|
| 1 | Note:- THEFT/VANDALISM of all accessories during infrastructure development & maintenance period is fully responsibility of contractor & no extra payment shall be made by the PWD. |
| 2 | SH-I (Infrastructure improvement)Dismantling the existing HPSV / LED / MH Street light fixture of different wattage from 6 to 30 meter high pole i/c transportation to PWD store as per provided by department in different location of Delhi i/c stacking etc as reqd. |
| 3 | Supply, Installation, Testing & Commissioning of different wattage energy efficient individually controlled & monitored LED smart street/flood light fittings ON pole/high mast as mentioned in Schedule 11 around whole Delhi PWD roads for maintaining the lux level as per DTL guidelines (Mention in Schedule-2) with technical specifications mentioned in Schedule 3 of RFP for various street/flood lights mentioned in Schedule 11 of RFP.In order to execute such massive project contractor shall maintain/procure/lease at least 1 tower wagon per administrative district of New Delhi at all times. |
| 4 | SITC of 3 Phase, 10KW Smart Feeder Control Panel for street light complete with suitable incomer & outgoing & sophisticated with following features & 5 years comprehensive warrantee.a) Feeder Control panel shall communicate with application using 4G/LTE/5G network. There should not be any delay in response while using 4G/LTE/5G network.b) Compartmentalised Aluminium Bus Bar with full neutral Feeder Panel with suitable incomer and outgoing of MCB shall have application support for:- Scheduling of time of day, day of week/month, date- Alarming and flexible reporting- Data logging with historical data repositories- Failure detection and reporting- Event and fault Loggingc) The Panel shall have incorporating 3 phase energy meters who’s data shall be received on the dashboard of CMS. |
| 5 | Supplying and fixing of hot dip galvanized octagonal poles of 12 mtrs. height flange mounted on the existing cement concrete pedestal i/c transportation charges, supplying and fixing of the following in the window box provided for cable termination. (in the case of accidental damaged) Pole to be designed on the basis of maximum wind conditions of New Delhi. Design & Wind Load: Calculated according to IS 875 (Part 3) or BS EN 40, which govern wind speed and structural safety. Material: Usually fabricated using high-tensile steel confirming to IS 2062 or BS EN 10025 (Grade S355).Galvanization: Zinc-coated for rust prevention as per IS 2629 / IS 4759 or BS EN ISO 1461.a) Supply & fixing 6 mm thick laminated mounted sheet inside the window i/c providing mounting arrangement etc. complete as reqd.b) Supply and fixing 63 amps. terminal block suitable for 16/25 sq. mm conductor- 4 Nos. on DIN channel i/c providing and fixing DIN channel of suitable length on the existing laminated sheet. c) Supply & fixing of 6 amp. SP MCB 'C' characteristics Curve - 2 Nos, earth stud -1 Nos, at suitable height one nos. washers, springs washers & nuts. d) Cable supports clamps suitable for 4 x 16 sq.mm cable. |
| 6 | Providing and laying in position (1:2:4) reinforced cement concrete foundation of size 650 mm (L) X 650 mm wide and 1500 mm deep i/c excavation of earth, providing cutting, bending and placing in position, reinforcement ring of cold twisted bars of 12 mm Dia 1660 mm long (approx.) 8 Nos welded with vertical bars of existing foundation and reinforcement ring of cold twisted bar of 8 mm Dia -2600 mm (approx..) 10 nos. (with 150 mm spacing ) as required with positioning of foundation bolts and providing 63 mm Dia (O.D.) DWC, HDPE pipe of 0.5 mtrs. length for cable entry & exit as reqd. |
| 7 | Supplying and Fixing 4 Nos. 24 mm dia. X 750mm long GI foundation bolt (EN8 grade) with nuts, washer including 2 Nos. template of 3 mm thick size 275mmX275mm with 4 Nos. 24mm Dia holes to match with PCD of Pole base plate as reqd. |
| 8 | Providing, boring and laying HDPE pipes (ISI Marked) of 120 mm O.D. confirming to IS:4984-1995 as amended up to date with pressure rating of 4 Kg./Sq.c.m. by trenchless technology with no dig method by making bore hole in horizontal direction across the road as per direction of Engineer-In-Charge with mauling equipment i/c jointing cleaning, rodding of pipe. Providing, suitable covers on mouth of pipes, excavation of pits of required size at appropriate depth but not less than 0.6 mtr. etc. complete as reqd. |
| 9 | Supplying and laying of following size DWC HDPE pipe ISI marked along with all accessories like socket, bend, couplers etc. conforming to IS 14930, Part II complete with fitting and cutting, jointing etc. Direct in ground (75 cm below ground level) including excavation and refilling the trench but excluding sand cushioning and protective covering etc., complete as required. |
| 10 | 63 mm dia (OD-63 mm & ID-51 mm nominal) |
| 11 | Supplying and Laying of XLPE insulated and PVC sheathed aluminium conductor armoured Power Cable of 1.1 KV grade of following sizes in ground/HUME/ DWC Pipe/ Metal Pipe/ RCC Pipe etc. as required. |
| 12 | 3.5X50 Sq. mm. |
| 13 | 4X25 Sq. mm. |
| 14 | Supplying and drawing following size of PVC insulated Al conductor multicore cable in the existing poles and bracket from cable termination connector to the fitting i/c providing suitable lugs connections etc. as reqd. |
| 15 | 3 core 2.5 sq.mm |
| 16 | Earthing with G.I. earth pipe 4.5 metre long, 40 mm dia. including accessories, and providing masonry enclosure with cover plate having locking arrangement and watering pipe etc. with charcoal/ coke and salt as required. |
| 17 | Providing and fixing 25 mm X 5 mm G.I. strip on surface or in recess for connections etc. as required. |
| 18 | Providing and fixing 6 SWG dia. G.I. wire on surface or in recess for loop earthing along with existing surface/ recessed conduit/ submain wiring/ cable as required. |
| 19 | Surveying the site, removing the numbering of old paint, cleaning & proper finishing of existing Pole/High Mast by using regmar paper and other cleaning material and numbering the Pole by synthetic enamelled reflective paint in red colour by using proper stencil and number of minimum size 100mm X 100mm at a height of minimum 1.5 mtrs. of pole etc. complete as reqd. (As per schedule13.1 sl no 1.2) |
| 20 | Supplying & fabrication of wire mesh protection frame work fabricating with 40mmx6mm thick angle iron and tee iron of 40mm x 40mmx 6mm thick by making blocks of not less than 90cmx90cm in frame i/c providing and fixing wire mesh of section 75mmx25mm of i/c openable door from front side of the same formation with locking arrangement with godown lock having weight not less than 7.75kg/sq.mtrs. and shall be fixed with the help of nut bolts and all frame work is to be painted with two or more coats of synthetic enamel paint complete etc. as required. (Measurement of sqmtr. Shall be done above the ground) |
| 21 | Supplying & erection of flange mounted hot dip galvanized octagonal poles of 10 mtrs. height made from 3 mm thick HR Steel plate having bottom dia of 130 mm & top dia of 70 mm complete with window sleeve type cover arrangement at a height of 0.5 mtrs from the base for cable termination block etc. and galvanized base plate of size 200 mm x 200 mm x 16 mm thick on the existing cement concrete pedestal as required i/c supplying and fixing of the following in the window box provided for cable termination. Design & Wind Load: Calculated according to IS 875 (Part 3) or BS EN 40, which govern wind speed and structural safety.Material: Usually fabricated using high-tensile steel confirming to IS 2062 or BS EN 10025 (Grade S355).Galvanization: Zinc-coated for rust prevention as per IS 2629 / IS 4759 or BS EN ISO 1461.a) Supply & fixing 6 mm thick laminated mounted sheet inside the window i/c providing mounting arrangement etc complete as reqd.b) Supply and fixing 63 amps. terminal block suitable for 16 sq. mm conductor- 4 Nos. on DIN channel i/c pdg. and fixing DIN channel of suitable length on the existing laminated sheet. c) Supply & fixing of 6 amp. SP MCB 'C' characteristics Curve - 2 Nos, earth stud -1 Nos, welded at suitable height one nos washers, springs washers & nuts. d) Cable supports clamps suitable for 4 x 25 sq.mm cable. |
| 22 | Supplying & erection of flange mounted hot dip galvanized octagonal poles of 8 mtrs. height made from 3 mm thick HR Steel plate having bottom dia of 130 mm & top dia of 70 mm complete with window sleeve type cover arrangement at a height of 0.5 mtrs. from the base for cable termination block etc. and galvanized base plate of size 200 mm x 200 mm x 16 mm thick on the existing cement concrete pedestal as required i/c supplying and fixing of the following in the window box provided for cable termination. Design & Wind Load: Calculated according to IS 875 (Part 3) or BS EN 40, which govern wind speed and structural safety.Material: Usually fabricated using high-tensile steel confirming to IS 2062 or BS EN 10025 (Grade S355).Galvanization: Zinc-coated for rust prevention as per IS 2629 / IS 4759 or BS EN ISO 1461.a) Supply & fixing 6 mm thick laminated mounted sheet inside the window i/c providing mounting arrangement etc complete as reqd.b) Supply and fixing 63 amps. terminal block suitable for 16 sq. mm conductor- 4 Nos. on DIN channel i/c pdg. and fixing DIN channel of suitable length on the existing laminated sheet. c) Supply & fixing of 6 amp. SP MCB 'C' characteristics Curve - 2 Nos, earth stud -1 Nos, welded at suitable height one nos washers, springs washers & nuts. d) Cable supports clamps suitable for 4 x 25 sq.mm cable. |
| 23 | SSupplying & erection of flange mounted hot dip galvanized octagonal poles of 6 mtrs. height made from 3 mm thick HR Steel plate having bottom dia of 130 mm & top dia of 70 mm complete with window sleeve type cover arrangement at a height of 1.5 mtrs from the base for cable termination block etc. and galvanized base plate of size 200 mm x 200 mm x 12 mm thick on the existing cement concrete pedestal as required i/c supplying and fixing of the following in the window box provided for cable termination. Design & Wind Load: Calculated according to IS 875 (Part 3) or BS EN 40, which govern wind speed and structural safety.Material: Usually fabricated using high-tensile steel confirming to IS 2062 or BS EN 10025 (Grade S355).Galvanization: Zinc-coated for rust prevention as per IS 2629 / IS 4759 or BS EN ISO 1461.a) Supply & fixing 6 mm thick laminated mounted sheet inside the window i/c providing mounting arrangement etc complete as reqd.b) Supply and fixing 63 amps. terminal block suitable for 16 sq. mm conductor- 4 Nos. on DIN channel i/c pdg. and fixing DIN channel of suitable length on the existing laminated sheet. c) Supply & fixing of 6 amp. SP MCB 'C' characteristics Curve - 2 Nos, earth stud -1 Nos, welded at suitable height one nos washers, springs washers & nuts. d) Cable supports clamps suitable for 4 x 25 sq.mm cable. |
| 24 | Fabrication, supplying & fixing of Designer single/double/triple over hang PU Painted bracket made out of Suitable Dia etc. complete as required. (Design as per approved sample). |
| 25 | Surveying the site, taking exact size of the existing pole window box and then supplying and fixing of Hot Press SMC (Sheet Moulding Compound) Street Light pole terminal window cover of minimum thickness 3 mm on the existing pole where cover is missing i/c welding the hinge for fix the cover in pole, painting of steel grey Colour on pole window cover & providing and fixing allene bolt of suitable size if reqd as per direction of Engineer-in-Charge. (NOTE: Sample must approve before installation at Site). |
| 26 | For 12 Mtr. Octagonal Pole |
| 27 | For 10 Mtr. Octagonal Pole |
| 28 | For 6/8 Mtr. Octagonal Pole |
| 29 | Design, setting-up and operation of 24/7 central control room/data centre complete with servers, data storage, cyber security framework, network components, Integration with filed devices, software, etc., as required, for PWD control and monitoring of smart streetlights on PWD roads.Provision of 2 no 85” video wall complete with Computer and associated accessories and controllers, required software with licence and all allied infrastructure, including but not limited to cabling, power supplies with back-up, printers, office equipment, work stations, lighting, air conditioning, etc. form an integral part of this item to make it fully functional.The architecture and functioning of data centre shall consist of following major constituents/layers;§ Real time data acquisition and visualization.§ Communication.§ Command and control, including Users interface(s).§ Data aggregation and AnalyticsThe system should integrate periodic assessment to evaluate and monitor cyber security framework. |
| 30 | Any upgrade or modification or changes necessitated in the software or hardware to comply with the latest government norms will be the responsibility of the agency and the same forms an integral part of its scope.All constituents of data centre shall have approvals, statutory compliances and certifications, as applicable. All necessary hardware (devices, components, equipment), as required for setting up the communication network, interface between field devices and smart lighting control panels and operating software meeting all performance and security protocols as per statutory requirements, API sharing and integration with central control room/data centre as well as sharing designated area wise data with different locations/authorized users. |
| 31 | SH-II (Accidental/New Poles & Lights etc. as and when needed)Contractor shall keep 10% of following item quantity their stock all the time. These shall be paid fully as per actual basis during anytime in the period of 5 years of operation and maintenance. No escalation is payable due to change in execution time. |
| 32 | Dismantling the existing HPSV / LED / MH Street light fixture of different wattage from 6- to 30-meter-high pole i/c transportation to PWD store as per provided by department in different location of Delhi i/c stacking etc as reqd. |
| 33 | Supply, Installation, Testing & Commissioning of different wattage energy efficient individually controlled & monitored LED smart street/flood light fittings ON pole/high mast as mentioned in Schedule 11 around whole Delhi PWD roads for maintaining the lux level as per DTL guidelines (Mention in Schedule-12) with technical specifications mentioned in Schedule 13 of RFP for various street/flood lights mentioned in Schedule 11 of RFP. |
| 34 | SITC of 3 Phase, 10KW Smart Feeder Control Panel for street light complete with suitable incomer & outgoing & sophisticated with following features & 5 years comprehensive warrantee.a) Feeder Control panel shall communicate with application using 4G/LTE/5G network. There should not be any delay in response while using 4G/LTE/5G network.b) Compartmentalised Aluminium Bus Bar with full neutral Feeder Panel with suitable incomer and outgoing of MCB shall have application support for:- Scheduling of time of day, day of week/month, date- Alarming and flexible reporting- Data logging with historical data repositories- Failure detection and reporting- Event and fault Loggingc) The Panel shall have incorporating 3 phase energy meters who’s data shall be received on the dashboard of CMS. |
| 35 | Supplying and fixing of hot dip galvanized octagonal poles of 12 mtrs. height made from 3 mm thick HR Steel plate having bottom dia of 240 mm & top dia of 90 mm complete with window sleeve type cover arrangement at a height of 1.5 mtrs from the base for cable termination block etc. and galvanized base plate of size 325 mm x 325 mm x 20 mm flange mounted on the existing cement concrete pedestal i/c transportation charges, supplying and fixing of the following in the window box provided for cable termination. (in the case of accidental damaged) Pole to be designed on the basis of maximum wind conditions of New Delhi. Design & Wind Load: Calculated according to IS 875 (Part 3) or BS EN 40, which govern wind speed and structural safety. Material: Usually fabricated using high-tensile steel confirming to IS 2062 or BS EN 10025 (Grade S355).Galvanization: Zinc-coated for rust prevention as per IS 2629 / IS 4759 or BS EN ISO 1461.a) Supply & fixing 6 mm thick laminated mounted sheet inside the window i/c providing mounting arrangement etc. complete as reqd.b) Supply and fixing 63 amps. terminal block suitable for 16/25 sq. mm conductor- 4 Nos. on DIN channel i/c providing and fixing DIN channel of suitable length on the existing laminated sheet. c) Supply & fixing of 6 amp. SP MCB 'C' characteristics Curve - 2 Nos, earth stud -1 Nos, at suitable height one nos. washers, springs washers & nuts. d) Cable supports clamps suitable for 4 x 16 sq.mm cable. |
| 36 | Providing and laying in position (1:2:4) reinforced cement concrete foundation of size 650 mm (L) X 650 mm wide and 1500 mm deep i/c excavation of earth, providing cutting, bending and placing in position, reinforcement ring of cold twisted bars of 12 mm Dia 1660 mm long (approx.) 8 Nos welded with vertical bars of existing foundation and reinforcement ring of cold twisted bar of 8 mm Dia -2600 mm (approx..) 10 nos. (with 150 mm spacing ) as required with positioning of foundation bolts and providing 63 mm Dia (O.D.) DWC, HDPE pipe of 0.5 mtrs. length for cable entry & exit as reqd. |
| 37 | Supplying and Fixing 4 Nos. 24 mm dia. X 750mm long GI foundation bolt (EN8 grade) with nuts, washer including 2 Nos. template of 3 mm thick size 275mmX275mm with 4 Nos. 24mm Dia holes to match with PCD of Pole base plate as reqd. |
| 38 | Providing, boring and laying HDPE pipes (ISI Marked) of 120 mm O.D. confirming to IS:4984-1995 as amended up to date with pressure rating of 4 Kg./Sq.c.m. by trenchless technology with no dig method by making bore hole in horizontal direction across the road as per direction of Engineer-In-Charge with mauling equipment i/c jointing cleaning, rodding of pipe. Providing, suitable covers on mouth of pipes, excavation of pits of required size at appropriate depth but not less than 0.6 mtr. etc. complete as reqd. |
| 39 | Supplying and laying of following size DWC HDPE pipe ISI marked along with all accessories like socket, bend, couplers etc. conforming to IS 14930, Part II complete with fitting and cutting, jointing etc. Direct in ground (75 cm below ground level) including excavation and refilling the trench but excluding sand cushioning and protective covering etc., complete as required. |
| 40 | 63 mm dia (OD-63 mm & ID-51 mm nominal) |
| 41 | Supplying and Laying of XLPE insulated and PVC sheathed aluminium conductor armoured Power Cable of 1.1 KV grade of following sizes in ground/HUME/ DWC Pipe/ Metal Pipe/ RCC Pipe etc. as required. |
| 42 | 3.5X50 Sq. mm. |
| 43 | 4X25 Sq. mm. |
| 44 | Supplying and drawing following size of PVC insulated Al conductor multicore cable in the existing poles and bracket from cable termination connector to the fitting i/c providing suitable lugs connections etc. as reqd. |
| 45 | 3 core 2.5 sq.mm |
| 46 | Earthing with G.I. earth pipe 4.5 metre long, 40 mm dia. including accessories, and providing masonry enclosure with cover plate having locking arrangement and watering pipe etc. with charcoal/ coke and salt as required. |
| 47 | Providing and fixing 25 mm X 5 mm G.I. strip on surface or in recess for connections etc. as required. |
| 48 | Providing and fixing 6 SWG dia. G.I. wire on surface or in recess for loop earthing along with existing surface/ recessed conduit/ submain wiring/ cable as required. |
| 49 | Servicing, Oiling, greasing & Minor repairing of existing control gear box of 30-Meter-high mast for smooth functioning of raising/lowering mechanism etc complete as reqd. |
| 50 | Supplying & fixing of galvanised MS pole window cover with sleeve type arrangement of minimum thickness 3mm on existing pole whose cover is missing i/c welding of sleeve around pole, danger notice plate, providing and fixing allen bolt of suitable size as per direction of Engineer-in-Charge. (Note- Sample must be approved before installation at site) For - 30-meter-high mast |
| 51 | Supply, Installation, Testing & Commissioning of following accessories as per IS and OEM recommendation in existing 30mtr high mast etc as reqd. |
| 52 | a) Steel rope |
| 53 | b) Crane Motor |
| 54 | c) Al conductor cable 4 x 25 sq. mm armoured |
| 55 | d) Electric winches |
| 56 | Supplying, installation, testing & commissioning of High Mast Lantern carriage ring made out of 50 NB ERW MS Pipe, for accommodation ring with inner dia. 750 mm suitable for fixing 12 nos. fittings for existing 30 mtrs. high mast having base dia. 600mm & top dia. 200mm (NS) with in polygonal structure comprising of double drum winch with gear box for raising/lowering with all mechanism as reqd. |
| 57 | Supplying, Installation, testing and commissioning of raising/lowering type 30-meter-high Mast Tower having wind capacity 180km/hr with top dia.150mm and bottom dia. 540mm made out of 3mm top, 4mm middle and 5mm bottom thick GI sheet with suitable base and foundations as per OEM recommendation and comprising broadly the following: (i) Head frame sliding galvanised lantern carriage capable of moving up and down the mast complete with self-aligning mechanism guides and capable of receiving 12 Nos of flood light fittings as per OEM and their control gear boxes Capacity-750Kg (ii) Set of housing ropes made up of stainless steel – 6mm with breaking capacity more than 2300kg construction 7/19 (iii) Double drum self-lubricating winch with power unit -750 kg (iv) Heavy gauge hot dipped galvanised lighting finial for lighting protection of High Mast (v) Galvanised steel 20 sided polygonal mast in section with base plate and hot dipped galvanised sections. The sections shall be stress/slip fitted without any circumferential weld in between. There shall be only one Longitudinal weld per section and no circumferential weld (vi) Galvanised steel 20 sided polygonal mast in section with base plate and hot dipped galvanised sections. The sections shall be stress/slip fitted without any circumferential weld in between. There shall be only one Longitudinal weld per section and no circumferential weld |
| 58 | (vii) Designing & casting of suitable open raft type RCC foundation as per OEM recommendation adopting the safe soil bearing capacity of site at 10 T/sqm at 2Mtrs below FGL including positioning of suitable foundation bolt nut washer/Pdg. straightening cutting, bending rings strictly as per bending schedule & drawing complete and PVC pipe of 110mm dia. for cable entry at desired level i/c supplying and casting as per specifications attached. (viii) Foundation Bolts of minimum 850mm long and 30mm dia. (12 nos.) manufactured from special steel along with nuts, washers, anchor plates & templates. (As per OEM recommendation) Design & Wind Load: Calculated according to IS 875 (Part 3) or BS EN 40, which govern wind speed and structural safety. Material: Usually fabricated using high-tensile steel confirming to IS 2062 or BS EN 10025 (Grade S355).Galvanization: Zinc-coated for rust prevention as per IS 2629 / IS 4759 or BS EN ISO 1461 |
| 59 | SH-III (Operation & Maintenance Cost) Setting-up and operating 24/7 call center for efficient grievance redressal through a citizen engagement platform where in through app the citizen can laudge the complaint of non working light directly Operation & Maintenance of different wattage Smart LED Street light fittings as mention in Item No. 1 of SH-I installed at 6-12 mtrs. pole/16-30 mtrs. High masts, Smart feeder pillar as mention in item no-2 of SH-1 by employing suitable staff and Tower Wagon with GPS tracking for attending day to day complaints received from command center i/c operation & maintenance of command center/ any other modes, by employing suitable staff, i/c of Chip/SIM monthly charges inclusive of all cost etc. as required. This operation & maintenance shall cover all street light & flood related installations such as cable & poles, earthing, control boxes, MCB, automation devices etc. The contractor shall prepare an android & iphone app and maintain the same on the google play store and apple app store with feature to automatically find the geotag location to register online complaint, such complaint shall be immediately forwarded to the CCC and concerned PWD staff and contractor and if the data reported varies from the data showed on the CCC software then per incidence penalty of 10,000 shall be imposed. Yearly lux level survey of all installation shall be submitted by the agency. Quarterly installation safety report of poles shall be submitted. liasoning with other departments such as power agency, traffic police, gas distribution companies , local bodies & other government agencies shall be responsibility of agency. |
| 60 | Up to 1,00,000 Light points @ Rs 319 per point each month prorata For 1st year |
| 61 | Up to 1,00,000 Light points @ Rs 335 per point each month prorata For 2nd Year |
| 62 | Up to 1,00,000 Light points @ Rs 352 per point each month prorata For 3rd Year |
| 63 | Up to 1,00,000 Light points @ Rs 370 per point each month prorata For 4th year |
| 64 | Up to 1,00,000 Light points @ Rs 389 per point each month prorata For 5th Year |
| 65 | SH-IV Credit of Old Fittings Buy back of old different types of different wattage fixtures dismantle from existing poles/high mast etc. as required. (Note: - Concerned Engineer-in-charge shall be decide the life of LED fixture as per official data and accordingly measurement shall be made in different slab) LED Fixtures |
| 66 | 45 watt |
| 67 | Up to 1 year of Manufacturing |
| 68 | From 1 year to 3 years of Manufacturing |
| 69 | 3 to 5 years of Manufacturing |
| 70 | More than 5 years |
| 71 | 60 watt |
| 72 | Up to 1 year of Manufacturing |
| 73 | From 1 year to 3 years of Manufacturing |
| 74 | 3 to 5 years of Manufacturing |
| 75 | More than 5 years |
| 76 | 70 watt |
| 77 | Up to 1 year of Manufacturing |
| 78 | From 1 year to 3 years of Manufacturing |
| 79 | 3 to 5 years of Manufacturing |
| 80 | More than 5 years |
| 81 | 80 watt |
| 82 | Up to 1 year of Manufacturing |
| 83 | From 1 year to 3 years of Manufacturing |
| 84 | 3 to 5 years of Manufacturing |
| 85 | More than 5 years |
| 86 | 90 watt |
| 87 | Up to 1 year of Manufacturing |
| 88 | From 1 year to 3 years of Manufacturing |
| 89 | 3 to 5 years of Manufacturing |
| 90 | More than 5 years |
| 91 | 120 watt |
| 92 | Up to 1 year of Manufacturing |
| 93 | From 1 year to 3 years of Manufacturing |
| 94 | 3 to 5 years of Manufacturing |
| 95 | More than 5 years |
| 96 | 150 watt |
| 97 | Up to 1 year of Manufacturing |
| 98 | From 1 year to 3 years of Manufacturing |
| 99 | 3 to 5 years of Manufacturing |
| 100 | More than 5 years |
| 101 | 150 watt HM LED |
| 102 | Up to 1 year of Manufacturing |
| 103 | From 1 year to 3 years of Manufacturing |
| 104 | 3 to 5 years of Manufacturing |
| 105 | More than 5 years |
| 106 | 180 watt |
| 107 | Up to 1 year of Manufacturing |
| 108 | From 1 year to 3 years of Manufacturing |
| 109 | 3 to 5 years of Manufacturing |
| 110 | More than 5 years |
| 111 | 200 watt |
| 112 | Up to 1 year of Manufacturing |
| 113 | From 1 year to 3 years of Manufacturing |
| 114 | 3 to 5 years of Manufacturing |
| 115 | More than 5 years |
| 116 | 200 watt HM LED |
| 117 | Up to 1 year of Manufacturing |
| 118 | From 1 year to 3 years of Manufacturing |
| 119 | 3 to 5 years of Manufacturing |
| 120 | More than 5 years |
| 121 | 350 watt HM LED |
| 122 | Up to 1 year of Manufacturing |
| 123 | From 1 year to 3 years of Manufacturing |
| 124 | 3 to 5 years of Manufacturing |
| 125 | More than 5 years |
| 126 | 400 watt HM LED |
| 127 | Up to 1 year of Manufacturing |
| 128 | From 1 year to 3 years of Manufacturing |
| 129 | 3 to 5 years of Manufacturing |
| 130 | More than 5 years |
| 131 | HPSV Fittings working/non-working |
| 132 | Up to and equal to 350 watts |
| 133 | between 300 and equal to 250 watts |
| 134 | between 250 and equal to 150 watts Please Enable Macros to View BoQ information |
