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| 1 | PART A- Self Dynamic Hydro Control Valves & Accessories.Design, Supply, installation ,testingand commissioning of Electrically operated of 200 mm diaSelf Dynamic Hydro control valve for Pump Control at Pumping Station with the following components. 200 MM Dia Pump Control Valve |
| 2 | 200 MM Dia Expansion Bellow |
| 3 | Required MS Pipes, Specials and matching flanges to complete the Job |
| 4 | Design, Supply, installation ,testingand commissioning of Electrically operated 150mm dia Self Dynamic Hydro control valve for On/Off control at Branch level with the following components 150 MM Dia On/Off Control Valve |
| 5 | 150 MM Dia Expansion Bellow |
| 6 | 150 MM Dia Strainer |
| 7 | 150 MM DI/DF Gate Valve |
| 8 | Required MS Pipes, Specials and matching flanges to complete the Job |
| 9 | PART-B- Instrumentation Design, Supply, Installation and testing of Instrumentation at S-4 pump houselocation & sprinkler management with the following components Pressure transmitters |
| 10 | 200 MM Dia Flow meter |
| 11 | 80 MM Dia Flow meter |
| 12 | 200 MM Dia Expansion Bellow |
| 13 | 80 MM Dia Expansion Bellow |
| 14 | 200 MM DI/DF Gate Valve |
| 15 | Ultrasonic level sensor |
| 16 | PART-C- PLC, SCADA & RTUDesign, Supply, installation, programming, customization, testingand commissioning ofPLC panel for pump control & SCADAmonitoring entire pumping station and Branch valve locations for sprinklers underS-4 pump house and connecting with Central SCADA. PLC - CPU |
| 17 | ANALOG INPUTModule 8 ch |
| 18 | 16 DI/DQ Module |
| 19 | PROFINET SWITCH |
| 20 | Communication Module |
| 21 | SMPS |
| 22 | Push button & Indication for entire pumping station |
| 23 | DP MCB |
| 24 | SP MCB |
| 25 | Slim Relays for entire logic operation |
| 26 | Wiring & Other Accessories |
| 27 | PC SERVER |
| 28 | Software |
| 29 | Tags for Connecting GPRS communication |
| 30 | Panel |
| 31 | Internal, External Power & Communication Cabling |
| 32 | Erection, Programing, Commissioning |
| 33 | Design, Supply, installation, configuration of RTU Panels at each branch valve operation and connecting with SCADA with the following components.SS PANEL ENCLOSURE for RTU |
| 34 | SS PANEL ENCLOSURE for Manual Operation of Branch Valve |
| 35 | CONTROL WIRING |
| 36 | PLC/ Controller |
| 37 | Communication Module |
| 38 | GPRS MODEM |
| 39 | RELAY CARD for entire branch operation |
| 40 | SP & DP MCB\"S |
| 41 | Signal Transducer with necessary TB\"s |
| 42 | Solar Charge Controller |
| 43 | 315 W.. Solar with pole and accessories |
| 44 | Solar Cleaning |
| 45 | BATTERY - 65 AH |
| 46 | PART-D - Power Supply Design, Supply, installation & commissioning of3 KVAUPSalong withservo stabilizer and minimum 04 hours backup on full load atpump house location with the following components. UPS 3 KVA with Servo Stabilizer |
| 47 | Batteries for4 Hr. Backup with suitable MS powder coated Stand |
| 48 | Wiring |
| 49 | 315 W.. Solar Panels |
| 50 | PART-E - SCADA based PCC Panels: Fabrication, supply, fixing, errection, termination, testing and commissioning of SCADA based indoor type, dust and weather proof 400 Amps capacity MPCCwith 2 Nos of 132 KW VFD control panels for all pump sets at S-4 pump house. Indoor, Weather and dust proof cabinet with individual doors, Internal & External Powder coated floor mounted cubical as required and as per site conditions and as per IE rules |
| 51 | 400 A MCCB-55 KA - 4 Pole MPRfor I/C Feeder |
| 52 | 100A MCCB 36 Ka 4PTRfor O/G feeder for Lighting & Spare |
| 53 | 63 A MCCB 36KA 3PTR for Tanker filling point and Dewatering pump feeder |
| 54 | 3.75 KW DOL starter with MPCBfor Tanker filling point and Dewatering pump feeder |
| 55 | 132 KW- HD VFD with Isolation contactor and required safety accessories. |
| 56 | 315 A SFU with Semi conductor fuses for Motor feeder |
| 57 | MF Metering Set |
| 58 | PART-F - HSC Pump Sets wIth Energy efficient and VFD control Motors:supply and erection of Energy efficient HSC pump set with following specifications Capacity - 132 KWModel - Horizontal Split Casing Pump SetSpeed -1500 SYN RPM Head Range -115 MtrDischarge - 240 Cum/Hr. Minimum Efficiency- 70% Gland cooling -Self Media Suction & Delivery - Flange Mounting MOC of body - CI MOC of Shaft, Sgland Sleves -ASTM A276-Gr-410Impeller andWearings - SS CF 8MDriven - LT Squirrel cage inductionMotor with specifications of 3 Phase, 415 Volts, 50HZ, solid shaft TEFC enclosure, IE-3 claas, VFD compatible,\"F\" Class insulation, suitable to voltage variation +/- 10% & frequency variation +/- 5% confirming to IS 325/IS 4722 |
| 59 | Single core flexible copper cable from PCC to Pump set including earth continuity |
| 60 | SUCTION LINE:250 MM Dia DI/DF Suction Pipes from Sump to Pump |
| 61 | 250 MM Dia Expansion Bellow |
| 62 | 250 MM Dia Strainer |
| 63 | 250 MM DI/DF Gate Valve |
| 64 | DELIVERY LINE:200 MM MS Delivery Pipes from Pump to common header |
| 65 | 200 MM MS common header to existing Pipe line |
| 66 | Required MS Pipes, Specials and matching flanges to complete the Job |
| 67 | Lorry Filling Point :Supply and delivery of 5 HP Monoblock pump sets with the following specificationMonoblockPump set with IE 2 Motor : Capacity - 3.75 KW Model - KS 516 Speed -1500 SYN RPMHead : 12 MtrDischarge : 85 Cum/Hr Temperature - 30Deg C Gland cooling -Self MediaSuction & Delivery - Flange MountingMOC of body - CI MOC of Shaft - StandardImpeller andWearings - CI |
| 68 | NecessaryGI pipes and fittings forSuction & Delivery Pipes |
| 69 | Single core flexible copper cable laying through conduit/Cable tray from PCC to Motor including earth continouty |
| 70 | Dewatering Pump set :Supply and delivery of 3 HP Monoblock pump sets with the following specificationMonoblock Pump set with IE 2 Motor :Capacity - 2.20 KWModel - KS 316 Speed -1500 SYN RPM Head : 12 MtrDischarge : 45 Cum/HrTemperature - 30Deg CGland cooling -Self Media Suction & Delivery - Flange Mounting MOC of body - CIMOC of Shaft -StandardImpeller andWearings - CI |
| 71 | NecessaryGI pipes and fittings forSuction & Delivery Pipes |
| 72 | Single core flexible copper cable laying through conduit/Cable tray from PCC to Motor including earth continouty |
