|
| 1 | Supplying, installation, testing & commissioning oftwo wire Pressure transducers. |
| 2 | Supply voltage 10-30VDC, Working range upto 20kg/cm2, Accuracy in reading: + or- 0.5%, Output signal: 4 to 20 mA.Inclusive ofInternet of Things (IOT) transponder for transmitting data to an MQTT server and tothe user dashboard including IOT SIM card subscribedfor a period of 5 years or alternate mode of transmission, Isolation valve, Uninterruptible power supply (UPS) of specification : 600VA, 230V, Power supply unit, protection circuit and junction box IP 65 rated.All connections to the MQTT server should be protected with two way certificate based encryption to provide a high level of security for sensitive data.Make : E & H, Vega or Wika. |
| 3 | Supplying, installation, testing & commissioning of hydrostatic level sensor for reservoir tanks. |
| 4 | Supply volt 10-30VDC, Working Range upto 8 mtrs., Accuracy +/- 0.5%, Output signal: 4-20 mA.Inclusive of Internet of Things(IOT) transponder for transmitting data to an MQTT server and tothe user dashboard including IOT SIM card subscribed for a period of 5 years or alternate mode of transmission, Uninterruptible power supply (UPS) of specification : 600VA, 230V, Power supply unit, protection circuit, Junction box IP65 rated, Shielded instrument armored cable3 core 0.75sqmm upto 50 metres.All connections to the MQTT server should be protected with two way certificate based encryption to provide a high level of security for sensitive data.Make: E&H, Vega, Forbes Marshall or Broil Sensotek. |
| 5 | Supplying, installation, testing & commissioning ofWater QualitySensors for pressurized pipeline. |
| 6 | Supply volt 10-30 VDC, Sensor output signal: 4 to 20 mA. Including Cable upto 10mtr, Housing, Filter Cartridge, fittings for the sampling pipeline, Junction box IP 65.Sensors are meant for pressurized lines and are inclusive of Internet of Things (IOT) transponder for transmitting data to an MQTT server and to the user dashboard including IOT SIM card subscribed for a period of 5 years or alternate mode of transmission.All connections to the MQTT server should be protected with two way certificate based encryption to provide a high level of security for sensitive data.Make: Aster, Hach, Mettler Toledo or SartoriusType of sensors : 1) Conductivity / TDS sensor.Operating range : 0 - 199.9 Microsiemens.2) pH sensorOperating Range : 00.00- 14.00 pH, 0.1 resolution.3) Chlorine sensor.Free and total CL2 0.00- 5.00 MG/L (PPM). |
| 7 | One TV per Panchayat Supply, installation and Configuring a 32 inch Smart TV todisplay the Village Level Dashboard of Sensor data and Village LevelMassegesand notices. |
| 8 | Supplying at store or site of work includingrailway freight, carting, loading and unloading, stacking, transit insurance etc., cast iron detachable joints conforming to IS: 8794-1978 suitable for AC pressure pipes including cost of rubber rings, nuts, bolts etc. Class 15. |
| 9 | Nominal Dia in mm |
| 10 | a) 80mm |
| 11 | Supplying at store or site of work including railway freight, carting, loading and unloading, stacking etc. cast iron standard flanged socket/plain ended fittings for pressure pipes conforming to IS:1538-1976 suitable for conventional lead joints/ rubber gasket joints. HEAVY Class. |
| 12 | Supplying cast iron fittings as perIS : 1538 -1993 including sealing rubber gasket (NR) CI Compression glands and coated MS Nuts bolts. |
| 13 | I) Flanged Socket Tail piece ( Flanged Adaptors) |
| 14 | Nominal Dia in mm |
| 15 | a) 100mm |
| 16 | b) 125mm |
| 17 | c) 150mm |
| 18 | d) 200mm |
| 19 | e) 250mm |
| 20 | f) 300mm |
| 21 | g) 350mm |
| 22 | h) 400mm |
| 23 | i) 450mm |
| 24 | j) 500mm |
| 25 | k) 600mm |
| 26 | l) 700mm |
| 27 | m) 750mm/800mm |
| 28 | CHAPTER - III |
| 29 | HIRE CHARGES OF MACHINERIES |
| 30 | Cranes - 5 MT capacity |
| 31 | Pump for pumping water continuously from trenches |
| 32 | Welding Generator |
| 33 | Supply at store or site of work including railway freight, carting, loading, unloading, stacking etc. Ductile Iron pipe specials including rubber ring fittingpush on joints conforming toIS : 9523 with inside cement mortar lining & externally coated with zinc with finishing layer of bituminious paint complete. |
| 34 | I) Double Flange Reducer |
| 35 | Nominal Diameter in mm |
| 36 | 100x80 |
| 37 | Supplying stacking at site and conveying hoisting, laying in position to correct line and level and linking joints ofMS specials.fabricated from MS plate including cutting, bending, welding, procurement of plates, gas cutting to required size, rolling,tackwelding, assembling in suitable length toform special, welding on automatic machine and forming V edge on both ends of special as required,hydraulic pressuretest at factory to therequired test pressureconformingto IS : 3589-1991 including freightetc. complete |
| 38 | I) With 10 mm -12 mm thick plate |
| 39 | a) M.S.spigot tail piece suitable for connectiong M.S pipeline with C.I./D.I pipeline |
| 40 | Welding joint in all position with minimum 3 Nos.of runs for MS pipes and specials and flanges,internally and externally including gauging wherever necessary, fixing appurtances and other accessories, cost of water pumping arrangement and hydraulic testing etc. complete for 12mm/10mm thick M.S.plate. |
| 41 | Dia in mm |
| 42 | a) 900 |
| 43 | b) 1000 |
| 44 | c) 1200 |
| 45 | Supplying, installation, testing and Commissioning of Full Bore Carbon Steel Flanged ends Electromagnetic Flow Meter (FBEM), for Raw/ treated water with accuracy+/-0.5% and sensor of protection of IP 68 Grade for pressure rating PN 16 including sensor coil housed in Cast Aluminium/ Carbon Steel with anti-corrosive food grade powder coating; Co-axial signal sensor/ transmitter &power cable routed through duct of 50mm dia G.I. Pipe; surge arrestor; over voltage protection unit, PTFE/ Rubber Liner material(as desired by the Engineer-in charge). The output showing volumetric flow rate and totalized flow with other details shall be on LCD display screen mounted on the flow meter body or in the near by control room with upto 25m length transmitter / sensor cabling and simultaneous transmission of reading through GSM Mobile signals to designated phone numbers and meter should have data storage of required capacity and shall be freely programmable for future upgradation and Scada compatible with power supply 80-300 V AC/DC etc. complete as directed by Engineer-incharge. |
| 46 | Mandatory Accessories: |
| 47 | a) Electromagnatic Flow meter of 1000mm dia |
| 48 | b) Electromagnatic Flow meter of 900mm dia |
| 49 | c) Electromagnatic Flow meter of 800mm dia |
| 50 | d) Electromagnatic Flow meter of 700mm dia |
| 51 | e) Electromagnatic Flow meter of 600mm dia |
| 52 | f) Electromagnatic Flow meter of 500mm dia |
| 53 | g) Electromagnatic Flow meter of 450mm dia |
| 54 | h) Electromagnatic Flow meter of 400mm dia |
| 55 | i) Electromagnatic Flow meter of 350mm dia |
| 56 | j) Electromagnatic Flow meter of 300mm dia |
| 57 | k) Electromagnatic Flow meter of 250mm dia |
| 58 | l) Electromagnatic Flow meter of 200mm dia |
| 59 | m) Electromagnatic Flow meter of 150mm dia |
| 60 | n) Electromagnatic Flow meter of 100mm dia |
| 61 | Conveying carefully from stack at site, 250m from both sides rolling and lowering in trenches, laying and jointing true toline and level and perfect linking of joints |
| 62 | a) S&S flanged/plain ended specials |
| 63 | Making C.I Detachable joints to A.C. pressure pipes of various classes and C.I Plain ended specials with collar, rubber rings, nut and bolts, etc. complete including testing of joints but excludingthe cost of joints |
| 64 | Nominal diameter in mm |
| 65 | a) 80 |
| 66 | Making joints to D.I/ C.I pipes with mechanical joints by nut bolts rubber rings that are provided with the joints,for pushon tight joints, and including the cost of rubber ring, nut bolts, for flanged joint, including the cost of work force, tools, hydraulic testing of joints etc complete as per the direction of the engineer in-charge. |
| 67 | I) Flanged Socket |
| 68 | a) 100 |
| 69 | b) 150 |
| 70 | c) 200 |
| 71 | e) 250 |
| 72 | f) 300 |
| 73 | g) 350 |
| 74 | h) 400 |
| 75 | i) 450 |
| 76 | j) 500 |
| 77 | k) 600 |
| 78 | l) 700 |
| 79 | m) 800 |
| 80 | Making flanged joints for C.I./D.I. Pipes and specials with rubber insertion, nuts and bolts including necessary hydraulic testing etc. complete including cost of rubber insertion nuts and bolts,as directed by the engineer in-charge. |
| 81 | Nominal diamter in mm. |
| 82 | a) 80 |
| 83 | b) 100 |
| 84 | Construction of masonry chamber 90 x 90 x100 cm inside in 40kg/sq. cm laterite masonary in neatly dressed stonescomplete with 23 cms wall thickness and in cement mortar 1:4 ( 1 cement : 4 coarse sand) for sluice valve of sizes 100 mm, 120 mm 150 mm and 200mm diawith necessary excavation, foundation concrete 1:5:10 ( 1 cement : 5 coarse sand: 10 graded stone ballast 40 mm nominal size) andinside plastered with CM 1:3 ( 1 cement : 3 coarse sand)finished with floating coat of neat cement complete and chamber cover as specified below etc. all complete as per standard drawing . (rate is inclusive of rate earthwork excavation, cost of surface coverand all other materials and labour and as per details below) |
| 85 | a) with M.S. sheet coverwith 12mm thick M.S. plate and frame of Angle iron50x50x6mmin 120 mm thick RCC slab coverin cement concrete 1:2:4 ( 1 cement: 2 coarse sand: 4 graded stone ballast 20 mm nominal size) |
| 86 | Construction of masonry chamber 120 x 120 x100 cm inside in laterite masonary in neatly dressed stonescomplete with 23 cms wall thickness and in cement mortar 1:4 ( 1 cement : 4 coarse sand) for sluice valve size beyond 200mm diawith necessary excavation, foundation concrete 1:5:10 ( 1 cement : 5 coarse sand: 10 graded stone ballast 40 mm nominal size) andinside plastered with CM 1:3 ( 1 cement : 3 coarse sand)finished with floating coat of neat cement complete and chamber cover as specified below etc. all complete as per standard drawing . (rate is inclusive of rate earthwork excavation, cost of surface-coverand all other materials and labour and as per details below) |
| 87 | a) with M.S. sheet coverwith 12mm thick M.S. plate and frame of angle iron50x50x6mmin 120 mm thick RCC slab coverin cement concrete 1:2:4 ( 1 cement: 2 coarse sand: 4 graded stone ballast 20 mm nominal size) |
| 88 | Construction of Reinforcementcement concrete chamber 150x150x200cm inside with 30 cms wall thickness in Cement Concrete 1:2:4 ( 1 cement : 2coarse sand:4 graded granitic or basaltic stone aggrt. 20mm. nominal size ) including centering/shuttering and TMT steel not less than 70kgs/cu.m, for sluice valves or equivalent main valves of suitable diameter, with necessary excavation, 15cms thick rubble packing and 10cms thick foundation concrete 1:3:6 ( 1 cement : 3 coarse sand: 6 graded granitic or basaltic stone aggrt. 40 mm nominal size) andinside plastered with cement mortar 1:3 ( 1 cement : 3 coarse sand)finished with floating coat of neat cement complete and as per standard drawing (rate is inclusive of earthwork excavation,and all other materials and labour as per details above ,excluding cost of surface chamber cover) asdirected bythe Engineer incharge. |
| 89 | Manufacturing, Fabricating supplying and fixing in position over the main valve chamber. Two/three shutter M. S. cover, manufactured out of 10mm thick M.S.plate ,size (1.8mx1.8m),with bottom angles of size 75x75x8mmsupporting parallel in the middle M.S. I beam of size 150x100 as per requirement & size of chamber with both side extended 20cm to 30cm to be fixed in the wall further supporting Diagonal angles and cross angles of size 75x75x8mm to both way perfectly hinged with 8nos of bar hinges capable to withstand heavy vehicle impact 4 nos. of handles made out of 12mm to 16mmdia bar, bottom side locking arrangement for both main shutter as well a side shutter, and welded 4 nos. of holdfast of L.S.75x75x8mm to 40cm-long 4nos of bar hinges of high strength double angles and hold fast should be embedded in reinforcement concrete of 1:2:4 or richer mix incl. Transportation, labour, Priming coat, painting etc. complete As per standard drawing.(10mm thick ,1.8m x 1.8m, M.S plate for surface cover for R.C.C chamber size, 150x150x200cm) as directed by the Engineer in charge. |
| 90 | Cutting of cast iron / ductile iron pipes by mechanical grinder working on electricity, including the cost of hire charges of mechanicalgrinder, diesel operated electrical generator set, suitable for supplying power for the grinder for cutting, cost of grinding blades , skilled work force, fuel etc requiredforcompletion of jobas per the direction of Engineer- in -charge |
| 91 | Dia in mm |
| 92 | a) 250 |
| 93 | b) 300 |
| 94 | c) 350 |
| 95 | d) 400 |
| 96 | e) 450 |
| 97 | f) 500 |
| 98 | g) 600 |
| 99 | h) 700 |
| 100 | i) 800 |
| 101 | Supply of 3 core armoured PVC/XLPE insulated, PVC sheathed copper conductor cable of 1.1 KV grade with ISI mark conforming to IS: 1554 (Part I), IS: 7098(Part I) with latest amendments of following size. |
| 102 | 3 Core 1.5 sq.mm |
| 103 | Laying of one number PVC insulated and PVC sheathed/XLPE power cable of 1.1 KV grade of size not exceeding 25 sq.mm on surface, etc. complete as required |
| 104 | System configuration and setup of an operations management platform for the water supply network. |
| 105 | System Setup for Operations Management System for division and subdivisions involved under the project. The solution should be implemented on open source or open standards based Commercial-of-the-shelf (COTS) products. Web based user dashboard with the capability to source data from various systems being implemented as part of this project or other projects to create actionable intelligence. Facility to view historical trends for the sensor data upto six months. Software configuration for the sensors to interact with the GIS base platform.Design a system to ? Display real time data from the connected sensors.? Support for Geospatial rendering of event and incident information including overlaying of existing GIS data sources.? Integrate data from the smart metering system where available.? Have the ability for users to report incidents and changes to the network.? Display trends and analytics which can help the department take informed decisions.Application should ensure interoperability of systems, all sensor data will be normalized and transmitted through an Open Source MQTT server. All connections to the MQTT server should be protected with two way certificate based encryption to provide a high level of security for sensitive data. It should use an Open Source Database and must not be restricted by the license terms of the OEM from scaling out on an unlimited number of cores and servers during future expansion. It must have built-in fault tolerance and load balancing. Databases should be clustered to provide high availability and must have automated backup enabled. A continuous monitoring solution to be implemented with Time Series database to store the sensor data. All interfaces should be browser based and should be compatible with common browser platforms. The system should provide a targeted consumer messaging system to send service messages to consumers and village dashboards.Geographical information system (GIS) integrated application for complaint management for water supply along with login based user dashboards for the sub divisions to view and update the status of the complaint. Integration with the existing GIS data of Assets.Android Interface for Consumers where consumers register, login and submit grievances or suggestions to the department. The consumers can even report leakages of water wherever spotted. Status of the complaint can also be checked through the application.Notification System for the department to inform consumers about outages or other relevant information. Grievance Redressal Module for the department to check and update status of the received complaints. |
| 106 | should be protected with two way certificate based encryption to provide a high level of security for sensitive data. It should use an Open Source Database and must not be restricted by the license terms of the OEM from scaling out on an unlimited number of cores and servers during future expansion. It must have built-in fault tolerance and load balancing. Databases should be clustered to provide high availability and must have automated backup enabled. A continuous monitoring solution to be implemented with Time Series database to store the sensor data. All interfaces should be browser based and should be compatible with common browser platforms. The system should provide a targeted consumer messaging system to send service messages to consumers and village dashboards.Geographical information system (GIS) integrated application for complaint management for water supply along with login based user dashboards for the sub divisions to view and update the status of the complaint. Integration with the existing GIS data of Assets.Android Interface for Consumers where consumers register, login and submit grievances or suggestions to the department. The consumers can even report leakages of water wherever spotted. Status of the complaint can also be checked through the application.Notification System for the department to inform consumers about outages or other relevant information. Grievance Redressal Module for the department to check and update status of the received complaints. |
| 107 | The consumers can even report leakages of water wherever spotted. Status of the complaint can also be checked through the application.Notification System for the department to inform consumers about outages or other relevant information. Grievance Redressal Module for the department to check and update status of the received complaints. |
| 108 | Comprehensive AMC including maintenance, repairs, replacement offailed components,etc.,@ 12% per year for 4 years after the first year which is covered under warranty forPressure transducers, Complete as directed by Engineer-in-Charge. |
| 109 | i) for 2nd year |
| 110 | ii) for 3rd year |
| 111 | iii) for 4th year |
| 112 | iv) for 5th year |
| 113 | Comprehensive AMC including maintenance, repairs, replacement offailed components,etc.,@ 12% per year for 4 years after the first year which is covered under warrantyforLevel Sensors, Complete as directed by Engineer-in-Charge |
| 114 | i) for 2nd year |
| 115 | ii) for 3rd year |
| 116 | iii) for 4th year |
| 117 | iv) for 5th year |
| 118 | Comprehensive AMC including maintenance, repairs, replacement offailed components,etc.,@ 12% per year for 4 years after the first year which is covered under warranty forWater quality Sensors , Complete as directed by Engineer-in-Charge. |
| 119 | i) for 2nd year |
| 120 | ii) for 3rd year |
| 121 | iii) for 4th year |
| 122 | iv) for 5th year |
| 123 | Comprehensive AMC includingregular bug fixes to software components, maintenance of databases, and ensuring the working of data replication and other components at 12% per year for 4 years after the first year which is covered under warrantyof full Bore Electromagnatic Flow meters |
| 124 | a) Electromagnatic Flow meter of 1000mm dia. |
| 125 | i) for 2nd year |
| 126 | ii) for 3rd year |
| 127 | iii) for 4th year |
| 128 | iv) for 5th year |
| 129 | b) Electromagnatic Flow meter of900mm dia. |
| 130 | i) for 2nd year |
| 131 | ii) for 3rd year |
| 132 | iii) for 4th year |
| 133 | iv) for 5th year |
| 134 | c) Electromagnatic Flow meter of800mm dia. |
| 135 | i) for 2nd year |
| 136 | ii) for 3rd year |
| 137 | iii) for 4th year |
| 138 | iv) for 5th year |
| 139 | d)Electromagnatic Flow meter of700mm dia. |
| 140 | i) for 2nd year |
| 141 | ii) for 3rd year |
| 142 | iii) for 4th year |
| 143 | iv) for 5th year |
| 144 | e) Electromagnatic Flow meter of600mm dia. |
| 145 | i) for 2nd year |
| 146 | ii) for 3rd year |
| 147 | iii) for 4th year |
| 148 | iv) for 5th year |
| 149 | f) Electromagnatic Flow meter of500mm dia. |
| 150 | i) for 2nd year |
| 151 | ii) for 3rd year |
| 152 | iii) for 4th year |
| 153 | iv) for 5th year |
| 154 | g) Electromagnatic Flow meter of450mm dia. |
| 155 | i) for 2nd year |
| 156 | ii) for 3rd year |
| 157 | iii) for 4th year |
| 158 | iv) for 5th year |
| 159 | h) Electromagnatic Flow meter of400mm dia. |
| 160 | i) for 2nd year |
| 161 | ii) for 3rd year |
| 162 | iii) for 4th year |
| 163 | iv) for 5th year |
| 164 | i) Electromagnatic Flow meter of350mm dia. |
| 165 | i) for 2nd year |
| 166 | ii) for 3rd year |
| 167 | iii) for 4th year |
| 168 | iv) for 5th year |
| 169 | j) Electromagnatic Flow meter of300mm dia. |
| 170 | i) for 2nd year |
| 171 | ii) for 3rd year |
| 172 | iii) for 4th year |
| 173 | iv) for 5th year |
| 174 | k) Electromagnatic Flow meter of250mm dia. |
| 175 | i) for 2nd year |
| 176 | ii) for 3rd year |
| 177 | iii) for 4th year |
| 178 | iv) for 5th year |
| 179 | l) Electromagnatic Fow meter of200mm dia. |
| 180 | i) for 2nd year |
| 181 | ii) for 3rd year |
| 182 | iii) for 4th year |
| 183 | iv) for 5th year |
| 184 | m) Electromagnatic Flow meter of150mm dia. |
| 185 | i) for 2nd year |
| 186 | ii) for 3rd year |
| 187 | iii) for 4th year |
| 188 | iv) for 5th year |
| 189 | n) Electromagnatic Flow meter of100mm dia. |
| 190 | i) for 2nd year |
| 191 | ii) for 3rd year |
| 192 | iii) for 4th year |
| 193 | iv) for 5th year |
| 194 | Comprehensive AMC for Operation management System , mantenance and management includingregular bug fixes to software components, maintenance of databases and ensuring the working of data replication and other components @ 12% per year for 4 years after the first year which is covered under warranty. |
| 195 | i) for 2nd year |
| 196 | ii) for 3rd year |
| 197 | iii) for 4th year |
| 198 | iv) for 5th year |
