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| 1 | Item Wise BoQ BoQ_Ver3.0 Item Wise Normal INR Only INR Select, Excess (+), Less (-) Tender Inviting Authority: Superintending Engineer, Electricity Construction & Work Circle-I, P.V.V.N.L., Meerut Bought Out Name of Work: Work for -(1) Increasing Capacity of 33/11 KV Sub-Station GANGOH-1(Saharanpur) from (2×10) MVA to (2×10+1×5) MVA. (2) Increasing Capacity of 33/11 KV Sub-Station AMBEHTA (Saharanpur) from (2×10) MVA to (2×10+1×5) MVA. (3) Increasing Capacity of 33/11 KV Sub-Station JANKHEDA(Saharanpur) from (2×5) MVA to (3×5) MVA. (4) Increasing Capacity of 33/11 KV Sub-Station BADGAON (Saharanpur) from (2×10+1×5) MVA to (2×10+2×5) MVA. (5) Increasing Capacity of 33/11 KV Sub-Station CHAKWALI (Saharanpur) from (1×10+1×8) MVA to (1×10+1×8+1×5) MVA. Direct Tender Reference No : 25/ECWC-I/MRT/2026-27 Quote for Supply Portion only Bidder Name : Quote for Erection Portion only PRICE BID1. This BOQ template must not be modified/replaced by the bidder and the same should be uploaded after filling the relevent columns after validating the sheet, else the bidder is liable to be rejected for this tender.2. Bidders are allowed to enter the Bidder Name and Unit Ex-Works Price and GST in %age only.3. All the material and erection practices shall be as per tender specification.5. Above Schedule Structure and quantities is provisional and may vary as per site requirement with due approval.6. Indicative scope of works and quantity of Items/Materials required for above work shall be as per the Price Bid. Any other material if required to complete the job and not mentioned above, shall have to be provided by the bidder without additional cost.7. The work (i.e. shifting and erection/installation etc.) of new 10/20 MVA transformer(s) is under the scope of manufacturing/supplier firm as per the L.No. 2040/PVVNL-MT/MM/22-23, Dated 10.06.2022 of S.E. (MM-1), PVVNL, Meerut. The quoted rates by bidder for this item will be applicable only if this work is not carried out by the manufacturing/supplier firm for any reason.8. Financial evaluation and selection of 'L1 Bidder' shall be done on the basis of total amount. The rates received in the tender will be final after the approval of the Competent Authority/Committee and the competent Authority/committee will have the right to negotiate in tender rate/amount.9. Tenderer must be fill-up the enclosed terms & conditions sheet and attached with 1st Part of Tender as well as scanned copy of same will be uploaded on NIC Website alongwith other documents.10. Bidders must be filled up the GST in %age, Otherwise it is assumed G.S.T. rates are included in the given ex-works price (Rs./Unit). NUMBER # TEXT # TEXT # NUMBER # TEXT # NUMBER NUMBER TEXT TEXT # NUMBER # TEXT# TEXT # NUMBER # NUMBER NUMBER NUMBER NUMBER TEXT TEXT NUMBER NUMBER NUMBER NUMBER TEXT TEXT NUMBER NUMBER NUMBER NUMBER TEXT TEXT NUMBER NUMBER NUMBER NUMBER TEXT TEXT NUMBER NUMBER NUMBER NUMBER TEXT TEXT NUMBER NUMBER NUMBER # NUMBER # TEXT TEXT NUMBER # NUMBER # DATE NUMBER # NUMBER # TEXT # Sl.No. Description of Works Item Code Tender Qty. Unit Estimated Rate Bought-out/Direct Specify Bought-out/Direct Addition / Deduction Addition / Deduction Values Currency Convertion against each Item Quoted Currency in INR / Other Currency Unit Ex-Works Price(Rs./unit) Excise Duty(Rs/Unit) CST/VAT(Rs/Unit) Other Taxes & Duties(Rs/Unit) Freight & Insurance Charges(in Rs./Unit) Unit FOR Dest. Supply Price incl. all Taxes and Duties(in Rs./Unit)(F+G+H+I+J) Total Value for Supply or Erection (In Rs.)(C x F) GST (in Rs.) in %age Total Value for GST (in Rs.) (F*M/100) Total Unit Price incl. GST (in Rs.) Total Amount excl. GST (in Rs.) (4×13) Total Amount incl. GST (in Rs.) (4×26) TOTAL AMOUNT In Words |
| 2 | Supply of following Items :-90 Lbs. Rail pleces for Transformer wt. 44.6Kg./Mtr. @ Rs. 22.10 Per Kg. |
| 3 | R.S. Joist (150×150)mm |
| 4 | M.S Angle (75×75×6) mm |
| 5 | M.S Angle (50×50×6) mm |
| 6 | M.S. Channel (125×65)mm |
| 7 | M.S. Channel (100×50)mm |
| 8 | M.S.Earthing Strips 50×6mm |
| 9 | M.S. Round of 32 mm for Earthmat & Delta Earthing (05 Nos. Delta) |
| 10 | PG Clamp Dog to Dog Conductor |
| 11 | PVC Control cable 2×2.5 mm² |
| 12 | PVC Control cable 4×2.5 mm² |
| 13 | 160mm dia GI pipe 3.5Mtr. Long |
| 14 | Copper Bus Bar for 5MVA T/F (2400X50x6mm) |
| 15 | Safe carriage of following stock material from any stores centres under PVVNL, depending upon the availability of material at Stores Centres, with loading & unloading at both ends respectively.33/11 KV, 05MVA Transformer |
| 16 | 33 KV C.T. 200/100/1-A |
| 17 | 33KV VCB 800A, 750 MVA |
| 18 | 33KV VCB 1250A |
| 19 | 33 KV Fuse Set |
| 20 | 33KV control panel for Single T/F |
| 21 | 33KV control panel for Double T/F |
| 22 | 33 KV PT, 33 KV/110V-1 Phase |
| 23 | ACSR Dog Conductor |
| 24 | 33 KV Bus Isolator, 800A |
| 25 | 33 KV Line Isolator, 800A |
| 26 | 33 KV Lightning Arrestors |
| 27 | 24 'V' Battery with Battery Charger & Cabinet |
| 28 | 33 KV Pin insulators Polymeric |
| 29 | 33 KV Post Insulators |
| 30 | 11 KV, VCB (Incoming) 600/300/5A 350 MVA |
| 31 | 11 KV, VCB (Outgoing) 200/100/5A 350 MVA |
| 32 | 11 KV XLPE Cable 3×185mm² |
| 33 | 11 KV XLPE Cable 3×300mm² |
| 34 | 11KV Cable J/kit outdoor type for 3x300mm |
| 35 | 11KV Cable J/kit indoor type for 3x300mm |
| 36 | 11KV Cable J/kit outdoor type for 3x185mm |
| 37 | 11KV Cable J/kit indoor type for 3x185mm |
| 38 | Miscellaneous Civil works at proposedTerminal Gantry : (1+1+0+0+1= 03 Nos.)Fabrication & erection of terminal gantry as per details:–a) Excavation of earth for making 2 Nos. pits of size (1.4×0.75×2.2)M |
| 39 | b) Fabrication and erection of Terminal Gantry by using 4 Nos. of 8.2 M long (175×85)mm, 19.5 Kg/meter or (100×116)mm, 23.1 Kg/meter R.S. Joist with bracing of the same by M.S. Angle Iron of size (50×50×6)mm & Providing 2 Nos. of 3.2m long pieces of M.S. Channel of size (125×65×6)mm for Top as well as Dropper channel. The work also includes cutting, drilling and welding with alignment etc for proper completion of work. |
| 40 | c) C.C. work in ratio of 1:4:8 (cement, fine sand and brick ballast) of size (1.40×0.75×0.15)m for 2 Nos. pits for making bed after proper ramming etc. |
| 41 | d) C.C. work of ratio 1:3:6 (cement, coarse sand and 20 mm stone grit) for the structure of 02 Nos of pre- fabricaled legs of Terminal gantry (8.2m long) as per drawing No. RES-38 size of plinth (1.4×0.75×2.95)m. |
| 42 | e) 12 mm thick plaster with cement mortar ratio 1:4 (cement & fine sand) of plinth of 0.15 m above ground level. |
| 43 | Isolator Structure :(2+1+2+2+1= 08 Nos.)a) Excavation of earth for making 04 Nos. pits of size (0.9×0.30×1.0)m |
| 44 | b) Fabrication and erection of Isolator structure (Bus & Line) each by using 3.5 m long 04 Nos. of M.S. channel of size (125×65×6)mm with bracing by M.S. Angle (50×50×6)mm size and providing 02 Nos. M.S. Angle (75×75×8)mm and 2.6m long on the top of Channel at both side of Isolator. The work also includes cutting, drilling, welding and proper alignment of the same for completion of work. |
| 45 | c) C.C. work in ratio of 1:4:8 (cement, fine sand and brick ballast) of size (0.9×0.3×0.15)m for 04 Nos. pits for making bed after proper ramming etc. |
| 46 | d) C.C. work of ratio 1:3:6 (cement, coarse sand and 25 mm stone grit) for pre-fabricated structure of Line and Bus isolator size of plinth (0.9×0.3×1.00)m for 04 Nos. |
| 47 | e) 12 mm thick plaster with cement mortar ratio 1:4 (cement & fine sand) of plinth of 0.15 m above ground level. |
| 48 | L.A.s/P.I.s,/C.T.s/P.T.s/Fuse Set structure:– (6+6+6+6+6= 30 Nos.)Fabrication & erection of Lightening Arrestors, Post Insulators/Fuse Set, C.T.'s structure and Plinth for the same as per drawing No. RES-39 details (Quantity for five structures):–a) Excavation of earth (0.30×0.30×1.0)m for 02 Nos. Pits of above structures. |
| 49 | b) Fabrication and erection of L.A.'s/P.I.'s/C.T.'s/Fuse Set structure by using M.S. Channel (125×65) mm size and 3.5 m minimum height with 2 Nos. M.S. Angle (65×65×6/50×50×6)mm size on top of structure for installation L.A.'s/P.I.'s/C.T.s/Fuse Set. (01 No. each) |
| 50 | c) C.C. work in ratio of 1:4:8 (cement, fine sand and brick ballast) of size (0.30×0.30×0.15)m for 02 Nos. pits for making bed for each structure. Work includes proper ramming etc. |
| 51 | d) C.C. Work of ratio 1:3:6 (cement, coarse sand and 25 mm size stone grit) for the above plinths for structure of L.A.'s, P.I.'s/C.T.'s/ Fuse Set after ramming of earth of size (0.3×0.3×1.00)m. Over stone pad/bed |
| 52 | e) 12 mm thick plaster with cement mortar ratio 1:4 (cement & fine sand) of plinth of 0.15 m above ground level. |
| 53 | Safe loading in private vechicle and safe carriage of 33/11 KV, 5 MVA Transfarmer (old & used) from avalabilty S/S to 33/11 KV S/S each & safe unloading |
| 54 | Replacement of Top cover and all others old & damaged gasket. |
| 55 | Welding of body and radiators of 33/11 KV 5 MVA Transformer (old & used) in any leakage found. |
| 56 | Centirfuging of Transformer oil (old & used). |
| 57 | Painting of 33/11 KV 5 MVA T/F (Old & Used) |
| 58 | Plinth for 5 MVA Transformer:(1+1+1+1+1= 05 Nos.)Construction of plinth for 5 MVA, 33/11 KV Transformer of size (4.46×3.46×1.0)m (0.50m below ground level and 0.5 m above ground level) as per details & drawing attached:–a) Excavation of earth (4.70×3.70×0.5)m |
| 59 | b) Flooring of plinth in C.C. 1:4:8 (cement, sand & brick ballast) for making foundation bed. Size (4.70×3.70×0.15)m |
| 60 | c) Ist Class brick work for side walls size 0.345 m wide upto 0.3 M height and 0.23 m wide upto 0.35 m height C.C. ratio of 1:4 (cement & find sand) |
| 61 | d) Filling of brick ballast in plinth in ratio 1:4:8 (cement, coarse sand & brick ballast) with proper ramming. Size (4.0×3.0×0.65)m |
| 62 | e) R.C.C. work in the top layer of plinth in ratio 1:2:4 in size (4.46×3.46)m and 0.20 m thickness by using MS bar of 12mm dia both ways. The work also includes binding of steel reinforcement. |
| 63 | f) Quantity of M.S. Tor of size 12 mm dia required for reinforcement of plinth in R.C.C. work should be 18 nos. bars of 3.4 mtr length and 12 nos. bars of 4.40 mtr. length. Work also includes cutting, bending and laying etc. in the T/F plinth. |
| 64 | g) Grouting of 02 Nos. 90/105 lb. Rail pieces of 3.46 M long and (50×50×6)mm M.S. Angle in R.C.C. work at the top of plinth work also includes cutting of rail and angle pieces etc. |
| 65 | h) 12 mm thick plaster with cement mortar ratio 1:4 (cement & fine sand) of plinth of 0.5 M above ground level. |
| 66 | i) Grouting of 50x50x6 mm angle at upper edge of plinth periphery |
| 67 | Plinth for 33 KV V.C.B. : (1+2+1+1+1= 06 Nos.)Construction of plinth for the structure of 33 KV VCB as per details a) Excavation of earth of size (2.4×1.5×1.0) m pits for construction of plinth. |
| 68 | b) Brick Ballast ratio (1:4:8) (cement, sand & brick ballast ) for foundation work (2.4×1.5×0.15)m plinth. |
| 69 | c) C.C. work in ratio 1:2:4 (cement, coarse sand &stone grit) of 20mm size for making plinth of size (2.4×1.5×1.00)m and grouting of foundation bolts 04 Nos. for 33 KV VCB. |
| 70 | d) 12 mm thick plaster with cement mortar in ratio 1:4 (cement & fine sand) of plinth of 0.15 m above ground level size (2.4×1.5)m. |
| 71 | Construction of Control cable trench as per details (50+50+15+50+15= 180 Mtr)a) Excavation of earth in size 0.650×0.40 |
| 72 | b) C.C. work in foundation in ratio 1:4:8 (Cement, sand & Brick Ballast) with proper ramming in size 0.650×0.15 Mtr. |
| 73 | c) First Class Brick work in cement mortar in ratio 1:4 in size 0.23×0.32 Mtr. |
| 74 | d) 25 mm thick C.C. in floor of Cable Trench in ratio 1:2:4 (cement, coursend and Stone ballast) 20mm gauge in size 0.3 mtr. Width |
| 75 | e) Providing & Grouting of M.S. Angle size 450×25×6mm in cable trench 100mm above floor level and at equal space distance 300mm |
| 76 | e) Providing & Grouting of M.S. MS Angle Iron of size 50×50×6 mm in upper edge of trench. |
| 77 | b) C.C. work on the top in ratio 1:2:4 in the grouting of edge of the trenches 2×(15×0.23×0.06) All civil material supply by the contractor. |
| 78 | f) Plastering of Trench in Cement, Mortar in ration 1:4, 12mm thick in cable trench. |
| 79 | g) Fabrication and fixing cable trench cover of M.S. Angle Iron size 40×40×6mm of size 0.3m wide 0.5 to 1.0 mtr. length with proper welding of 8 mm size of bar 2 Nos. in length and 6 Nos. in width. i) 0.5 Mtr. long |
| 80 | ii) 1.00 Mtr. Long |
| 81 | Hiring of D/G Set including carriage, loading, unloading & operating charges (with fuel) at 33/11 KV Substation under construction in case L.T. supply is not available near S/S within prescribed accessible limit.63 KVA, Three phase, D/G Set for fabrication of different structure at Substation. |
| 82 | Installation of 33/11 KV, 5 MVA Transformer :(1+1+1+1+1= 05 Nos.)a) Shifting of available 5 MVA 33/11 KV, Transformer on plinth in Switch Yard. |
| 83 | b) Erection of shifted Transformer at plinth by fixing all accessories like radiators, conservator tank, filling the transformer oil to desired level and ensuring that there is no leakage, complete job in all respect. |
| 84 | (c) Providing and Erection of Water level earthing by Boring and lowering of G.I. pipe size 40 mm dia & thickness 2mm into the ground at 20 Mtr depth or upto the water level with the lower end of solid copper cone Approx 225 mm long and 750 gm in weight shall be provided and screwed in pipe as well as bringing out a continuous copper wire 6 SWG from the cone up to the ground surface where it will be bolted to the G.I. earth Strip for Transformer neutral connection, the earth strip will be welded to the G.I. pipe and neutral earthing support. |
| 85 | d) Fabrication and erection of neutral earthing L Type support made of M.S. Channel size 100×50mm. Structure shall be 4 Mtr. long with 1 Mtr. Arms. Structure shall be grouted in ratio 1:3:6 in block size 300×300×700mm and painted with one coat of Ready Mixed primer and Two coat of enamel Aluminium paint work includes connecting neutral bushing rod of power Transformer and M.S. Earthing strip with the help of flexible copper bond, M.S. Bolt and washer. |
| 86 | e) Fabrication and erection of cable support made of two pieces of M.S. Angle (50×50×6)/65×65×6) mm, 2.75 meter long, joined to each other by means of 5 Nos. M.S. Flat (50×6)mm pieces of size 150 mm long each by welding at equal intervals and grouting in a block of size (300×300×700)mm in CC 1:3:6 complete with one coat of ready mixed primer and two coats of Al. paint. Work includes providing of three Nos. M.S. clamps made of (50×6)mm M.S. Flat for holding the cable including nuts and bolts. |
| 87 | f) Fabrication and grouting of M.S. frames 3.60 mt. long for support of copper Bus Bar. Bus Bar will be provided in L.V. Side of Power transformer. The M.S. frame shall be made of M.S. channel (100×50)mm in 'T' shape. Providing 2 Nos. support of M.S. Angle iron (50×50×6)mm, 0.60 mt. long below the top channel, drilling of 3 Nos. hole on the top channel for fixing of 11 KV pin insulator. The M.S. frame shall be painted with one coat of primer & two coat of aluminum paint and grouting the frame in C.C. ratio 1:3:6 in a block of size (300×300×700)mm. The work also includes the fixing of 3 Nos. 11 KV pin insulator with pin and binding the copper Bus Bar with the pin insulator by Aluminum binding wire in complete. |
| 88 | g) Erection & Fabrication of copper bus bar of size (2400×50×6) mm in L.V. side of 5 MVA 33/11 KV, power transformer. Work includes connection of outside bus bar in L.V. side busing rod of Power Transformer and other side with outdoor 11 KV cable box as well as providing empire tape and H.T. tape etc. for proper insulation work. |
| 89 | Installation of 11 KV Switch Gears in Control Room :i) Carefully & safely shifting of 11 KV switch gears from outside to inside the switch gear room grouting foundation of bolts in C.C. ratio of 1:2:4 (including cutting of RCC floor and finishing of RCC floor) as per requirement placing, aligning and fixing of 11 KV anchor GI bolts and nuts of proper size for completion of work. |
| 90 | ii) Safely mounting of 11 KV PT on 11 KV Incoming switch gear filling of oil (if required) making all electrical connections and testing & commissioning of work. |
| 91 | iii) Proper fixing and making bus bar connection in between two switch gears after proper cleaning. Work also include proper insulation, taping by empire, PVC and H.T. tape etc. |
| 92 | H.T. Power Cable Laying :i) Laying 11 KV, (3x300)/(3×185) mm2 XLPE Cable from power transformer to 11 KV incoming switch gear and in the cable trench and 0.45 m wide, 0.90m depth. Providing 150 mm local sand for cushion beneath and 150 mm above the cable. The cable shall be dully protected by brick. On both side of cable by laying brick along the cable ............. The work includes digging of trenches, laying of cable in under ground trenches, joining of terminal's, back filling of earth and testing and commissioning of power cable etc. |
| 93 | ii) Laying and dressing of 11 KV (3x300)/(3×185) mm2 power cable in air. |
| 94 | iii) Providing and Fixing of 160mm dia 2mm thick 3M long G.I.Pipe over 33KV/11KV, (3x300)/(3×185)Sq.mm XLPE Cable before mounting the 2No. Cable on cable support structure. Work includes fixing of all Clamp. |
| 95 | Preparation of 11 KV Power Cable ends:i) Making of cable end termination by Heat shrinkable Out door jointing kits suitable for 33 KV/11KV, 3x300/3x185q.mm XLPE cable. Providing, fixing and crimping of proper size good quality lugs complete in all respect. |
| 96 | ii) Making of cable end termination by Heat shrinkable indoor jointing kits suitable for 33KV/11KV, 3x300/3x185Sq.mm XLPE cable. Providing, fixing and crimping of proper size good quality lugs complete in all respect. |
| 97 | Earth Mat Worka) Excavation of earth of size (0.5×0.75×369)m in switchyard area as per drawing for laying of 32 mm dia M.S. Round and 50×6mm size M.S. strip and refilling & ramming of the same earth into the trenches after completion of work |
| 98 | b) Laying of Earth Mati) Laying of 32 mm dia M.S. Round Bar in 0.75 m deep trenches as excavated in items. |
| 99 | ii) Welding with lap joint minimum length 150mm over lapping on both side of item (b)(i) shall be done so that all the edges may fill completely with high quality Arc welding. All joints shall be painted with black bituminous paint. |
| 100 | c) Jointing of 32 mm dia M.S. Round in earth mat at cross joint using high quality Arc welding. 75 mm piece of 32 mm Dia M.S. Round shall also be welded to make the joints strong for transfer the fault current. Work also included cutting welding and painting with black bituminions paint of joint etc. |
| 101 | d) Fabrication of 32 mm dia bar for 3.0 m long electrodes and digging them into ground so that the top of M.S. Round/Electrode remains at least 0.75m in air and jointing of earth electrode with the Earth Mat by using 75mm long piece of M.S. Round using high quality Arc welding and paints of joints with black bituminious paint. |
| 102 | e) Laying of M.S. Earth Strip :–i) Laying of M.S. Earth strip of size 50×6mm about 160 mtr. length for connecting the Earth Mat with steel structure. |
| 103 | ii) The work also includes cutting, bending, straightening, over-lapping and welding the Earth Strip with Earth Mat and various steel structures by using high quality Arc welding in already digged trenches. |
| 104 | iii) Painting of Earth Strip of size (50×6)mm with one coat of ready mixed primer with two coats of ISI mark synthetic channel green paint. |
| 105 | Control Cable Laying a) Laying of different size of (2×2.5)mm2 control cables i.e. from Buchholz realy to Marshalling box Marshalling box to switch gear room, 33 KV CT's to CT's CT 33 KV, V.C.B. Control Panel Junction Box to 33 KV VCB control panel and control panel to 33 KV VCB outdoor operating mechanism panel from T/F etc. in the cable trench including making proper connection at Buchholz Relay, Marshalling box as per required for installed equipment. |
| 106 | b) Laying of control cable (4×2.5)mm² i.e. from Buchholz relay to Marshalling box Marshalling box to switch gear room, 33 KV CT's 33 KV, V.C.B. Control Panel operating mechanism panel from T/F etc. in the cable trench including making proper connection at Buchholz Relay, Marshalling box as per required for installed equipment. |
| 107 | Testing & commissioning of Power T/F and all 33KV & 11KV switchgears / Panels. providing required No. of technicians with proper testing equipments during commissioning & energisation. |
| 108 | Installation of 33 KV Isolators :Assembling and installation of line/Bus Isolator on the isolator structure. Adjusting of operating mechanism in proper alignment so as to ensure smooth operation of the same. In case of Line Isolator proper operation of earth links shall also be ensured. The work includes fabrication for proper fixing if required. |
| 109 | Installation of 33 KV Post Insulators : Installation of 3 Nos. PI on structure. The work includes fabrication for proper fixing, if required. |
| 110 | Installation of 33 KV Lightening Arrestors ::-Assembling and installation/mounting of 3 Nos. lighting arrestors on the L.A.'s structure/terminal gantry, complete with earthing and line connections. The work includes fabrication for proper fixing, if required. |
| 111 | Installation of 33 KV VCBAssembling and installation of 33 KV VCB on the VCB out door structure on the plinth. Adjustment of operating mechanism in proper alignment for smooth operation of the same. The work also includes fabrication of addition arrangement for proper fixing, if required. |
| 112 | Installation and commissioning of 33 KV C.T.'s :-Installation of 3 Nos. C.T.'s on the C.T.'s structure. The work includes fabrication for proper fixing, if required to complete the work. |
| 113 | Installation of 33 KV Fuse Set with Structure:Assembling and installation of fuse set on the fuse set structure. The work includes fabrication for proper fixing, if required. |
| 114 | Installation of 24 V Battery and Battery Charger :Assembling and installation of the cabinet of 24 V battery and battery charger in switch gear control room including grouting of foundation bolts as per drawing of manufacture, including providing the foundation nuts and bolts of proper size. The electrical connection between battery and battery charge with flexible copper lead of size 7/20 SWG shall be done properly. The work includes installation, wiring upto control panel, testing and commissioning complete in all respect. |
| 115 | Installation of 33 KV VCB Control PanelCarefully and safely shifting of 33 KV VCB control panel from outside of the switch gear room to inside of the switch gear room, grouting with anchor bolts in the floor, work also includes cutting & proper finishing of floor if necessary for completion of work. Placing and fixing of panel on foundation, bolts of proper size in proper position and alignment. |
| 116 | Earthing of outdoor equipment, details as given below:-Cutting of 32mm.dia M.S. Bar-3Mtr.long and making one end in conical shape by forging process and driving it into the earth at each corner of bridge outside control room and proper welding with M.S.Bars. |
| 117 | Digging of Pits for making delta by laying 32mm. dia M.S.Round in tringle shape. Electric welding on cross joints by providing “U” Clamp in size 25×6mm. of M.S.Flat, with over lap joint by providing M.S.Round-12mm dia, on both sides of over lap joints of M.S.Round, by electric welding. All joints shall be painted with black bituminious paint. |
| 118 | Earthing of 33KV LA, Neutral link structure, Power T/F body (both side) by providing G.I.Strip in size 50×6mm. with 32mm. dia M.S.Round laid in trench with proper electric welding. |
| 119 | Construction of SSO's approached road 1.2 Mtr. wide in Switchyard by laying dry brick ballast in 15 cm layer, 115 mm thick brick work 1:4 in both side of edge, providing 10cm thick CC in ratio 1:2:4. The work include proper plastering top & side of road and making groove, leveling & dressing of earth beneath the brick work on edge. |
| 120 | Painting of StructuresProviding & Painting of the following structure with one coat of ready mixed primer and two coats of ISI Mark Aluminium paint after rubbing with sand paper to the surface of the structure including labour and T&P complete in all respect.i) 33 KV Line Isolator Structure |
| 121 | ii) 33 KV Bus Isolator Structure |
| 122 | iii) 33 KV Post Insulators Structure |
| 123 | iv) 33 KV Lightning Arrestors Structure |
| 124 | v) 33 KV Fuse Set Structure |
| 125 | vi) 33 KV C.T. Structure |
| 126 | Jumpering, including clamping/binding with ACSR Dog/Panther conductor: 33 KV CT to 33 KV Fuse Set |
| 127 | 33 KV Line Insulator to 33 KV bus bar through post insulators |
| 128 | 33 KV Post Insulator to 33 KV Bus Isolator. |
| 129 | 33 KV Bus Isolator to Post Insulator |
| 130 | 33 KV Bus Isolator to 33 KV VCB |
| 131 | 33 KV VCB to 33 KV CT |
| 132 | 33 KV Fuse set to 33 KV Lightning Arrestors |
| 133 | 33 KV Lightning Arrestors to 33/11 KV 5 MVA T/F Total in Figures 0.0 0.0 4.0 Construction of chamber for 100mm sluice plates item5 10.0 Nos Quoted Rate in Figures Select % 0.0 0.0 Zero Only Quoted Rate in Words Zero Only Please Enable Macros to View BoQ information |
