Irrigation And Public Health Department has published Providing Solar Based Lwss To Khun Bag And Dhochi Bias Bizui In Tehsil Shillai District Sirmour Hp Under Jal Jeevan Mission Sh Supplying And Installation Of Solar Based Pumping Machinery And Solar Pump Controller Complete, C O 2 No Intake, C O Sumpwel. Submission Date for this Tender is 24-06-2022. Tanks and Cylinders Tenders in Sirmaur Himachal Pradesh. Bidders can get complete Tender details and download the document.
| Sr No | CorrigendumDate | Corrignedum | CorrigendumType | NewSubmissionDate |
| 1 | 22-Jun-2022 | Corrigendum | Date | 24-06-2022 |
| Sl. No. | Item Description |
| 1 | SOLAR PUMPING MACHINERY |
| 2 | Supply , Erection , Commissioning and testing of Submersible solar AC Pump of MNRE approved Solar AC pump of reputemake i.e.KSB/Gurndfus. The submersible pump should be suitable for pumping clean water . All the components should be made in stainless steel grade EN 1.4301 (AiSi 304) that ensures high corrosive resistance . The pump should be coupled with suitable motor with sand shield , mechnical shaft seal,water lubricated journal bearings and a volume compensating diaphargm . The motor should be fitted with tempcon temperaturesensor devicethat include a NTC resistor which senses the temperatureby use of powerline communication together with a control panel ,enables temperature monitoring. The rssistor should built -in close to the winding. The temperature is converted in to high frequency sibnal which is sent via the subersible drop cable and which can be converted into a temperature reading by means of control panel . The stator should be hermetically encapsulated in stainless steel and the windings are embedded in polymer compound resulting high mechnical stability ,optimum cooling and reduces the risk of short circuits in the windings .The shaft seal faces should beceramic/ carbon, this material combination provides good dry running resistance togetherwith the shaft seal housing ,the sand shield forms a labyrinth seal , which during normal operating conditions prevents penetration of sand particle into the shaft seal. The Motor should be canned type submerible motor offering good mechnical stability and high efficiency .suitable for temperatures upto 40 degree celsius.The pump should be suitable for data given below :-. |
| 3 | SOLAR PUMPING MACHINERY(Part Bizui) Stage-1st. |
| 4 | Total Head 397 mtrs(Part :- Bizui) |
| 5 | Capacity of pump.0.60 LPS |
| 6 | Dia of R/Main32mm dia |
| 7 | Length of R/main900 mtrs |
| 8 | SOLAR PUMPING MACHINERY(Part :- Khan Bag ) Stage-1st. |
| 9 | Total Head 333 mtrs(Part :- Bizui) |
| 10 | Capacity of pump.0.89LPS |
| 11 | Dia of R/Main40mm dia |
| 12 | Length of R/main715 mtrs |
| 13 | SOLAR PUMPING MACHINERY(Part :- Khan Bag ) Stage-2nd |
| 14 | Total Head 342 mtrs(Part :- Bizui) |
| 15 | Capacity of pump.0.89LPS |
| 16 | Dia of R/Main40 mm dia |
| 17 | Length of R/main825 mtrs |
| 18 | P/F and testing of SOLAR PUMP CONTROLLER (ELECTRONICS AND PROTECTIONS)equipeted with Renewable solar invertor which is an off grid solar inverter to enable end -user to use solar power for a wide range of applications. Renewable solar invertor should be customized specifically to be compatible with quoted pump ,with Maximum Power Point Tracker (MPPT) and various protection software which delivers an efficient and reliable solar system solutionand maximize the water discharge. The inverter must have IP 54 protection or must be housed in a cabinet having at least IP54 protection. Adequate protections should be incorporated against dry operation of motor pump set, lightning, hails and storms.The invertor should have Rs-485 modbus RTU/TCP , 6 digital inputs ,preconfigured for solar application ,2 signal relays . Full protection against open circuit, accidental short circuit and reverse polarity should be provided and i/c carriage of material within all leads lifts and as directed by the Engineer-in-Charge. Providing & fixing of sign wave filter having high degree of filtering ,resulting in a high reduction of the stress on the motor insulation system & reduces the acoustic noise from the motor . Sign wave filter should capable to reduce Motor losses as sign wave filter converts the output pulses of the frequency converter into sign wave shaped current resulting reduction of motor noise.The sign wave filters should reduce for voltage stress on the motor windings and the stress on the motor insulation. Providing earthing to all equipment to be provided as per IS 3043(1987) A single Earth pit preparation and connectivity to all equipment with 25x3 GI strip and i/c carriage of material within all leads lifts and as directed by the Engineer-in-Charge.Supplying, installation and testing ofPV ARRAY: The SPV water pumping system should be operated with a PV array .Sufficient number of modules in series and parallel could be used to obtain the required PV array power output. Use of PV modules with higher power output is preferred. a. Indigenously produced PV module (s) containing mono/ multi crystalline silicon solar cells should be used in the PV array for the SPV Water Pumping systems. b. Modules supplied with the SPV water pumping systems should have certificate as per IEC 61215 specifications or equivalent National or International/ Standards. c. Modules must qualify to IEC 61730 Part I and II for safety qualification testing. d. The efficiency of the PV modules should be minimum 14% and fill factor should be more than 70%. e. The terminal box on the module should have a provision for “Opening” for replacing the cable, if required. f. There should be a Name Plate fixed inside the module which will give: Name of the Manufacturer or Distinctive Logo, Model Number , Serial Number, Year of manufacture and i/c carriage of material within all leads lifts and as directed by the Engineer-in-Charge. Supplying , Instalation and testing of MOUNTING STRUCTURES AND TRACKING SYSTEM,The PV modules should be mounted on metallic structures of adequate strength and appropriate design, with 10 feet clearance from ground, which can withstand load of modules and high wind velocities up to 150 km per hour. The support structure used in the pumping system should be hot dip galvanized iron with minimum 80 micron thickness. and i/c carriage of material within all leads lifts and as directed by the Engineer-in-Charge.OTHER ASSESSORIES/ISOLATION SWITCH AND WIRES: A good reliable switch/MCCB suitable forDC / AC use is to be provided with the motor pump set with enclosure. b.Sufficient length of cable should be provided for inter-connection between the PV array and the motor Pump sets. c. Providing vertical pipe to accomodate submersible pump and motor set inside/outside of existing stroage tank Providing earthing to all equipment to be provide as per IS-3043 (1987) A single Earth pit preparation and connectivity to all equipment with 25x3 GI strip and i/c carriage of material within all leads lifts and as directed by the Engineer-in-Charge. |
| 19 | RISINGMAIN |
| 20 | Providing, laying, testing & commissioning at site in trenches bevelled ended MSERW pipes of various grades conforming to IS/ ISO 3183-2017 latest with upto date amendements having wall thickness and per Rmt weight as mentioned below & capable of withstanding required test pressure as prescribed in BIS code, in random lengths of 5.5 to 6.5 mtr.The pipes ends shall be bevelled suitable for butt welding including the cost of jointing with butt welding conforming to IS 816-1969 or latest as applicable ends with upto date amendments (leak proof) in three layers at site of work with welding rods of standard make and all allied accessories whatever required for welding at site, tail pieces, tees, bends and other specials manufactured from parent pipes as applicableto the particular reach & of approved specification as per site conditions and cutting of pipes wherever required as per site requirement including carriage in all leads and lifts and as directed by Engineer-in-charge.The pipe shall haves zinc coating inside & out side conforming to IS-4736-1986 or latest with upto date amendments. The laying shall conform to BIS 5822-1970 or latest with upto date amendments to the entire satisfaction of Engineer-in-charge (Earth work shall be measured and paid for separately). |
| 21 | DiaFrom RD to RDwall thickness Grade |
| 22 | STAGE---IST |
| 23 | 40 mm0 360 3.70 mm |
| 24 | STAGE---2ND |
| 25 | 40 mm 0 3603.70 mm |
| 26 | Part 2nd |
| 27 | 32 mm 0 3603.60 mm |
| 28 | Laying, testing & commissioning at site in trenches bevelled endedGMS pipes of 80mm Diameters of heavy/medium grades as underconforming to BIS 1239 PART-1 or latest with upto date amendements having wall thickness and per Rmt weight as mentioned below & capable of withstanding required test pressure as prescribed in BIS code, in random lengths of 5.5 to 6.5 mtr.The pipes ends shall be bevelled suitable for butt welding including the cost of jointing with butt welding conforming to IS 816-1969 or latest as applicable ends with upto date amendments (leak proof) in three layers at site of work with welding rods of standard make and all allied accessories whatever required for welding at site, tail pieces, tees, bends and other specials manufactured from parent pipes as applicableto the particular reach & of approved specification as per site conditions and cutting of pipes wherever required as per site requirement including carriage in all leads and lifts and as directed by Engineer-in-charge.(Earth work shall be measured and paid for separately). |
| 29 | STAGE---IST (Part Khun Bag) |
| 30 | DiaFrom RD to RDwall thicknessGrade |
| 31 | 40 mm360 630 GI (H) |
| 32 | 40 mm630 715 GI (M) |
| 33 | STAGE---2ND (Part Khun Bag) |
| 34 | 40 mm360 540 GI (H) |
| 35 | 40 mm540825GI (M) |
| 36 | STAGE---IST (Part Bizui) |
| 37 | 32 mm 360630GI(H) |
| 38 | 32mm630900GI(M) |
| 39 | Providing welding and fixing M.S plate flanges of following dia (nominal bore) of following flanges Table conforming to IS 6392-1971 or latest with upto date amendments to MSERW/G.I. pipe after every 100 metres or as per site requirement including cutting of pipes wherever required welding in three layers (leak proof) conforming to specifications as prescribed in relevent IS code i.e IS 816-1969 or latest as applicable with upto date amendments with nuts, bolts & washers and specials etc. fonforming to IS 1963 or latest with upto date amendments including packing sheet i.e. asbestos fibre sheet minimum 3mm thick and painting with anticrossive paints complete in all respect in all leads lifts and carriage of material at site and as directed by the Engineer-in-charge. |
| 40 | STAGE---IST (Part Khun Bag) |
| 41 | DiaFrom RD to RDFT |
| 42 | 40 mm 0-450 28 |
| 43 | 40 mm450-630 17 |
| 44 | 40 mm630-7155 |
| 45 | STAGE---2ND (Part Khun Bag) |
| 46 | 40 mm0-36028 |
| 47 | 40 mm 360-63017 |
| 48 | 40mm630-825 5 |
| 49 | STAGE---IST (Part Bizui) |
| 50 | DiaFrom RD to RDFT |
| 51 | 32 mm0-54028 |
| 52 | 32mm540-81017 |
| 53 | 32 mm 210-825 5 |
| 54 | Civil Work |
| 55 | Excavation in foundation and trenches etc.in earth work in all kinds of soil such as pick work ,jumper work decomposed conglomerate saturated soil soft and hard rock upto all leads lifts stacking the excavated soil not more than 3mtr.clear from the edge of excavation and then returning the stacked soil in 15cm layers when required in to plinth sides of foundation etc. consolidating each deposited layers by ramming and watering and then disposing of all surplus excavated earth as directed with in all leads lifts and as per directions of the Engineer-incharge. |
| 56 | Providing and laying cement concrete 1:4:8(1cement:4sand:8 graded stone agg.40mm nominal size) and curing complete excluding the cost of form work in foundation & plinth including all leads lifts and carriage of material and as per the directions of Engineer-in-charge. |
| 57 | Providing and laying cement concrete work 1:1-1/2:3 (1cement:1-1/2 sand: 3 gradeds stone agg. 20mm nominal size & curing complete) excluding cost of form work and reinforcement for RCC work including all leads lifts complete and carriage of material etc. as per directions of Engineer incharge. |
| 58 | a) Foundation and plinth |
| 59 | b) Wall (any thickness but not less then 0.10thick) attached pillasters, buttress and the like. |
| 60 | Providing form work with steel sheets 3.15mm thick welded with angle iron 30x30x5 mm so as to give rough finish i/c centring shuttering structing and propping etc. with wooden bettens & Ballies, height or propping & centering below supporting floor to ceiling notexceeding 4 mtr.and removal of the same for insitu RCC work and PCC work.including all leads lifts and carriage of material at site & as per direction ofEngineer incharge in:- |
| 61 | a)Flat surfaces such as sofits and suspended floors, roofs landing and the like floors etc. up to 200 mm in thickness. |
| 62 | b) Vertical surface such as wall (any thickness. Partition and the like i/c attached plasters, buttress , plinth and string course and the like. |
| 63 | Providing and laying cement concrete 1:2:4 (1cement : 2 app. sand : 4app. graded stone agg. 20mm nominal size) and curing complete excluding cost of form work and reinforcement for reinforced work in suspended floors, roofs landings shelves and their supports balconies, beams, girders bressumers and cantilevers up to floor two level in all height and depth, including all leads lifts and carriage of material at site and as per directions of the Engineer in charge. |
| 64 | ProvidingMild Steel/Tor steel reinforcementfor RCC work including bending binding & placing in positing i/c all leads lifts and carriage of material and as per direction of the Engineer-in-charge. |
| 65 | Providing and fixing Cast ironmanhole cover of 455x610 mm sizeC.I.(medium)duty the weight of manhole cover not less than 23 kgs.including all leads lifts and carriage of materials as perdirection of the Engineer-in-charge. |
| 66 | Providing and laying cement concrete 1:3:6(1cement:3sand:6 graded stone agg.40mm nominal size) and curing complete excluding the cost of form work in foundation & plinth including all leads lifts and carriage of material and as per the directions of Engineer-in-charge. |
| 67 | Steel work single section in built up section trusses and framed work, including cutting ,hoisting fixing in position and applying a priming coat of red lead paint, in gtratings framed, guards,bars,ladders, railing, brackets and simillar works including all leads and lifts and carriage of material as per direction of Engineer in charge |
| 68 | Providing and laying cement concrete 1:1:2 (1 cement : 1 Sand : 2 graded stone aggregate20 mm nominal size) excluding cost of form work and reinforcement for RCC work including all leads lifts complete and carriage of material etc. as per directions of Engineer incharge. |
| 69 | Prov. and placing in horizontal layers filtering media duly graced, screened, washed and cleaned as specified by Engineer in charge. |
| 70 | i)Top layer fine sand(effective size 0.20mm to 0.40 mm and uniformity 3.00) |
| 71 | ii)2nd layer coarsed sand ( coarse sand 3mmm to 6 mm) |
| 72 | iii)3rd layer 6mm to 20mm |
| 73 | iv)4th layer Bajri 20mm to 25mm |
| 74 | v)5th layer Broken stone( 50mm to 75 mm) |
| 75 | Proving and fixing M.S. foot rest of 22mm dia size including embedded in C.C in block 225 mm X 225mmX75mm including all leads and carriage of material at site as per direction of Engineer in Charge |
| 76 | DISTRIBUTION SYSTEM |
| 77 | Excavation in drains and channels etc. in earth work inall kinds of soil such as pick work,jumper work ,blasting workdecomposed conglomerate saturated soilsoft rock and hardrockincluding dressing of sides and beds andpreparation ofsub grade to level or slope including refilling the trenches and disposing of surplus earth upto all leads lifts disposed earth to be levelled andneatly dressed including jungle clearance and as per direction of Engineer-in-charge. |
| 78 | Laying, jointing ,testing & commissioning in trenchesfollowingdia socketted galvanised mild steel tube of varous dia of light grade as under confirming to BIS: 1239- (Part-I) 1990or latest with upto date ammendments , capable of withstanding required test pressure as BIS Code, in random lengths of 5.5 to 6.5 mtr. The pipe ends shall be socketted , Tees & bends shall be manufactured from parental pipeetc. and cutting of pipes wherever required as per site requrement as per site conditions including carriage in all leads &lifts and as per direction of Engineer incharge.((earth work in trenches to be measured and paid for seperately) |
| 79 | i)25 mm dia (L) |
| 80 | ii)32 mm dia (L) |
| 81 | iii)50 mm dia (L) |
| 82 | iv)100 mm dia (L) |
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