installation of all related fittings, clamps, cleats, spacers, and accessories required for proper mechanical support and electrical continuity, executed as per the directions of the Engineer-in-Charge and in accordance with relevant IS/IEC standards

Stringing and sagging of Low Tension (LT) Aerial Bunched Cable (ABC) of different sizes as specified below:Phase conductor: 3 x 50 sq.mm,Messenger (Neutral) conductor: 1 x 50 sq.mm,Street lighting conductor: 1 x 50 sq.mm Complete with loading, unloading, and carrying of cable to actual work site by contractor's own arrangement, as per instructions of the Engineer-in- Charge. Note: Cable will be supplied by Railway. All works shall be executed in accordance with relevant IS/IEC standards, ensuring proper tension, sag, mechanical support, and electrical continuity.

Horizontal directional boring (HDD) of 14/16" dia hole across existing Railway Track to facilitate passing of 12" dia CI/GI pipe 2.5 m below GL without damaging existing track formation, S&T cables, or other structures used for traffic movement, with the following specifications: •Directional Boring Equipment: The rig shall be of sufficient capacity to successfully complete the crossing, equipped with a guided system for accurate boring and operated by trained and competent personnel. •Equipment Condition: All equipment shall be in good, safe operating condition, with adequate supplies, materials, and spare parts to maintain continuous operation. •Machine Capabilities: The directional boring machine shall have a hydraulically powered system to rotate, 26 push, and pull the hollow drilled pipe into the ground at variable angles while delivering pressurized fluid mixture to a guidable drill (bore) head. The machine shall be anchored to withstand all operational forces. The hydraulic power system shall be self-contained, leak-free, with sufficient pressure and volume. •Bore Head: The bore head shall be steerable via rotation control and shall provide the necessary cutting surfaces and boring fluid jets. •Mud Motors: Shall be of adequate power to rotate the required boring tools. •Mixing System: Shall be sufficient to mix and deliver boring fluid composed of bentonite clay, potable water, and appropriate additives. •Drilling Fluid: Shall be composed of clean water and appropriate additives to ensure smooth operation and minimal soil disturbance. Complete with all necessary support equipment, personnel, accessories, and site supervision, executed as per Engineer-in-Charge instructions and in accordance with relevant IS/IEC standards.

Supply, erection, and commissioning of 150 mm dia, Class-LA Cast Iron (CI) pipe, of measurable length 5.5 m each, conforming to IS 1536:1989, for protection of underground cables at track/road crossings.The work includes:Boring below track/road at a depth of 2 m below GL using a 27 pointed turning instrument, as per direction of the Railway Engineer.Installation of CI pipe to provide mechanical protection for cables passing below track/road. Complete execution of the work as per site conditions and instructions of Engineer-in-Charge, ensuring proper alignment, jointing, and stability.The work shall be carried out with all necessary accessories, supports, and supervision, in accordance with relevant IS standards and Engineer-in-Charge directions.

Supply, erection, and commissioning of a maintenance-free chemical earthing system as per Drawing No.: NFR/CEE/CON/GS/10 (Earthing System)/06/2016 and Technical Specification No.: NFR/ELECT/GS/10 (Earthing System), with the following technical scope:Chemical Earthing Electrodes: Use of high-conductivity maintenance-free chemical electrodes designed to maintain low earth resistance (<1 typical) over the service life.Earth Conductor & Connections: Supply and installation of GI/SS/CI earthing conductors, including proper clamps, connectors, and lugs for 28 bonding with equipment, structures, and metallic enclosures.Earth Pit Assembly: Provision of ventilated, corrosion-resistant earthing pits, filled with conductive chemical compounds and backfill to ensure long-term performance.Testing and Commissioning: Measurement of earth resistance, verification of continuity and bonding, and submission of test reports to confirm compliance with IS 3043 (Code of Practice for Earthing).Site Execution: Installation shall include excavation, backfilling, compaction, and protection of earthing pits, executed as per site conditions and Engineer-in-Charge directions, ensuring mechanical stability and electrical safety.Standards Compliance: All materials, workmanship, and testing shall comply with relevant IS/IEC standards and technical specifications.

Supply and erection of earthing by made of B class GI pipe of 4000 mm length, 50 mm diameter &3.6 mm thickness. The GI Strip ( should be welded with the earth pipe. The pipe is provided with at tapered casing at the lower end in order to facilitate the driving. A funnel with perforated plate to be provided at the top of the pipe for pouring water during dry season to have an effective earth value .The connecting conductor from earth electrode to the distribution panel board 29 should not be thinner than8 SWG GI wire to carry the fault current. The earth fill shall be of homogeneous layer of common earth soil. Where soil resistivity is high, earth resistivity enhancing material may be used, Bentonite or similar earth enhancing material may be used in rocky soil. Earth box to be pre casted RCC and The values of earth resistance measured should be painted on the Earth pit cover/lid along with the date of measurement. As per Drg.No. DRG NO: PCEE/ELG/DRG/2024/1/Rev-1 dated 28.07.2025 & as per Technical circular no.EL/PS/2025/1 (Pipe Earthing arrangements)

Supply and fixing of cable junction box / PVC loop box with IP65/66 protection, for 30 suitable entry and termination of cables, to be fixed at locations as per directions of Railway Engineer. The work includes: Supply of all necessary petty items required for successful installation and commissioning, including mounting accessories, clamps, glands, cable lugs, and fasteners. Installation shall ensure mechanical stability, proper sealing, cable entry/exit management, and compliance with electrical safety standards. Complete testing after installation to ensure continuity, insulation, and ingress protection compliance. Work to be executed as per site conditions and Engineer-in-Charge instructions, in accordance with relevant IS/IEC standards.

Supply of 3-Bolt and 2-Bolt Anchor Clamps for LT Aerial Bunched (AB) Cable: Supply of high-strength 3-bolt and 2-bolt anchor clamps for mechanical fixation, tensioning, and termination 31 of LT Aerial Bunched (AB) cables on poles, walls, or other structures as per Engineer-in-Charge instructions, made of hot-dip galvanized cast iron or forged steel, corrosion- and UV-resistant, capable of withstanding mechanical stress, vibration, and environmental exposure. The clamps shall be precision-engineered for uniform clamping pressure to prevent conductor deformation, insulation damage, or slippage, suitable for standard sizes of AB cables

Erection and mechanical installation of 3-bolt and 2-bolt anchor clamps for LT Aerial 32 Bunched (AB) cables, including proper tensioning, alignment, and securing at anchor points, bends, or terminations as per site conditions and Engineer-in-Charge instructions. Work shall ensure uniform clamping pressure, prevention of conductor slippage or damage, and compliance with IS/IEC standards for overhead line fittings.

Supply and fitting of I-hook for use with anchor points and suspension clamp assemblies for LT Aerial Bunched (AB) cables, including proper mechanical fixation, alignment, and 33 tension support as per Engineer-in-Charge instructions. The I-hook shall be made of high-strength, corrosion-resistant galvanized steel, capable of withstanding mechanical load, vibration, and environmental exposure, and shall ensure secure suspension of cables without conductor damage. Complete with all necessary fasteners, bolts, washers, and locking accessories, executed in accordance with IS/IEC standards for overhead line fittings.

Supply and fitting of Galvanized Iron (GI) clamp for attachment of LT Aerial Bunched (AB) cables or related conductors to rail or tubular poles, including proper mechanical fixation, 34 alignment, and tension support as per Engineer-in-Charge instructions. The clamp shall be made of high-strength, corrosion-resistant galvanized steel, designed to withstand mechanical loads, vibration, and environmental exposure, ensuring secure conductor support without deformation or slippage. Complete with all necessary fasteners, bolts, washers, and locking accessories, installed in accordance with IS/IEC standards for overhead line fittings.

Supply and fitting of insulation piercing connectors (IPCs) with insulation cover or parallel groove (P.G.) connectors with insulation cover, suitable for 16 sq.mm LT Aerial Bunched (AB) 35 cables, ensuring secure electrical continuity, mechanical strength, and safe insulation. The connectors shall be made of high-conductivity copper or aluminum alloy, corrosion-resistant, and capable of withstanding mechanical load, vibration, and environmental exposure. Complete with all necessary fasteners, insulation covers, and accessories, installed as per Engineer-in-Charge instructions and in compliance with IS/IEC standards for low-tension overhead line fittings.

Supply and fitting of insulation piercing connectors (IPCs) with insulation cover or parallel groove (P.G.) connectors with insulation cover, suitable for 35-50 sq.mm LT Aerial Bunched 36 (AB) cables, ensuring secure electrical continuity, mechanical strength, and safe insulation. The connectors shall be made of high-conductivity copper or aluminum alloy, corrosion-resistant, and capable of withstanding mechanical load, vibration, and outdoor environmental exposure. Complete with all necessary fasteners, insulation covers, and accessories, installed as per Engineer-in-Charge instructions and in compliance with relevant IS/IEC standards for low-tension overhead line fittings.

Supply of LT suspension clamp assembly with suitable mounting bracket for Aerial Bunched (AB) cables, ensuring secure mechanical support, proper tensioning, and alignment as per 37 Engineer-in-Charge instructions. The assembly shall be made of high-strength, corrosion-resistant galvanized steel or suitable alloy, capable of withstanding mechanical load, vibration, and outdoor environmental exposure, and shall ensure conductor stability without deformation or slippage. Complete with all necessary fasteners, bolts, washers, clamps, and accessories, installed in compliance with relevant IS/IEC standards for overhead line fittings.

Erection and mechanical installation of LT suspension clamp assembly with bracket for Aerial Bunched (AB) cables, including proper alignment, tensioning, and secure fixation as per Engineer-in-Charge instructions. The work shall ensure mechanical stability, prevention of conductor slippage or deformation, and compliance with IS/IEC standards. All necessary fasteners, bolts, washers, clamps, and accessories required for safe and durable installation shall be provided.

Supply and fitting of anchoring/dead-end clamp assembly suitable for bare or insulated messenger conductor, comprising 1 no. anchor/dead-end clamp, 1 no. universal bracket, stainless steel strap, and all associated accessories, complete for proper mechanical fixation, 39 tensioning, and alignment as per Engineer-in-Charge instructions. The assembly shall be made of high-strength, corrosion-resistant galvanized steel or stainless steel, capable of withstanding mechanical load, vibration, and outdoor environmental exposure, ensuring secure anchoring of messenger conductor without conductor damage or slippage. Installation shall include all fasteners, bolts, washers, clamps, and accessories, executed in accordance with relevant IS/IEC standards for overhead line fittings.

Supply, fitting, fixing, and connection of parallel groove (P.G.) clamp for Raccon conductor, complete with Smart "C" member having elastic properties to ensure constant contact pressure. The clamp shall be installed using impact connector tool and booster, with the wedge 40 inserted at high speed, and the C body and wedge surfaces coated with special inhibitor compound to maintain long-term conductivity and mechanical integrity throughout the life of the installation. The assembly shall conform to IS 5561 and ANSI C 119.4 (Class AA) standards, providing secure electrical continuity, mechanical strength, and resistance to corrosion, as per Engineer-in-Charge instructions.