Request for Proposal (“RFP”) issued by NHIT Southern Projects Private Limited (NSPPL) for Engagement of Agency/Firm/Consultant for carrying out a detailed site assessment and submit the DPR with a BOQ to provide the permanent solution on rectification and rehabilitation of the existing highway streetlights on four-lane of TN/AP – Border to Nalagampalli to AP/Karnataka Border (NH-69) road Section of NH-140 with a project length of 84.797 Km in the state of Andhra Pradesh.

BOQ FOR REHABILITATION AND UPGRADATION OF NH-4 (NEW NH-69) FROM NALAGAMPALLI (EXISTING K.M. 171.590/DESIGN CH:172+000) TO AP/KARNATAKA BORDER (EXISTING KM.216.912/DESIGN CH:219+687)

S. No Work Description UOM PR BOQ Qty Rate Amount Reason

1.1 Supply and installation of 20 dia 1 Meter Long MS rod for Street Lighting Pole Earthing Nos. 1050 For Damaged Poles 35 Nos and 10 Nos all Booth at Toll Plaza

1.2 Supply and Installation of 8 SWG GI wire for Street Lighting pole body and scope shall inclusive of making end terminations Mtr 26500 Above Said 1.1 (Each will have 6.5 Mtrs)

1.3 Supply and Installation, Testing and commissioning of 25 X3 mm Hot galvanized GI strip for Feeder Pillar Earthing Mtr 150 (Each will have 2 Mtrs) for Below said 1.4 reason

1.4 Supply and Installation, Testing and commissioning of 40 dia 2 meter long Chemical Earthing Nos. 100 For High Mast 4 Nos and 3 Nos for Office Container Cabins

2 Street Lighting Feeder Panels

2.1 SITC of IP65 Outdoor Lighting Feeder Panel suitable for 415V, 3 Phase, 4 Wire, 50Hz AC supply, complete with 100A, 4 Pole MCCB incomer (36kA breaking capacity), SPD(Type 1+2, 3P+N, 40 kA), R-Y-B LED phase indication lamps, 3 Nos. 6A SP control MCBs, 1 No. Astronomical Timer, 1 No. Single Phasing Preventer with Over Voltage and Under Voltage protection, Auto/Manual selector switch with OFF position, 100A 4 Pole Contactor contactor, 63/100A Aluminium Electrical Grade Busbars (3P+N) with supports and acrylic shrouding, 12 Nos. SP outgoing MCBs of 32A( 10kA breaking) ratings, connectors, neutral and earth bars, complete internal power and control wiring with copper cables, ferrules, lugs, DIN rails, PVC wiring channels,danger plate, name plate of the panel and all associated accessories. The panel shall be housed in an IP65 outdoor type double-door enclosure fabricated from 1.6mm thick GI sheet with 3mm thick gland plate, complete with canopy, door gasket, locking arrangement, bottom cable entry provision, earth studs and mounted on a 1000mm high MS stand. The panel shall be supplied complete in all respects including assembly, inspection, testing and commissioning as per technical specifications. Nos 35

2.2 SITC of IP65 Outdoor Lighting Feeder Panel suitable for 415V, 3 Phase, 4 Wire, 50Hz AC supply, complete with 63A, 4 Pole MCCB incomer (36kA breaking capacity),SPD(Type 1+2, 3P+N, 40 kA), R-Y-B LED phase indication lamps, 3 Nos. 6A SP control MCBs, 1 No. Astronomical Timer, 1 No. Single Phasing Preventer with Over Voltage and Under Voltage protection, Auto/Manual selector switch with OFF position, 63A 4 Pole contactor, 63A Aluminium Electrical Grade Busbars (3P+N) with supports and acrylic shrouding, 12 Nos. SP outgoing MCBs of 20A( 10kA breaking) ratings, connectors, neutral and earth bars, complete internal power and control wiring with copper cables, ferrules, lugs, DIN rails, PVC wiring channels,danger plate, name plate of the panel and all associated accessories. The panel shall be housed in an IP65 outdoor type double-door enclosure fabricated from 1.6mm thick GI sheet with 3mm thick gland plate, complete with canopy, door gasket, locking arrangement, bottom cable entry provision, earth studs and mounted on a 1000mm high MS stand. The panel shall be supplied complete in all respects including assembly, inspection, testing and commissioning as per technical specifications. Nos 5

2.3 SITC of IP65 Outdoor Lighting Feeder Panel suitable for 415V, 3 Phase, 4 Wire, 50Hz AC supply, complete with 40A, 4 Pole MCCB incomer (36kA breaking capacity), SPD(Type 1+2, 3P+N, 40 kA), R-Y-B LED phase indication lamps, 3 Nos. 6A SP control MCBs, 1 No. Astronomical Timer, 1 No. Single Phasing Preventer with Over Voltage and Under Voltage protection, Auto/Manual selector switch with OFF position, 25A 3 Pole AC-3 power contactor, 63A Aluminium Electrical Grade Busbars (3P+N) with supports and acrylic shrouding, 12 Nos. SP outgoing MCBs of 16A( 10kA breaking) ratings, connectors, neutral and earth bars, complete internal power and control wiring with copper cables, ferrules, lugs, DIN rails, PVC wiring channels,danger plate, name plate of the panel and all associated accessories. The panel shall be housed in an IP65 outdoor type double-door enclosure fabricated from 1.6mm thick GI sheet with 3mm thick gland plate, complete with canopy, door gasket, locking arrangement, bottom cable entry provision, earth studs and mounted on a 1000mm high MS stand. The panel shall be supplied complete in all respects including assembly, inspection, testing and commissioning as per technical specifications. Nos 5

3 Poles & Fixtures

3.1 Supply, Transportation, Erection cabling and commissioning of New 10 mtr hot-dip galvanized octagonal pole with j Bolts, Which includes unloading, shifting to the installation location lifting using suitable crane/skylift positioning alignment tightening of foundation bolts with nuts and washers earthing connection to the pole and making the pole ready for cable termination and commissioning. Civil foundation works excavation concreting and grouting are excluded from the scope. The work shall be completed in all respects as per approved drawings and the instructions of the Engineer-in-Charge. Nos 40 Required for Accidental damage Rectifcation compliance works

3.2 SITC of high-quality integrated LED Street Light with a minimum system lumen of 38250 lm and system wattage not exceeding 225W with a nominal system efficacy of 170 lumen/watt. The LED used shall have CCT of 5700K, SDCM ≤ 5 and CRI≥70. The housing should be made of non-corrosive Single Piece pressure die-cast aluminum, to withstand extreme environments. The spigot shall be part of “Single Piece Pressure Die-cast housing” & shall not be bolted to the luminaire housing to ensure robust design. The name of the brand should be embossed/engraved & should not be mentioned using sticker/screen printing. It should have corrosion resistant powder coating to pass NSS of 500 Hrs. The luminaire LED shall have declared Lifetime of 75K hours@L70. The product should be designed for continuous operation (10-12 Hrs. per day). The Ingress protection should be minimum IP66 & impact resistance shall be IK10. The minimum luminaire dimensions shall be L: 630mm, W: 255MM, H: 135MM & nominal weight shall be 3.8KG (±5%). Control gear compartments shall be Top maintainable without accessing/opening the optical compartment. The Luminaire should have a minimum 10 KV/5KA SPD duly bolted in the Luminaire. The SPD should be able to sustain a minimum 15 hits of 5KA rating i.e. Total of 45 hits across all the three modes as per IEEE 62.41.2. The luminaire should be of Class B Serviceability. The LED used in the luminaire shall be SMD type only & shall be from either Lumileds, Osram, Nichia, Cree & APT Electronics make or equivalent. The Driver should be asphalt potted & should be a BIS approved driver. The driver shall have operating voltage of 120V to 270V, PF≥0.95 (@ full load), THD≤10% (@ full load). The driver should be capable of withstand voltage stress of 440V for 8 Hrs., should have an auto shutdown @ 325V(±15V) and have an auto recovery feature. The driver shall comply to EMI/EMC standard EN 55015, IEC61547 & IEC 61000-3-2. The luminaire brand name shall be embossed/engraved on the luminaire/end plate & not screen printed or put using sticker. The luminaire driver & it’s SPD shall be of the same make/manufacturer as that of LED luminaires. Luminaire manufacturer must have In-house NABL accredited lab to conduct LM79, Type test as per IS10322, "FAT" before dispatch as per IS 10322 & IK Test. The the successful bidder must submit the NABL accreditation certificate for Luminaire manufacturer before supply of material. The LED Luminaire & it's driver both should be BIS registered. Successful bidder shall submit the following reports before supply of material for approvals LM79 issued by NABL accredited lab, LM80 issued by LED manufacturer, Type Test Certificate for luminaire as issued by NABL accredited lab, BIS certificate for LED Luminaire & Driver. Similar to above Specs in Signify (Philips/Ecolink)BRP505 LED382 CW R5C PSU S2 SPD or equivalent Nos 900 Additional Stock purposes and Required for Accidental damage Rectifcation compliance works

3.3 SITC of high-quality integrated LED Street Light with a minimum system lumen of 29750 lm and system wattage not exceeding 175W with a nominal system efficacy of 170 lumen/watt. The LED used shall have CCT of 5700K, SDCM ≤ 5 and CRI≥70. The housing should be made of non-corrosive Single Piece pressure die-cast aluminum, to withstand extreme environments. The spigot shall be part of “Single Piece Pressure Die-cast housing” & shall not be bolted to the luminaire housing to ensure robust design. The name of the brand should be embossed/engraved & should not be mentioned using sticker/screen printing. It should have corrosion resistant powder coating to pass NSS of 500 Hrs. The luminaire LED shall have declared Lifetime of 75K hours@L70. The product should be designed for continuous operation (10-12 Hrs. per day). The Ingress protection should be minimum IP66 & impact resistance shall be IK10. The minimum luminaire dimensions shall be L: 630mm, W: 255MM, H: 135MM & nominal weight shall be 3.8KG (±5%). Control gear compartments shall be Top maintainable without accessing/opening the optical compartment. The Luminaire should have a minimum 10 KV/5KA SPD duly bolted in the Luminaire. The SPD should be able to sustain a minimum 15 hits of 5KA rating i.e. Total of 45 hits across all the three modes as per IEEE 62.41.2. The luminaire should be of Class B Serviceability. The LED used in the luminaire shall be SMD type only & shall be from either Lumileds, Osram, Nichia, Cree & APT Electronics make or equivalent. The Driver should be asphalt potted & should be a BIS approved driver. The driver shall have operating voltage of 120V to 270V, PF≥0.95 (@ full load), THD≤10% (@ full load). The driver should be capable of withstand voltage stress of 440V for 8 Hrs., should have an auto shutdown @ 325V(±15V) and have an auto recovery feature. The driver shall comply to EMI/EMC standard EN 55015, IEC61547 & IEC 61000-3-2. The luminaire brand name shall be embossed/engraved on the luminaire/end plate & not screen printed or put using sticker. The luminaire driver & it’s SPD shall be of the same make/manufacturer as that of LED luminaires. Luminaire manufacturer must have In-house NABL accredited lab to conduct LM79, Type test as per IS10322, "FAT" before dispatch as per IS 10322 & IK Test. The the successful bidder must submit the NABL accreditation certificate for Luminaire manufacturer before supply of material. The LED Luminaire & it's driver both should be BIS registered. Successful bidder shall submit the following reports before supply of material for approvals LM79 issued by NABL accredited lab, LM80 issued by LED manufacturer, Type Test Certificate for luminaire as issued by NABL accredited lab, BIS certificate for LED Luminaire & Driver. Similar to above Specs in Signify (Philips) BRP505 LED297 CW R5C PSU S2 SPD or equivalent Nos 930 Additional Stock purposes and Required for Accidental damage Rectifcation compliance works

3.4 SITC of high-quality integrated LED Street Light with a minimum system lumen of 25500 lm and system wattage not exceeding 150W with a nominal system efficacy of 170 lumen/watt. The LED used shall have CCT of 5700K, SDCM ≤ 5 and CRI≥70. The housing should be made of non-corrosive Single Piece pressure die-cast aluminum, to withstand extreme environments. The spigot shall be part of “Single Piece Pressure Die-cast housing” & shall not be bolted to the luminaire housing to ensure robust design. The name of the brand should be embossed/engraved & should not be mentioned using sticker/screen printing. It should have corrosion resistant powder coating to pass NSS of 500 Hrs. The luminaire LED shall have declared Lifetime of 75K hours@L70. The product should be designed for continuous operation (10-12 Hrs. per day). The Ingress protection should be minimum IP66 & impact resistance shall be IK10. The minimum luminaire dimensions shall be L: 630mm, W: 255MM, H: 135MM & nominal weight shall be 3.8KG (±5%). Control gear compartments shall be Top maintainable without accessing/opening the optical compartment. The Luminaire should have a minimum 10 KV/5KA SPD duly bolted in the Luminaire. The SPD should be able to sustain a minimum 15 hits of 5KA rating i.e. Total of 45 hits across all the three modes as per IEEE 62.41.2. The luminaire should be of Class B Serviceability. The LED used in the luminaire shall be SMD type only & shall be from either Lumileds, Osram, Nichia, Cree & APT Electronics make or equivalent. The Driver should be asphalt potted & should be a BIS approved driver. The driver shall have operating voltage of 120V to 270V, PF≥0.95 (@ full load), THD≤10% (@ full load). The driver should be capable of withstand voltage stress of 440V for 8 Hrs., should have an auto shutdown @ 325V(±15V) and have an auto recovery feature. The driver shall comply to EMI/EMC standard EN 55015, IEC61547 & IEC 61000-3-2. The luminaire brand name shall be embossed/engraved on the luminaire/end plate & not screen printed or put using sticker. The luminaire driver & it’s SPD shall be of the same make/manufacturer as that of LED luminaires. Luminaire manufacturer must have In-house NABL accredited lab to conduct LM79, Type test as per IS10322, "FAT" before dispatch as per IS 10322 & IK Test. The the successful bidder must submit the NABL accreditation certificate for Luminaire manufacturer before supply of material. The LED Luminaire & it's driver both should be BIS registered. Successful bidder shall submit the following reports before supply of material for approvals LM79 issued by NABL accredited lab, LM80 issued by LED manufacturer, Type Test Certificate for luminaire as issued by NABL accredited lab, BIS certificate for LED Luminaire & Driver. Similar to above Specs in Signify (Philips) BRP505 LED255 CW R5C PSU S2 SPD or equivalent Nos 960 Additional Stock purposes and Required for Accidental damage Rectifcation compliance works

3.5 SITC of high-quality integrated LED Street Light with a minimum system lumen of 34000 lm and system wattage not exceeding 200W with a nominal system efficacy of 170 lumen/watt. The LED used shall have CCT of 5700K, SDCM ≤ 5 and CRI≥70. The housing should be made of non-corrosive Single Piece pressure die-cast aluminum, to withstand extreme environments. The spigot shall be part of “Single Piece Pressure Die-cast housing” & shall not be bolted to the luminaire housing to ensure robust design. The name of the brand should be embossed/engraved & should not be mentioned using sticker/screen printing. It should have corrosion resistant powder coating to pass NSS of 500 Hrs. The luminaire LED shall have declared Lifetime of 75K hours@L70. The product should be designed for continuous operation (10-12 Hrs. per day). The Ingress protection should be minimum IP66 & impact resistance shall be IK10. The minimum luminaire dimensions shall be L: 630mm, W: 255MM, H: 135MM & nominal weight shall be 3.8KG (±5%). Control gear compartments shall be Top maintainable without accessing/opening the optical compartment. The Luminaire should have a minimum 10 KV/5KA SPD duly bolted in the Luminaire. The SPD should be able to sustain a minimum 15 hits of 5KA rating i.e. Total of 45 hits across all the three modes as per IEEE 62.41.2. The luminaire should be of Class B Serviceability. The LED used in the luminaire shall be SMD type only & shall be from either Lumileds, Osram, Nichia, Cree & APT Electronics make or equivalent. The Driver should be asphalt potted & should be a BIS approved driver. The driver shall have operating voltage of 120V to 270V, PF≥0.95 (@ full load), THD≤10% (@ full load). The driver should be capable of withstand voltage stress of 440V for 8 Hrs., should have an auto shutdown @ 325V(±15V) and have an auto recovery feature. The driver shall comply to EMI/EMC standard EN 55015, IEC61547 & IEC 61000-3-2. The luminaire brand name shall be embossed/engraved on the luminaire/end plate & not screen printed or put using sticker. The luminaire driver & it’s SPD shall be of the same make/manufacturer as that of LED luminaires. Luminaire manufacturer must have In-house NABL accredited lab to conduct LM79, Type test as per IS10322, "FAT" before dispatch as per IS 10322 & IK Test. The the successful bidder must submit the NABL accreditation certificate for Luminaire manufacturer before supply of material. The LED Luminaire & it's driver both should be BIS registered. Successful bidder shall submit the following reports before supply of material for approvals LM79 issued by NABL accredited lab, LM80 issued by LED manufacturer, Type Test Certificate for luminaire as issued by NABL accredited lab, BIS certificate for LED Luminaire & Driver. Similar to above Specs in Signify (Philips) BRP505 LED340 CW R5C PSU S2 or equivalent Nos 125 Additional Stock purposes and Required for Accidental damage Rectifcation compliance works

3.6 SITC of LED flood 50W having housing made of pressure die cast aluminium. The system wattage shall be 50W & the luminaire shall deliver minimum system lumens of 5000lumens. The system efficacy of the luminaire shall be ≥100lm/w. The LEDs used in the luminaire shall be from either Lumileds, Osram, Nichia, APT Electronics and CREE make, shall have CCT of 5700°K, CR≥70, SDCM≤5. The luminaire shall have IP rating of IP65 & IK rating of IK07. The luminaire shall have toughened glass. The LED driver shall have operating voltage range of 140V to 270V, PF≥0.95 @ full load, THD≤ 10% @ full load, In-built surge protection of 4KV Luminaire manufacturer must have In-house NABL accredited lab to conduct LM79, Type test as per IS10322. The LED Luminaire & it's driver both should be BIS registered. Successful bidder shall submit the following reports before supply of material for approvals LM79 issued by NABL accredited lab, LM80 issued by LED manufacturer, BIS certificate for LED Luminaire & Driver. Similar to SIGNIFY (PHILIPS) BVP173 LED55 CW 50W FG GR PSU or equivalent Nos 140 Rounded off

4 Pole Foundations and Rectifiaction Works

4.1 Design construction casting curing and installation of reinforced cement concrete (RCC) foundation for street lighting poles suitable for the specified pole height and wind load as per IS 875 including excavation PCC bed reinforcement steel foundation J bolts templates grouting and all associated accessories. The work shall include backfilling compaction disposal of surplus earth curing of concrete alignment and levelling of foundation and making good the surrounding surface to its original condition Nos 40 Required for Accidental damage Rectifcation compliance works

4.2 Rectification of luminaire arm angle from the existing 5°/10° tilt angle to 0° tilt angle as per approved lighting design. The work includes loosening, adjusting, and realigning the arm brackets and luminaires to achieve a uniform 0° tilt angle, tightening all fasteners, and ensuring proper alignment and illumination distribution. The work shall be completed in all respects as per the approved drawings, lighting design requirements, and the instructions of the Engineer-in-Charge. Nos 300

4.3 Adaptor Rectifiaction Work: Carry out thorough cleaning of the surface using a wire brush to remove rust, dirt, and loose particles. Apply a two-coat painting system with a total dry film thickness (DFT) of 120 microns, consisting of:One coat of Zinc Phosphate Primer, and One coat of Glossy Finish Silver Colour Paint as the final finishing coat. Nos 686

4.4 Electrical Streete light Pole Door Rectification: Supply of access door for octagonal pole fabricated from suitable gauge MS sheet complete with hinges locking arrangement gasket nuts bolts and all necessary accessories. The door shall be suitable for installation on octagonal poles and conform to the pole manufacturer s specifications Nos 1690

5 LTXPLE UG Cables , DWC Duct pipes

5.1 Supply and laying of 4 C X 6 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 8500 Rounded off

5.2 Supply and laying of 4 C X 10 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 9500 Rounded off

5.3 Supply and laying of 4 C X 16 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 11700 Rounded off

5.4 Supply and laying of 4 C X 25 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 15200 Rounded off

5.5 Supply and laying of 4 C X 35 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 9600 Rounded off

5.6 Supply and laying of 4 C X 50 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 2200 Rounded off

5.7 Supply and Laying of 3 C X 1.50 Sq. mm. Cu flexible wire cable of 1.1 KV grade as per IS 7098, .(include end Termination of the 3 C X 1.50 Sq. mm. Cu. Flexible cable with Lugs for all the cables including material ) Mtr 26000 Rounded off

5.8 Supply and Laying of 40 mm DWC Duct Pipe conforming to IS 14930 (Part II), including excavation of trenches to the required depth, laying of the duct with necessary couplers and accessories, cable routing from feeder pillar to poles and pole-to-pole locations, backfilling with excavated soil, proper compaction, and restoration of the surface to its original condition. The work shall be carried out in accordance with relevant IS standards for cable laying and trenching. The scope includes all materials, labour, tools, transportation, testing, and completion of the work in all respects. Mtr 19400 Rounded off

5.9 Supply and laying of 40 mm HDPE DWC (Double Wall Corrugated) duct pipe conforming to IS 14930 (Part II), including breaking of existing PCC where required, excavation of trench to the specified depth, laying of DWC duct with proper alignment, backfilling with excavated soil in layers and compaction, and restoration of the top surface with PCC concrete to match the existing finish. The work shall be completed in all respects as per relevant IS standards and the Engineer-in-Charge's instructions. Mtr 15000 Rounded off

5.1 Supply and laying of 40 mm HDPE DWC (Double Wall Corrugated) duct pipe conforming to IS 14930 (Part II), including fixing the duct along the concrete cross barrier with suitable clamps at 1.0 m intervals for pole-to-pole cable routing. The scope includes all necessary accessories, fittings, supports, and fastening materials required for complete installation. The work shall be executed in a neat and workmanlike manner, ensuring proper alignment and protection of the duct, and completed in all respects in accordance with the relevant IS standards and the instructions of the Engineer-in-Charge. Mtrs 24000 Rounded off

5.11 Pole cable termination shall include the supply and installation of suitable Hylam sheets, 1/2 Nos. 6A MCBs(for Each light Fixure 1MCB), 63A RYB connectors, and cable lugs of appropriate sizes as per the cable specification. All terminations shall be carried out properly with neat workmanship, ensuring safe, secure, and reliable electrical connections. No 1700 Rounded off

5.12 Horizontal Directional Drilling (HDD) for cable laying, including drilling, supply and installation of 63 mm HDPE Pipe, PE-100 grade, PN 10, conforming to IS 4984, suitable for underground heavy-duty road crossing (pulling of cable, restoration of disturbed surfaces, and all associated works complete as per relevant IS standards and as per NHAI guidelines) and the Engineer-in-Charge's instructions. HDD shall be carried out at all road crossings and locations where open trench excavation is not permitted RMT 2600

5.13 Road cutting for cable laying, including excavation, supply and installation of GI pipe for cable protection, laying of cable through the GI pipe, backfilling, and restoration of the road surface to its original condition(fill with Concrete). The work shall be carried out in accordance with relevant IS standards and as directed by the Engineer-in-Charge Mtrs 0 Omitted and will use the Qty 5.9

5.14 New Service Connection: Scope includes - New Service Connection from application to Meter Connection Which Includes New Transformer, 11 KV Service Line with PCC poles and new meter connection and All applicable deposits charges and Liaisoning will come under vendor scope. The Minimum requirement of Transformer will be 16 KVA 11kV/230V Single Phase Oil Immersed Distribution Transformer complete with all standard fittings accessories earthing and outdoor mounting arrangement for highway lighting load applications and all incoming and outgoing UG Cables to be provided to nearby feeder pillar locations.. Nos 5

6 Additional BOQ as per Site Requirement

6.1 Supply of New GI Single Arm 1.5 Mtrs and installation on the existing 10 Mtrs GI Octagonal pole including unloading shifting to the installation location lifting using suitable crane/skylift positioning alignment tightening of foundation bolts with nuts and washers earthing connection to the pole and making the arm ready for Light Fixture installation. Nos 20 Accidental Damage rectification and stock purposes

6.2 Supply of New GI Double Arm 1.5 Mtrs and installation on the existing 10 Mtrs GI Octagonal pole including unloading shifting to the installation location lifting using suitable crane/skylift positioning alignment tightening of foundation bolts with nuts and washers earthing connection to the pole and making the arm ready for Light Fixture installation. Nos 20 Accidental Damage rectification and stock purposes

6.3 Supply and Fixing of LED flood 70W having housing made of pressure die cast aluminium. The system wattage shall be 70W & the luminaire shall deliver minimum system lumens of 9800lumens. The system efficacy of the luminaire shall be ≥140lm/w. The LEDs used in the luminaire shall be from either Lumileds Osram Nichia APT Electronics and CREE make shall have CCT of 5700°K CR≥70 SDCM≤5. The luminaire shall have IP rating of IP65 & IK rating of IK07. The luminaire shall have toughened glass. The LED driver shall have operating voltage range of 140V to 270V PF≥0.95 @ full load THD≤ 10% @ full load In-built surge protection of 4KV Luminaire manufacturer must have In-house NABL accredited lab to conduct LM79 Type test as per IS10322. The LED Luminaire & it s driver both should be BIS registered. Successful bidder shall submit the following reports before supply of material for approvals LM79 issued by NABL accredited lab LM80 issued by LED manufacturer BIS certificate for LED Luminaire & Driver. Similar to SIGNIFY (PHILIPS) BVP173 LED55 CW 50W FG GR PSU or equivalent Nos 35 For Toll Plaza Canopy, Each Booth will have 3 Nos*10 and 5 nos for bike lane

Total Amount==>> ₹ 0

BOQ Breakup of Earthing and its associates accessoires

S.No Description Total Nos of poles / Qty Considered Nos of Poles / Qty Each will have Total Qty Comments

1.1 20 dia 1 Meter Long MS rod for Street Lighting Pole Earthing 1690 1004 1 1004 Except VUP locations - DI Arm Poles (686 Nos)

1.2 8 SWG GI wire for Street Lighting pole 1690 1004 1.5 26202

686 36.0 For Clamping

1.3 25 X3 mm Hot galvanized GI strip for Feeder Pillar Earthing 45 45 3 135 For Feeder Pillers each 3 mtrs

1.4 40 dia 2 meter long Chemical Earthing 45 45 1 93 For Feeder Pillers Each 1 no's

12 24 2 For DI Arms, consider 4 Nos. per stretch, comprising 2 Nos. on the Left-Hand Side (LHS) and 2 Nos. on the Right-Hand Side (RHS).

4.3 Adaptor Rectifiaction Work: 1690 686 1 686

BOQ Breakup of Feeder Pillars

Sr. No Chainages Side Feeder Panel Rating Type

22 184+540 BUS BAY BHS 1 40A

24 191+150 BUS BAY BHS 1 40A

52 207+630 BUS BAY RHS 1 63A

64 214+800 BUS BAY LHS 1 40A

70 217+565 BUS BAY LHS 1 40A

74 219+180 BUS BAY LHS 1 40A

Chainagewise BOQ - Ch 173+550 to 219+500

Sr. No Chainages Distance TCS Pole to Pole Distance Pole Arragnement 10 Mtrs Pole with 1.5 mtr O deg Double arms 10 Mtrs Pole with 1.5 mtr O deg Single arms 10 Mtrs Pole with 1.5 mtr O deg and 1.5 mtr O deg Differantial arms Damaged Poles Removal Poles proposal Road Cutting HDD Fedder Panel 226 Watt 198Watt 175 Watt 151watt Remark

From To Median LHS RHS Median LHS RHS Median LHS RHS

1 172+550 BUSBAY TCS 2 25 RHS Side 6 9 6

6 174+650 BUS BAY TCS 1B LHS Side/ RHS Side 6 6 16 12

13 178+480 BUSBAY TCS 2 RHS Side 6 9 6

14 179+380 BUSBAY TCS 2 LHS Side 6 6 9 6

15 179+810 BUSBAY TCS 2 RHS Side 6 6 9 6

16 180+420 180+540 TCS 1B LHS Side/ RHS Side 3 3 18 6

20 183+250 BUSBAY TCS 2 LHS Side 6 6 10 6

21 184+030 184+045 LHS Side/ RHS Side 3 3 20 6

22 184+540 BUS BAY TCS 2 LHS Side 6 1 1 6

23 184+760 BUSBAY TCS 2 RHS Side 6 6

24 191+150 BUS BAY TCS 2 LHS Side 6 6 1 6

25 191+500 BUSBAY TCS 2 RHS Side 6 6

36 197+900 BUS BAY TCS 2 LHS Side/ RHS Side 6 6 2 12

42 201+260 BUS BAY TCS 2 LHS 6 6

46 202+650 BUS BAY TCS 2 RHS 6 1 6

47 205+900 BUS BAY TCS 2 LHS/RHS SIDE 6 6 20 12

51 207+730 TRUCKLAY BAY TCS 5 LHS SIDE 5 3 3 20 16

52 207+630 BUS BAY TCS 2 RHS SIDE 6 1 1 6

53 208+400 TRUCKLAY BAY TCS 5 RHS SIDE 5 3 3 20 1 16

54 209+300 BUS BAY TCS 2 LHS/RHS SIDE 6 6 2 12

59 211+200 BUS BAY TCS 2 LHS SIDE 6 6 12

64 214+800 BUS BAY RHS/LHS SIDE 6 6 1 1 12

65 215+600 BUS BAY TCS 2 RHS SIDE 6 1 6

66 215+700 BUS BAY TCS 2 LHS SIDE 6 1 6

70 217+565 BUS BAY TCS 2 LHS/RHS Side 6 6 1 1 12

74 219+180 BUS BAY TCS 2 LHS SIDE 6 1 1 6

75 219+500 BUS BAY TCS 2 RHS SIDE 6 6

Arm Type Total Poles 3c x 1.5 Sqmm Flexi cable

Differential Arm poles 686 8232 4459

Double Arm Poles 526 12624 1921 21131

Single Arm Poles 478 5736

VUP Lights 142 1136

Total Poles 1690 27728 4459

Total Illumanires 2902 32187

VUP Locations With Detail BOQ

Sr.No Chainage No LHS/RHS LENGTH WIDTH HEIGHT No of Lights (50 W) REMARK

1 173+100 LHS 20 15 6 9 Refer VUP LUX design

2 175+380 Median 36 8 6 10 Refer VUP LUX design

3 178+020 LHS 25 15 6 12 Refer VUP LUX design

4 182+600 Median 29 10 6 10 Refer VUP LUX design

5 193+090 LHS 20 15 6 9 Refer VUP LUX design

6 194+780 Median 35 11 6 12 Refer VUP LUX design

7 197+050 Median 24 33 5 18 Refer VUP LUX design

8 200+150 LHS 24 15 6 12 Refer VUP LUX design

9 202+150 Median 25 28 6 20 Refer VUP LUX design

10 210+000 Median 10 30 6 10 Refer VUP LUX design

11 213+740 Median 30 10 6 10 Refer VUP LUX design

12 216+380 Median 30 10 6 10 Refer VUP LUX design

Total lights 142 Refer VUP LUX design

Nagalampalli to AP/KA Border - NH 4 (Mahasamudram Toll Plaza)

List of Damaged / Accident Poles - Highway Street Light Poles

S.No Chainage Side Pole Installed at Arm Type Issue Type Foundation No of Poles No of Lights Comments

1 173+230 RHS Service Road Single Arm Total Damage Damaged 1 1

2 173+260 RHS Service Road Single Arm Total Damage Damaged 1 1

3 173+450 RHS Service Road Single Arm Total Damage Damaged 1 1

4 173+650 LHS MCW Shoulder Single Arm Accident Bend Damaged 1 1

5 173+800 RHS MCW Shoulder Single Arm Total Damage Damaged 1 1

6 175+200 RHS MCW Shoulder Double Arm Accident Bend Damaged 1 2

7 175+400 LHS MCW Shoulder Double Arm Total Damage Damaged 1 2

8 182+200 LHS MCW Shoulder Double Arm Accident Bend Damaged 1 2

9 185+600 Med Median Double Arm Total Damage Damaged 1 2

10 185+250 Med Median Double Arm Total Damage Damaged 1 2

11 185+100 Med Median Double Arm Total Damage Damaged 1 2

12 181+900 LHS MCW Shoulder Double Arm Accident Bend Damaged 1 2

13 191+200 RHS MCW Shoulder Single Arm Accident Bend Damaged 1 1

14 191+800 RHS MCW Shoulder Single Arm Total Damage Damaged 1 1

15 192+020 RHS MCW Shoulder Single Arm Total Damage Damaged 1 1

16 192+150 LHS Service Road Single Arm Total Damage Damaged 1 1

17 196+300 LHS MCW Shoulder Double Arm Total Damage Damaged 1 2

18 197+900 LHS MCW Shoulder Single Arm Total Damage Damaged 1 1

19 200+850 Med Median Double Arm Total Damage Damaged 1 2

20 200+900 LHS LHS Double Arm Total Damage Damaged 1 2

21 206+100 LHS MCW Shoulder Double Arm Total Damage Damaged 1 2

22 207+600 Med Median Double Arm Total Damage Damaged 1 2

23 208+500 RHS MCW Shoulder Double Arm Total Damage Damaged 1 2

24 208+530 RHS MCW Shoulder Double Arm Total Damage Damaged 1 2

25 207+700 LHS MCW Shoulder Double Arm Total Damage Damaged 1 2

26 210+350 RHS MCW Shoulder Double Arm Accident Bend Damaged 1 2

27 211+150 LHS MCW Shoulder Single Arm Total Damage Damaged 1 1

28 212+600 RHS MCW Shoulder Double Arm Total Damage Damaged 1 2

29 213+300 LHS MCW Shoulder Single Arm Total Damage Damaged 1 1

30 214+250 LHS MCW Shoulder Double Arm Total Damage Damaged 1 2

31 216+800 RHS MCW Shoulder Double Arm Total Damage Damaged 1 2

32 217+100 LHS MCW Shoulder Single Arm Total Damage Damaged 1 1

33 217+200 RHS MCW Shoulder Single Arm Total Damage Damaged 1 1

34 218+300 LHS MCW Shoulder Single Arm Accident Bend Damaged 1 1

35 219+200 LHS MCW Shoulder Single Arm Accident Bend Damaged 1 1

Total Accidental Pole Damages/Missing to be repaired 35 54

Total Single Arm Poles 16

Total Double Arm Poles 19

Total Lights 54

S.No From To Feeder Pillar Location Side No of Cable Circuits Pole Location Arm Type Cable Size From To Total Poles Pole to Pole Distance Total Cable Qty Additional Cable for Circuit Connection Total Cable Qty HDPE Pipe (Excavation & Trenching) HDPE Ducting (VUP) HDPE PCC Locations

1 172+430 173+960 173+100 - In Btwn Pole no 14 and 15 RHS Circuit 1 MCW Shoulder SA 25 Sqmm 1 14 14 35 490 30 520 440

Circuit 2 MCW Shoulder SA 35 Sqmm 15 36 22 35 770 0 770 730

MCW Shoulder SA 35 Sqmm 37 47 11 35 385 50 435 350

MCW Shoulder SA 25 Sqmm 48 53 6 35 210 30 240 190

2 172+430 173+960 173+150 - In Btwn Pole 21 & 22 LHS Circuit 1 MCW Shoulder DA 25 Sqmm 10 21 12 35 420 30 450 450

MCW Shoulder DA 16 Sqmm 1 9 9 30 270 10 280 105 175

Circuit 2 Service Road SA 6 Sqmm 1 7 7 35 245 50 295 265

Circuit 3 MCW Shoulder DI 35 Sqmm 22 36 15 35 525 30 555 520

MCW Shoulder DI 25 Sqmm 37 42 6 35 210 0 210 190

MCW Shoulder SA 25 Sqmm 43 53 11 35 385 40 425 385

3 174+765 175+930 175+380 In Btwn Pole 17 & 18 RHS Circuit 1 MCW Shoulder DA 35 Sqmm 1 17 17 33 561 30 591 370 175

Median DA 35 Sqmm 1 5 5 36 180 0 180 160

Bus Bay RHS SA 25 Sqmm 1 6 6 35 210 30 240 180

Bus Bay LHS SA 25 Sqmm 1 6 6 35 210 30 240 180

Circuit 2 MCW Shoulder DA 10 Sqmm 18 27 10 35 350 50 400 370

MCW Shoulder DA 6 Sqmm 28 31 4 35 140 0 140 140

4 174+765 175+930 175+380 In Btwn Pole 17 & 18 LHS Circuit 1 MCW Shoulder DA 25 Sqmm 1 17 17 33 561 30 591 360 175

Circuit 2 MCW Shoulder DA 16 Sqmm 18 31 14 35 490 0 490 320 105

5 177+110 178+630 178+020 in btwn Pole 34 & 35 LHS Circuit 1 MCW Shoulder DI 50 Sqmm 16 33 18 35 630 30 660 630

MCW Shoulder DA 50 Sqmm 6 15 10 35 350 0 350 350

Median DA 35 Sqmm 1 5 5 35 175 0 175 175

Circuit 2 MCW Shoulder DI 25 Sqmm 34 42 9 35 315 30 345 320

MCW Shoulder DI 16 Sqmm 43 51 9 35 315 30 345 320

Circuit 3 Service Road SA 6 Sqmm 1 9 9 35 315 30 345 300

6 177+110 178+630 178+080 in Btwn Pole 26 & 27 RHS Circuit 1 MCW Shoulder DI 50 Sqmm 15 26 12 35 420 25 445 430

MCW Shoulder DA 35 Sqmm 1 14 14 35 490 120 610 455

Median DA 16 Sqmm 1 4 4 35 140 0 140 125

Circuit 2 MCW Shoulder DI 25 Sqmm 27 42 16 32.5 520 0 520 490

MCW Shoulder DI 16 Sqmm 43 51 9 35 315 0 315 280

7 178+630 179+600 178+970 in Btwn pole 67 & 68 LHS Circuit 1 MCW Shoulder DI 16 Sqmm 52 66 15 35 525 65 590 570

Circuit 2 MCW Shoulder DI 25 Sqmm 67 81 15 35 525 30 555 520

Bus Bay SA 6 Sqmm 1 6 6 35 210 0 210 190

8 178+630 179+600 178+970 in Btwn pole 67 & 68 RHS Circuit 1 MCW Shoulder DI 16 Sqmm 52 66 15 35 525 100 625 580

Circuit 2 MCW Shoulder DI 16 Sqmm 67 81 15 35 525 60 585 530

9 179+600 180+540 180+100 in Btwn Pole 89 & 90 RHS Circuit 1 MCW Shoulder DI 10 Sqmm 82 88 7 33 231 0 231 190

Circuit 2 MCW Shoulder DI 10 Sqmm 89 99 11 35 385 25 410 380

Service Road SA 6 Sqmm 1 3 3 35 105 0 105 95

10 179+600 180+540 180+120 In Btwn Pole 102 & 103 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 89 102 14 35 490 30 520 480

MCW Shoulder DI 16 Sqmm 82 88 7 35 245 0 245 215

Circuit 2 MCW Shoulder DI 10 Sqmm 103 112 10 35 350 0 350 320

Service Road SA 6 Sqmm 1 3 3 35 105 40 145 125

11 181+950 182+840 182+650 in btwn Pole 17 & 18 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 16 16 35 560 35 595 560

Service Road SA 6 Sqmm 1 5 5 35 175 5 180 170

Circuit 2 MCW Shoulder SA 6 Sqmm 1 7 7 35 245 5 250 230

Circuit 3 MCW Shoulder DI 25 Sqmm 17 34 18 35 630 0 630 290 315

12 181+950 182+840 182+650 in btwn Pole 17 & 18 RHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 16 16 35 560 35 595 560

Service Road SA 10 Sqmm 1 5 5 35 175 0 175 160

Circuit 2 MCW Shoulder SA 6 Sqmm 1 7 7 35 245 5 250 220

Circuit 3 MCW Shoulder DI 25 Sqmm 17 34 18 35 630 0 630 290 315

13 182+840 184+100 183+630 at pole 47 LHS Circuit 1 MCW Shoulder DI 16 Sqmm 35 46 12 35 420 30 450 450

Bus Bay SA 6 Sqmm 1 6 6 35 210 5 215 195

Circuit 2 MCW Shoulder DI 16 Sqmm 47 59 13 35 455 30 485 485

Circuit 3 Service Road SA 6 Sqmm 1 3 3 35 105 30 135 125

14 182+840 184+100 183+630 at pole 47 RHS Circuit 1 MCW Shoulder DI 10 Sqmm 35 46 12 35 420 30 450 450

Circuit 2 MCW Shoulder DI 16 Sqmm 47 59 13 35 455 30 485 485

Service Road SA 6 Sqmm 1 3 3 35 105 40 145 125

15 191+971 192+890 192+580 In Btwn Pole 19 & 20 LHS Circuit 1 MCW Shoulder DI 35 Sqmm 4 19 16 35 560 30 590 220 350

MCW Shoulder SA 16 Sqmm 1 3 3 35 105 0 105 90

Median DA 10 Sqmm 1 4 4 35 140 0 140 125

Circuit 2 MCW Shoulder DI 6 Sqmm 20 28 9 35 315 30 345 320

Circuit 3 MCW Shoulder SA 10 Sqmm 1 15 15 35 525 80 605 575

Circuit 4 MCW Shoulder SA 6 Sqmm 16 27 12 35 420 80 500 470

16 192+890 193+580 193+060 in btwn 39 & 40 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 29 40 12 35 420 0 420 390

Circuit 2 MCW Shoulder DI 25 Sqmm 41 52 12 35 420 30 450 425

MCW Shoulder DI 16 Sqmm 53 58 6 35 210 0 210 190

Median DA 10 Sqmm 5 8 4 35 140 0 140 125

17 192+890 193+580 193+120 in Btwn 38 & 39 RHS Circuit 1 MCW Shoulder SA 6 Sqmm 28 39 12 35 420 30 450 425

Circuit 2 MCW Shoulder SA 10 Sqmm 40 54 15 35 525 30 555 530

MCW Shoulder DI 16 Sqmm 1 5 5 35 175 0 175 175

Circuit 2 MCW Shoulder DI 10 Sqmm 18 29 12 35 420 30 450 425

MCW Shoulder DI 16 Sqmm 40 45 6 35 210 0 210 210

MCW Shoulder DI 25 Sqmm 1 9 9 35 315 105 420 420

MCW Shoulder DI 35 Sqmm 34 45 12 35 420 0 420 420

MCW Shoulder DI 35 Sqmm 1 12 12 35 420 0 420 420

Median DA 25 Sqmm 1 4 4 35 140 0 140 120

Circuit 2 MCW Shoulder DI 35 Sqmm 25 36 12 35 420 30 450 435

MCW Shoulder DI 35 Sqmm 37 44 8 35 280 0 280 255

Median DA 16 Sqmm 5 8 4 35 140 0 140 120

MCW Shoulder DI 25 Sqmm 1 12 12 35 420 70 490 420

Circuit 2 MCW Shoulder DI 25 Sqmm 25 36 12 35 420 30 450 425

MCW Shoulder DI 25 Sqmm 37 44 8 35 280 0 280 255

24 199+710 200+895 200+110 Btwn 14 & 15 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 6 14 9 35 315 70 385 320

MCW Shoulder DI 10 Sqmm 1 5 5 35 175 0 175 145

Median DA 10 Sqmm 1 4 4 35 140 0 140 120

Circuit 2 MCW Shoulder DI 16 Sqmm 15 26 12 35 420 30 450 425

MCW Shoulder DI 16 Sqmm 27 31 5 35 175 0 175 155

25 199+710 200+895 200250 Btwn 14 & 15 RHS Circuit 1 MCW Shoulder DI 16 Sqmm 1 15 15 35 525 30 555 515

Circuit 2 MCW Shoulder DI 25 Sqmm 16 22 7 35 245 30 275 245

26 Truck lay bye Bus Bay LHS Circuit 1 MCW Shoulder DA 6 Sqmm 1 4 4 35 140 45 185 165

Service Road SA 6 Sqmm 1 3 3 35 105 0 105 95

Truck lay bye Bus Bay RHS Circuit 2 MCW Shoulder DA 6 Sqmm 1 4 4 35 140 5 145 130

Service Road SA 6 Sqmm 1 3 3 35 105 5 110 90

27 201+654 202+490 202+ 200 In Btwn 12 & 13 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 7 12 6 35 210 30 240 220

MCW Shoulder DI 16 Sqmm 1 6 6 35 210 0 210 190

Circuit 2 MCW Shoulder DI 10 Sqmm 13 18 6 35 210 30 240 225

28 201+654 202+490 202+ 200 In Btwn 12 & 13 RHS Circuit 1 MCW Shoulder DI 10 Sqmm 1 12 12 35 420 80 500 470

Circuit 2 MCW Shoulder DI 6 Sqmm 13 18 6 35 210 80 290 260

29 205+980 206+420 206+090 Btwn 12 & 13 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 1 7 7 35 245 45 290 290

Service Road SA 6 Sqmm 1 3 3 35 105 5 110 95

Service Road SA 6 Sqmm 5 6 2 35 70 40 110 95

Circuit 2 MCW Shoulder DI 10 Sqmm 1 7 7 35 245 0 245 250

Service Road SA 6 Sqmm 1 3 3 35 105 5 110 95

Service Road SA 6 Sqmm 5 6 2 35 70 45 115 95

30 209+300 210+790 210+000 Btwn 11 & 12 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 1 12 12 35 420 0 420 425

Circuit 2 MCW Shoulder DI 16 Sqmm 13 24 12 35 420 40 460 440

MCW Shoulder DI 10 Sqmm 25 31 7 35 245 0 245 270

Median DA 10 Sqmm 5 8 4 35 140 0 140 105

Bus Bay RHS SA 10 Sqmm 1 6 6 35 210 15 225 200

Bus Bay LHS SA 10 Sqmm 1 6 6 35 210 15 225 200

Circuit 2 MCW Shoulder DI 25 Sqmm 22 39 18 35 630 80 710 590

32 211+200 212+400 212+060 Btwn 20 & 21 LHS Circuit 1 MCW Shoulder DI 35 Sqmm 1 20 20 35 700 70 770 695

Service Road SA 16 Sqmm 1 4 4 35 140 5 145 125

Circuit 2 MCW Shoulder DI 10 Sqmm 21 32 12 35 420 0 420 415

33 211+200 212+400 212+100 Btwn 21 &22 RHS Circuit 1 MCW Shoulder DI 35 Sqmm 1 20 20 35 700 80 780 660

Service Road SA 16 Sqmm 1 4 4 35 140 0 140 130

Circuit 2 MCW Shoulder DI 10 Sqmm 21 32 12 35 420 0 420 415

34 212+400 213+160 212+750 Btwn 43 &44 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 33 44 12 35 420 30 450 450

RHS Circuit 2 MCW Shoulder DI 10 Sqmm 33 44 12 35 420 50 470 470

LHS Circuit 3 MCW Shoulder DI 16 Sqmm 45 55 11 35 385 260 645 645

RHS Circuit 4 MCW Shoulder DI 10 Sqmm 45 55 11 35 385 85 470 470

35 213+170 214+520 213+700 Btwn 17 &18 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 18 18 35 630 30 660 660

Circuit 2 MCW Shoulder DI 25 Sqmm 19 33 15 35 525 30 555 535

MCW Shoulder DA 16 Sqmm 34 38 5 35 175 0 175 175

Service Road SA 16 Sqmm 1 4 4 35 140 0 140 125

Circuit 3 Service Road SA 6 Sqmm 1 8 8 35 280 0 280 255

36 213+170 214+520 213+700 Btwn 17 &18 RHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 18 18 35 630 30 660 660

Circuit 2 MCW Shoulder DI 25 Sqmm 19 33 15 35 525 30 555 535

MCW Shoulder DA 16 Sqmm 34 38 5 35 175 0 175 175

Service Road SA 16 Sqmm 1 4 4 35 140 0 140 130

Circuit 3 Service Road SA 6 Sqmm 1 8 8 35 280 0 280 255

37 215+860 216+910 216+420 Btwn 15 & 16 LHS Circuit 1 MCW Shoulder DI 35 Sqmm 1 14 14 35 490 85 575 545

Circuit 2 MCW Shoulder DI 16 Sqmm 15 25 11 35 385 160 545 525

38 215+860 216+910 216+420 Btwn 15 & 16 RHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 15 15 35 525 65 590 560

Circuit 2 MCW Shoulder DI 10 Sqmm 16 25 10 35 350 135 485 480

39 218+330 218+920 218+600 Btwn 9 & 10 LHS Circuit 1 Service Road SA 6 Sqmm 1 4 4 35 140 0 140 145

MCW Shoulder DI 6 Sqmm 1 5 5 35 175 0 175 150

LHS Circuit 2 MCW Shoulder DI 6 Sqmm 6 11 6 35 210 0 210 200

Service Road SA 6 Sqmm 5 8 4 35 140 35 175 160

RHS Circuit 3 Service Road SA 6 Sqmm 1 4 4 35 140 0 140 160

MCW Shoulder DI 6 Sqmm 1 5 5 35 175 50 225 205

RHS Circuit 4 MCW Shoulder DI 6 Sqmm 6 11 6 35 210 40 250 240

Service Road SA 6 Sqmm 5 8 4 35 140 40 180 185

40 207+730 208+400 New Feedar and proposed for both Bus Bay and Truck Lay Bye at 207+600 near RHS Bus Bay LHS Circuit 1 MCW Shoulder DA 10 Sqmm 1 5 5 35 175 120 295 295

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

RHS Circuit 2 Bus Bay SA 16 Sqmm 1 6 6 35 210 100 310 270

MCW Shoulder DA 10 Sqmm 1 5 5 35 175 120 295 295

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

41 184+540 184+760 New Feeder at Bus Bays LHS Circuit 1 Bus Bay SA 6 Sqmm 1 6 6 35 210 180 390 340

RHS Circuit 2 Bus Bay SA 6 Sqmm 1 6 6 35 210 165 375 320

42 191+150 191+500 New Feeder at Bus Bays LHS Circuit 1 Bus Bay SA 6 Sqmm 1 6 6 35 210 180 390 320

RHS Circuit 2 Bus Bay SA 6 Sqmm 1 6 6 35 210 140 350 320

43 214+800 215+100 New Feeder at Bus Bays RHS Circuit 1 Bus Bay SA 6 Sqmm 1 6 6 35 210 180 390 380

LHS Circuit 2 Bus Bay SA 6 Sqmm 1 6 6 35 210 220 430 320

UG Cable Size Total BOQ Diff

HDD Locations With HDPE Pipe Detail BOQ

Sr.No Chainage No No of HDD's 50 MM HDPE pipe QTY (M) REMARK

23 208+400 TRUCKLAY BAY 1 65

Total HDD Proposed 40 2600

Nagalampalli to AP/KA Border - NH 4 (Mahasamudram Toll Plaza)

Transformer Missing locations as per the site

S.No Chainage Side Proposed Rating of a Transformer Qty Comments

3 205+800 RHS 16KVA 1 Exisitng has Small 5 KVA Rating,So, New 16 KVA Transformer to be replaced

Transformer Missing locations 5

Nagalampalli to AP/KA Border - NH 4 (Mahasamudram Toll Plaza)

Rectification of luminaire arm angle from the existing 5°/10° tilt angle to 0° tilt angle

Sr.No Chainage No LHS/RHS No of Arms REMARK

1 173+100 LHS/RHS 26

2 175+380 LHS/RHS 24

3 178+020 LHS/RHS 28

4 182+600 LHS/RHS 26

5 193+090 LHS/RHS 24

6 194+780 LHS/RHS 22

7 197+050 LHS/RHS 26

8 200+150 LHS/RHS 20

9 202+150 LHS/RHS 22

S. No Work Description UOM Total BOQ Qty Removal Qty Revised BOQ Comments

5 LTXPLE UG Cables , DWC Duct pipes

5.1 Supply and laying of 4 C X 6 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 11240 2820 8420

5.2 Supply and laying of 4 C X 10 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 11524 2015 9509

5.3 Supply and laying of 4 C X 16 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 13325 1635 11690

5.4 Supply and laying of 4 C X 25 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 15206 90 15116

5.5 Supply and laying of 4 C X 35 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 9546 0 9546

5.6 Supply and laying of 4 C X 50 Sq. MM. XLPE insulated armoured cable of 1.1 KV grade as per IS 7098,(includeing end Termination of the cables with Lugs for all the cables and DC glands etc.) Mtrs 2190 0 2190

5.7 Supply and Laying of 3 C X 1.50 Sq. mm. Cu flexible wire cable of 1.1 KV grade as per IS 7098, .(include end Termination of the 3 C X 1.50 Sq. mm. Cu. Flexible cable with Lugs for all the cables including material ) Mtrs 32187 6300 25887

Total Length of Cables proposed earlier 95218 82358 12,860

Revised length of UG Cables and Flexi cables 82358

New 3C x 1.5 Sqmm Copper Flexible Cable for LED Lights Old 2C x 1.5 Sqmm Copper Flexible Cable - Existing HPSV

S.No Arm Type Total Poles No of Lights in Arm Length for Each poles Total Length Second Light Arm Length Total Mtrs S.No Arm Type Working Qty No of Lights in Arm Length for Each poles Total Length

1 Differential Arm poles 686 2 12 8232 6.5 4459 1 Differential Arm poles 185 2 12 2220

2 Double Arm Poles 526 2 12 12624 2 Double Arm Poles 295 2 12 7080

3 Single Arm Poles 478 1 12 5736 3 Single Arm Poles 275 1 12 3300

4 VUP Lights 142 1 8 1136

Total Length of 3C x 1.5 Sqmm Cable 32187 Total Length of old 2C x 1.5 sqmmcable can be Re-Used 6300

BOQ for New UG Cable across each and Every Stretch

S.No Chainage Feeder Pillar Location Side No of Cable Circuits Pole Location Arm Type Cable Size Poles Total Poles Pole to Pole Distance Total Cable Qty Additional Cable for Circuit Connection Total Cable Qty HDPE Pipe (Excavation & Trenching) HDPE Ducting (VUP) HDPE PCC Locations

From To From To

1 172+430 173+960 173+100 - In Btwn Pole no 14 and 15 RHS Circuit 1 MCW Shoulder SA 25 Sqmm 1 14 14 35 490 30 520 440

Circuit 2 MCW Shoulder SA 35 Sqmm 15 36 22 35 770 0 770 730

MCW Shoulder SA 35 Sqmm 37 47 11 35 385 50 435 350

MCW Shoulder SA 25 Sqmm 48 53 6 35 210 30 240 190

2 172+430 173+960 173+150 - In Btwn Pole 21 & 22 LHS Circuit 1 MCW Shoulder DA 25 Sqmm 10 21 12 35 420 30 450 450

MCW Shoulder DA 16 Sqmm 1 9 9 30 270 10 280 105 175

Circuit 2 Service Road SA 6 Sqmm 1 7 7 35 245 50 295 265

Circuit 3 MCW Shoulder DI 35 Sqmm 22 36 15 35 525 30 555 520

MCW Shoulder DI 25 Sqmm 37 42 6 35 210 0 210 190

MCW Shoulder SA 25 Sqmm 43 53 11 35 385 40 425 385

3 174+765 175+930 175+380 In Btwn Pole 17 & 18 RHS Circuit 1 MCW Shoulder DA 35 Sqmm 1 17 17 33 561 30 591 370 175

Median DA 35 Sqmm 1 5 5 36 180 0 180 160

Bus Bay RHS SA 25 Sqmm 1 6 6 35 210 30 240 180

Bus Bay LHS SA 25 Sqmm 1 6 6 35 210 30 240 180

Circuit 2 MCW Shoulder DA 10 Sqmm 18 27 10 35 350 50 400 370

MCW Shoulder DA 6 Sqmm 28 31 4 35 140 0 140 140

4 174+765 175+930 175+380 In Btwn Pole 17 & 18 LHS Circuit 1 MCW Shoulder DA 25 Sqmm 1 17 17 33 561 30 591 360 175

Circuit 2 MCW Shoulder DA 16 Sqmm 18 31 14 35 490 0 490 320 105

5 177+110 178+630 178+020 in btwn Pole 34 & 35 LHS Circuit 1 MCW Shoulder DI 50 Sqmm 16 33 18 35 630 30 660 630

MCW Shoulder DA 50 Sqmm 6 15 10 35 350 0 350 350

Median DA 35 Sqmm 1 5 5 35 175 0 175 175

Circuit 2 MCW Shoulder DI 25 Sqmm 34 42 9 35 315 30 345 320

MCW Shoulder DI 16 Sqmm 43 51 9 35 315 30 345 320

Circuit 3 Service Road SA 6 Sqmm 1 9 9 35 315 30 345 300

6 177+110 178+630 178+080 in Btwn Pole 26 & 27 RHS Circuit 1 MCW Shoulder DI 50 Sqmm 15 26 12 35 420 25 445 430

MCW Shoulder DA 35 Sqmm 1 14 14 35 490 120 610 455

Median DA 16 Sqmm 1 4 4 35 140 0 140 125

Circuit 2 MCW Shoulder DI 25 Sqmm 27 42 16 32.5 520 0 520 490

MCW Shoulder DI 16 Sqmm 43 51 9 35 315 0 315 280

7 178+630 179+600 178+970 in Btwn pole 67 & 68 LHS Circuit 1 MCW Shoulder DI 16 Sqmm 52 66 15 35 525 65 590 570

Circuit 2 MCW Shoulder DI 25 Sqmm 67 81 15 35 525 30 555 520

Bus Bay SA 6 Sqmm 1 6 6 35 210 0 210 190

8 178+630 179+600 178+970 in Btwn pole 67 & 68 RHS Circuit 1 MCW Shoulder DI 16 Sqmm 52 66 15 35 525 100 625 580

Circuit 2 MCW Shoulder DI 16 Sqmm 67 81 15 35 525 60 585 530

9 179+600 180+540 180+100 in Btwn Pole 89 & 90 RHS Circuit 1 MCW Shoulder DI 10 Sqmm 82 88 7 33 231 0 231 190

Circuit 2 MCW Shoulder DI 10 Sqmm 89 99 11 35 385 25 410 380

Service Road SA 6 Sqmm 1 3 3 35 105 0 105 95

10 179+600 180+540 180+120 In Btwn Pole 102 & 103 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 89 102 14 35 490 30 520 480

MCW Shoulder DI 16 Sqmm 82 88 7 35 245 0 245 215

Circuit 2 MCW Shoulder DI 10 Sqmm 103 112 10 35 350 0 350 320

Service Road SA 6 Sqmm 1 3 3 35 105 40 145 125

11 181+950 182+840 182+650 in btwn Pole 17 & 18 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 16 16 35 560 35 595 560

Service Road SA 6 Sqmm 1 5 5 35 175 5 180 170

Circuit 2 MCW Shoulder SA 6 Sqmm 1 7 7 35 245 5 250 230

Circuit 3 MCW Shoulder DI 25 Sqmm 17 34 18 35 630 0 630 290 315

12 181+950 182+840 182+650 in btwn Pole 17 & 18 RHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 16 16 35 560 35 595 560

Service Road SA 10 Sqmm 1 5 5 35 175 0 175 160

Circuit 2 MCW Shoulder SA 6 Sqmm 1 7 7 35 245 5 250 220

Circuit 3 MCW Shoulder DI 25 Sqmm 17 34 18 35 630 0 630 290 315

13 182+840 184+100 183+630 at pole 47 LHS Circuit 1 MCW Shoulder DI 16 Sqmm 35 46 12 35 420 30 450 450

Bus Bay SA 6 Sqmm 1 6 6 35 210 5 215 195

Circuit 2 MCW Shoulder DI 16 Sqmm 47 59 13 35 455 30 485 485

Circuit 3 Service Road SA 6 Sqmm 1 3 3 35 105 30 135 125

14 182+840 184+100 183+630 at pole 47 RHS Circuit 1 MCW Shoulder DI 10 Sqmm 35 46 12 35 420 30 450 450

Circuit 2 MCW Shoulder DI 16 Sqmm 47 59 13 35 455 30 485 485

Service Road SA 6 Sqmm 1 3 3 35 105 40 145 125

15 191+971 192+890 192+580 In Btwn Pole 19 & 20 LHS Circuit 1 MCW Shoulder DI 35 Sqmm 4 19 16 35 560 30 590 220 350

MCW Shoulder SA 16 Sqmm 1 3 3 35 105 0 105 90

Median DA 10 Sqmm 1 4 4 35 140 0 140 125

Circuit 2 MCW Shoulder DI 6 Sqmm 20 28 9 35 315 30 345 320

Circuit 3 MCW Shoulder SA 10 Sqmm 1 15 15 35 525 80 605 575

Circuit 4 MCW Shoulder SA 6 Sqmm 16 27 12 35 420 80 500 470

16 192+890 193+580 193+060 in btwn 39 & 40 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 29 40 12 35 420 0 420 390

Circuit 2 MCW Shoulder DI 25 Sqmm 41 52 12 35 420 30 450 425

MCW Shoulder DI 16 Sqmm 53 58 6 35 210 0 210 190

Median DA 10 Sqmm 5 8 4 35 140 0 140 125

17 192+890 193+580 193+120 in Btwn 38 & 39 RHS Circuit 1 MCW Shoulder SA 6 Sqmm 28 39 12 35 420 30 450 425

Circuit 2 MCW Shoulder SA 10 Sqmm 40 54 15 35 525 30 555 530

MCW Shoulder DI 16 Sqmm 1 5 5 35 175 0 175 175

Circuit 2 MCW Shoulder DI 10 Sqmm 18 29 12 35 420 30 450 425

MCW Shoulder DI 16 Sqmm 40 45 6 35 210 0 210 210

MCW Shoulder DI 25 Sqmm 1 9 9 35 315 105 420 420

MCW Shoulder DI 35 Sqmm 34 45 12 35 420 0 420 420

MCW Shoulder DI 35 Sqmm 1 12 12 35 420 0 420 420

Median DA 25 Sqmm 1 4 4 35 140 0 140 120

Circuit 2 MCW Shoulder DI 35 Sqmm 25 36 12 35 420 30 450 435

MCW Shoulder DI 35 Sqmm 37 44 8 35 280 0 280 255

Median DA 16 Sqmm 5 8 4 35 140 0 140 120

MCW Shoulder DI 25 Sqmm 1 12 12 35 420 70 490 420

Circuit 2 MCW Shoulder DI 25 Sqmm 25 36 12 35 420 30 450 425

MCW Shoulder DI 25 Sqmm 37 44 8 35 280 0 280 255

24 199+710 200+895 200+110 Btwn 14 & 15 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 6 14 9 35 315 70 385 320

MCW Shoulder DI 10 Sqmm 1 5 5 35 175 0 175 145

Median DA 10 Sqmm 1 4 4 35 140 0 140 120

Circuit 2 MCW Shoulder DI 16 Sqmm 15 26 12 35 420 30 450 425

MCW Shoulder DI 16 Sqmm 27 31 5 35 175 0 175 155

25 199+710 200+895 200250 Btwn 14 & 15 RHS Circuit 1 MCW Shoulder DI 16 Sqmm 1 15 15 35 525 30 555 515

Circuit 2 MCW Shoulder DI 25 Sqmm 16 22 7 35 245 30 275 245

26 Truck lay bye Bus Bay LHS Circuit 1 MCW Shoulder DA 6 Sqmm 1 4 4 35 140 45 185 165

Service Road SA 6 Sqmm 1 3 3 35 105 0 105 95

Truck lay bye Bus Bay RHS Circuit 2 MCW Shoulder DA 6 Sqmm 1 4 4 35 140 5 145 130

Service Road SA 6 Sqmm 1 3 3 35 105 5 110 90

27 201+654 202+490 202+ 200 In Btwn 12 & 13 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 7 12 6 35 210 30 240 220

MCW Shoulder DI 16 Sqmm 1 6 6 35 210 0 210 190

Circuit 2 MCW Shoulder DI 10 Sqmm 13 18 6 35 210 30 240 225

28 201+654 202+490 202+ 200 In Btwn 12 & 13 RHS Circuit 1 MCW Shoulder DI 10 Sqmm 1 12 12 35 420 80 500 470

Circuit 2 MCW Shoulder DI 6 Sqmm 13 18 6 35 210 80 290 260

29 205+980 206+420 206+090 Btwn 12 & 13 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 1 7 7 35 245 45 290 290

Service Road SA 6 Sqmm 1 3 3 35 105 5 110 95

Service Road SA 6 Sqmm 5 6 2 35 70 40 110 95

Circuit 2 MCW Shoulder DI 10 Sqmm 1 7 7 35 245 0 245 250

Service Road SA 6 Sqmm 1 3 3 35 105 5 110 95

Service Road SA 6 Sqmm 5 6 2 35 70 45 115 95

30 209+300 210+790 210+000 Btwn 11 & 12 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 1 12 12 35 420 0 420 425

Circuit 2 MCW Shoulder DI 16 Sqmm 13 24 12 35 420 40 460 440

MCW Shoulder DI 10 Sqmm 25 31 7 35 245 0 245 270

Median DA 10 Sqmm 5 8 4 35 140 0 140 105

Bus Bay RHS SA 10 Sqmm 1 6 6 35 210 15 225 200

Bus Bay LHS SA 10 Sqmm 1 6 6 35 210 15 225 200

Circuit 2 MCW Shoulder DI 25 Sqmm 22 39 18 35 630 80 710 590

32 211+200 212+400 212+060 Btwn 20 & 21 LHS Circuit 1 MCW Shoulder DI 35 Sqmm 1 20 20 35 700 70 770 695

Service Road SA 16 Sqmm 1 4 4 35 140 5 145 125

Circuit 2 MCW Shoulder DI 10 Sqmm 21 32 12 35 420 0 420 415

33 211+200 212+400 212+100 Btwn 21 &22 RHS Circuit 1 MCW Shoulder DI 35 Sqmm 1 20 20 35 700 80 780 660

Service Road SA 16 Sqmm 1 4 4 35 140 0 140 130

Circuit 2 MCW Shoulder DI 10 Sqmm 21 32 12 35 420 0 420 415

34 212+400 213+160 212+750 Btwn 43 &44 LHS Circuit 1 MCW Shoulder DI 10 Sqmm 33 44 12 35 420 30 450 450

RHS Circuit 2 MCW Shoulder DI 10 Sqmm 33 44 12 35 420 50 470 470

LHS Circuit 3 MCW Shoulder DI 16 Sqmm 45 55 11 35 385 260 645 645

RHS Circuit 4 MCW Shoulder DI 10 Sqmm 45 55 11 35 385 85 470 470

35 213+170 214+520 213+700 Btwn 17 &18 LHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 18 18 35 630 30 660 660

Circuit 2 MCW Shoulder DI 25 Sqmm 19 33 15 35 525 30 555 535

MCW Shoulder DA 16 Sqmm 34 38 5 35 175 0 175 175

Service Road SA 16 Sqmm 1 4 4 35 140 0 140 125

Circuit 3 Service Road SA 6 Sqmm 1 8 8 35 280 0 280 255

36 213+170 214+520 213+700 Btwn 17 &18 RHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 18 18 35 630 30 660 660

Circuit 2 MCW Shoulder DI 25 Sqmm 19 33 15 35 525 30 555 535

MCW Shoulder DA 16 Sqmm 34 38 5 35 175 0 175 175

Service Road SA 16 Sqmm 1 4 4 35 140 0 140 130

Circuit 3 Service Road SA 6 Sqmm 1 8 8 35 280 0 280 255

37 215+860 216+910 216+420 Btwn 15 & 16 LHS Circuit 1 MCW Shoulder DI 35 Sqmm 1 14 14 35 490 85 575 545

Circuit 2 MCW Shoulder DI 16 Sqmm 15 25 11 35 385 160 545 525

38 215+860 216+910 216+420 Btwn 15 & 16 RHS Circuit 1 MCW Shoulder DI 25 Sqmm 1 15 15 35 525 65 590 560

Circuit 2 MCW Shoulder DI 10 Sqmm 16 25 10 35 350 135 485 480

39 218+330 218+920 218+600 Btwn 9 & 10 LHS Circuit 1 Service Road SA 6 Sqmm 1 4 4 35 140 0 140 145

MCW Shoulder DI 6 Sqmm 1 5 5 35 175 0 175 150

LHS Circuit 2 MCW Shoulder DI 6 Sqmm 6 11 6 35 210 0 210 200

Service Road SA 6 Sqmm 5 8 4 35 140 35 175 160

RHS Circuit 3 Service Road SA 6 Sqmm 1 4 4 35 140 0 140 160

MCW Shoulder DI 6 Sqmm 1 5 5 35 175 50 225 205

RHS Circuit 4 MCW Shoulder DI 6 Sqmm 6 11 6 35 210 40 250 240

Service Road SA 6 Sqmm 5 8 4 35 140 40 180 185

40 207+730 208+400 New Feedar and proposed for both Bus Bay and Truck Lay Bye at 207+600 near RHS Bus Bay LHS Circuit 1 MCW Shoulder DA 10 Sqmm 1 5 5 35 175 120 295 295

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

RHS Circuit 2 Bus Bay SA 16 Sqmm 1 6 6 35 210 100 310 270

MCW Shoulder DA 10 Sqmm 1 5 5 35 175 120 295 295

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

Service Road SA 6 Sqmm 4 6 3 35 105 40 145 125

41 184+540 184+760 New Feeder at Bus Bays LHS Circuit 1 Bus Bay SA 6 Sqmm 1 6 6 35 210 180 390 340

RHS Circuit 2 Bus Bay SA 6 Sqmm 1 6 6 35 210 165 375 320

42 191+150 191+500 New Feeder at Bus Bays LHS Circuit 1 Bus Bay SA 6 Sqmm 1 6 6 35 210 180 390 320

RHS Circuit 2 Bus Bay SA 6 Sqmm 1 6 6 35 210 140 350 320

43 214+800 215+100 New Feeder at Bus Bays RHS Circuit 1 Bus Bay SA 6 Sqmm 1 6 6 35 210 180 390 380

LHS Circuit 2 Bus Bay SA 6 Sqmm 1 6 6 35 210 220 430 320

UG Cable Size Total BOQ Diff

Re-Usuable Qty of Exisiting UG Cable - HPSV Lights

S.No Chainage Side Cable Size Removal Qty

26 Truck lay bye Bus Bay LHS 16 sqmm -

Truck lay bye Bus Bay RHS 10 Sqmm -

Total UG Cables to be Resued 6560

Cable Size Cable Mtrs