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| 1 | Supply of 30M high mast shaft in three sections suitable for 50 m/sec wind speed, as per IS:875 part-III,with head frame, winch mounting bracket, luminaries carriage suitable to install 10Nos. 500W LED Flood light luminaries in symmetrical arrangement.As per Technical Specifications |
| 2 | Supply of raising, lowering system comprising double drum winch, 6mm diameter SS wire rope, trailing cable, connector, integral power tool motor, manual handle, junction box, lightning finial. As per Technical Specifications |
| 3 | Supply of foundation bolts manufactured from special steel along with nuts, washers, anchor plate and common template. As per Technical Specifications |
| 4 | Supply of LED type double dome Aviation obstruction light. As per Technical Specifications |
| 5 | Construction of shallow foundation with M25 grade concrete for the high mast considering the safe soil bearing capacity at site as 10 T/sq.mtrat 2 meter depth with all materials and labour.As per Technical Specifications |
| 6 | Erection of the high mast with the help of suitable tools and plants, wiring of luminaries with all wiring materials like PVC insulated PVC sheathed flexible cable of suitable copper conductor cores of 1.5 sq. mm, lugs, MCB and all labour as a complete job |
| 7 | Supply, Installation, testing & commissioning of 500 W LED Flood light fittings complete with driver and necessary accessories as required to maintain Average 25 Lux for keeping minimum uniformity. Bidder to submit illumination design with location of the mast. Housing material of the flood light should be Matt Grey powder coated pressure Die-cast aluminium housing, with heat resistant tempered glass cover. System wattage of the luminaire should be within 500W and system lumen output should not be less than 120 lm/W. And total Luminous flux shall be 60000 lm (+/- 10%). The fixture should be available with choice of beam angles of NB A3 -25°. Fixture should be suitable for a input voltage range of 120 V to 277 V AC with input power supply of 230V AC ± 10 %.Lifetime should be at least 50,000 burning hours. Ingress protection class of IP 66 and impact resistance of IK 07. Bidder to submit LM 79-80 report of the luminaire from NABL / Govt approved test house along with BIS certificate as required. As per Technical Specifications |
| 8 | Supply of High Mast control panel made of SS 304 Grade Stainless steel Enclosure of size 600(W) X760(H) X210(D) mm with rain canopy, single door type with cam lock door sealing gasket and gland plate with required openings etc.Material 2mm thick and mounting plate 2.5mm thick comprising the following components with control wiring 10 Sq.mm copper wire for lighting circuit and 2.5 Sq.mm copper wire for motor circuit and termination with suitable lugs complete etc.As per Technical specifications |
| 9 | Design & construction of RCC barricade wall around the high mast by using M 20 concrete with 10 mm vertical rod at a gap of 200 mm double layer and 3 rows of 8 mm horizontal rod by keeping 2000 mm inner radius from centre of High Mast foundation as per the specifications. As per Technical Specifications |
| 10 | Providing RCC/Stone masonry foundation for the High Mast control Panel and the dimension of the foundation is 800(W) x 1000(H) x 400(D) mm and gap between the pillars is 350 mm for cable connection to the control panel. The foundation starts 300mm below the groundafter making 100mm stone soling and height of the foundation 500mm above the high Mast foundation level and curing etc. and the panel should be stand on the four Stainless steel bolts (12mm x 6”) and each bolt with four nuts & washers at 50mm height from the foundation and complete.As per Technical Specifications |
| 11 | Supplying of 1.1 KV LT UG cable XLPE insulated, PVC extruded inner sheath armoured LT UG cable as per IS-7098 Part-1, Armouring strip thickness in average +5% and resistivity 14 Ohms/Kms as per IS-3975. i).3.5 core 300 sq.mm. |
| 12 | Supplying of 1.1 KV LTUG cable XLPE insulated, PVC extruded inner sheath armoured UG LT cable as per IS-7098 Part-1, Armouring strip thickness in average +5% and resistivity14 Ohms/Kms as per IS-3975.i) 3.5 core 35 sq.mm. |
| 13 | Providing GI pipe earthing for High Mast & feeder pillars using 40 mm dia 2.9 mm thick, 2.5 meter long GI pipe with GI funnel with mesh and suitable size reducer fixed on the top of the earth electrode. The funnel should be enclosed in a CC chamber of 400 x 400 x 400 mm with a cast iron cover. The electrode shall have staggered holes of 12-mm dia and the electrode should be covered 150 mm around with alternate layers of salt and charcoal from the bottom of the pipe to the bottom of the CC chamber the connection from the electrode is to be established through GI Flats. (25x3mm for lighting and panel & 50 x 6mm for lightning arrestor) using GI bolts and nuts. Work includes supply & fixing of required GI flats for each earthing connection |
| 14 | Installation and commissioning of the Stainless-Steel High Mast Control Panel by terminating the required cables such as Incomer, lighting and motor. Work also including supply and fixing of required materials such as glands lugs etc., complete job |
| 15 | Labour charges for laying of following size 1.1KV class XLPE UG cable/on wall/GI Pipe/duct/drain/tray as required etc., complete, 3½Core x 300 sq.mm |
| 16 | Labour charges for laying of following size 1.1KV class XLPE UG cable/on wall/GI Pipe/duct/drain/tray as required etc., complete, 4 Core x 35 sq.mm |
| 17 | Supplying and installing cable route marker made up of RCC Blockof size 100cm (H) x 50 cm (W) x 6 cm (D) indicating Embossed text as “NMPA LT Cable↑” with yellow paint,red colour letters and fixing with cement concrete |
| 18 | Supplying and making end terminations of cable of size 3½Core x 300 sq.mm with suitable glands, crimping the lugs in the Feeder pillars with supply, fixing of all required hardware complete |
| 19 | Supplying and making end terminations of cable of size 3½Core x 35 sq.mm with suitable glands, crimping the lugs in the Feeder pillars with supply, fixing of all required hardware’s complete |
| 20 | Supply and laying of 120 mm OD/103 mm ID double walled corrugated (DWC) HDPE Pipe including all necessary connecting sockets/ couplings/Tees/Bends/End-caps of same materials in existing trench suitable for drawing underground cables |
| 21 | Digging of trench of 1 Meter deep x 0.5 Meter wide, refilling the trench to the required ground level and consolidating etc., complete.i)Hard soil. |
| 22 | Digging of trench of 1 Meter deep x 0.5 Meter wide, refilling the trench to the required ground level and consolidating etc., complete.i) Concreting cutting |
| 23 | Digging of trench of 1 Meter deep x 0.5 Meter wide, refilling the trench to the required ground level and consolidating etc., complete. i) Asphalt cutting |
| 24 | Supplying and filling sand in excavated trench to cover already laid UG cable to a depth of 150 mm all-round the cable |
| 25 | Design, fabrication Supplying of Stainless steel (SS 304 grade) outdoor type Feeder pillar suitable for 400 amps, 3ph & N, 440 volts, 50 Hz Capacity, IP: 54. Bus bars: Copper. with 01 No 400 amps I/c. MCCB & 5 No’s -100A MCCB and 01 No. 250A, O/G MCCB, as per the technical specification |
| 26 | Installation and commissioning of above feeder pillars400 amps work includes supply and fixing wiring of required SS/GI hardware’s, earthing, etc complete. Work also includes necessary earth work, excavation, construction of laterite stone foundation, plastering etc. complete |
| 27 | Supplying and laying of country burnt bricks of standard length in trench over cable after spreading soft soil at 2” height over the cable |
| 28 | Supplying and laying of RCC pipe with collar NP2 class for culverts inclined pointing ends and fixing collars with cement mortar 1:2 including cost of materials, labour, curing, complete as per specifications. 150 mm dia |
| 29 | Supply & making straight through joint Kit suitable for 1.1 KV class LT UG cable as per IS – 13573 Heat shrinkable type 3.5C x 300 Sq.mm LT UG cable |
