PKG 03 Fixation of Rates for different items related to Minor Repair activities towards upkeeping of PWSS for Nalbari Circle implemented under JJM Assam

ials conforming to IS-9523 2000 (with up to date amendment) : Ductile Iron Socket/ Spigot Pipes Class-K7 As per IS:8329/2000 : 20.1 750 mm

1.2 Carriage (including loading,unloading, stacking and applicable GST, cess, etc) for 11-20 km lead

1.3 Carriage (including loading,unloading, stacking and applicable GST, cess, etc) for 21-50 km lead

1.4 Carriage (including loading,unloading, stacking and applicable GST, cess, etc) for 51-100 km lead

CARRIAGE OF DIFFERENT MATERIALS UPTO 11- 50 KG (including loading, unloading, stacking and applicable GST, cess, etc) 1.5 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 0-10 km lead

1.6 Carriage (including loading,unloading and stacking and applicable GST,cess, etc) for 11-20 km lead

1.7 Carriage (including loading,unloading ,stacking and applicable GST,cess, etc) for 21-50 km lead

1.8 Carriage (including loading,unloading ,stacking and applicable GST,cess, etc) for 51-100 km lead

CARRIAGE OF DIFFERENT MATERIALS UPTO 51- 100 KG (including loading,unloading ,stacking and applicable GST,cess, etc) 1.9 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 0-10 km lead

1.10 Carriage (including loading,unloading ,stacking and applicable GST,cess, etc) for 11-20 km lead

1.11 Carriage (including loading,unloading, stacking and applicable GST, cess, etc) for 21-50 km lead

1.12 Carriage (including loading, unloading, stacking and applicable GST, cess, etc) for 51-100 km lead

PER PIECE

1.14 Carriage (including loading, unloading, stacking and applicable GST, cess, etc) for 11-20 km lead

1.15 Carriage (including loading, unloading, stacking and applicable GST, cess, etc) for 21-50 km lead

1.16 Carriage (including loading, unloading, stacking and applicable GST, cess, etc) for 51-100 km lead

CARRIAGE OF DIFFERENT MATERIALS UPTO 301- 500 KG (including loading,unloading ,stacking and applicable GST, cess, etc) 1.17 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 0-10 km lead

1.18 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 11-20 km lead

1.19 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 21-50 km lead

1.20 Carriage (including loading,unloading, stacking and applicable GST, cess, etc) for 51-100 km lead

CARRIAGE OF DIFFERENT MATERIALS UPTO 501- 1000 KG (including loading,unloading, stacking and applicable GST,cess, etc) 1.21 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 0-10 km lead

1.22 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 11-20 km lead

1.23 Carriage (including loading, unloading, stacking and applicable GST,cess, etc) for 21-50 km lead

1.24 Carriage (including loading,unloading, stacking and applicable GST,cess, etc) for 51-100 km lead

CARRIAGE OF DIFFERENT MATERIALS UPTO 1001- 2000 KG (including loading,unloading ,stacking and applicable GST, cess, etc) 1.25 Carriage (including loading,unloading ,stacking and applicable GST,cess, etc) for 0-10 km lead

1.26 Carriage (including loading,unloading ,stacking and applicable GST,cess, etc) for 11-20 km lead

1.27 Carriage (including loading,unloading ,stacking and applicable GST,cess, etc) for 21-50 km lead

1.28 Carriage (including loading,unloading ,stacking and applicable GST,cess, etc) for 51-100 km lead

21. Ductile Iron Socket/ Spigot Pipes Class-K9 As per IS:8329/2000 : 21.1 100 mm

2.2 CI Pipe 150 mm dia

Cast Iron (CI) Flange for joining cast iron pipes, conforming to IS:1536/2001 or IS:7181, drilled with standard bolt holes for flanged connections 2.3 CI Flange 100 mm dia

2.4 CI Flange 150 mm dia

Cast Iron (CI) Bend (Flanged Type) suitable for use in water supply schemes 2.5 CI Bend (Flanged Type) 100 mm dia

2.6 CI Bend (Flanged Type) 150 mm dia

Cast Iron (CI) Tee (Flanged Type) conforming to IS:1538 (latest revision), suitable for use in water supply schemes 2.7 CI Tee (Flanged Type) 100 mm dia

2.8 CI Tee (Flanged Type) 150 mm dia

2.9 Cast Iron (CI) Reducer 150 mm x 100 mm dia (Flanged Type) conforming to IS:1538 (latest revision), suitable for use in water supply schemes

23. Ductile Iron Flange as per IS : 9523/2000 : 23.1 100 mm - 200 mm

22. Ductile Iron Sockets as per IS : 9523/2000 : 22.1 100 mm - 200 mm

3.2 GI Socket (65 mm dia)

3.3 GI Socket (80 mm dia)

3.4 GI Socket (100 mm dia)

3.5 GI Socket (125 mm dia)

3.6 GI Socket (150 mm dia)

24. DI DOUBLE SOCKET BRANCH FLANGE TEE : 24.1 Up to 500 x 500 mm

3.8 GI Union Socket (65 mm dia)

3.9 GI Union Socket (80 mm dia)

3.10 GI Union Socket (100 mm dia)

3.11 GI Union Socket (125 mm dia)

3.12 GI Union Socket (150 mm dia)

Galvanized Iron (GI) Threaded Flange, medium class,with threaded bore suitable for GI pipe connections as per IS:1239 (Part-I) – 2004 3.13 GI Threaded Flange (50 mm dia)

3.14 GI Threaded Flange (65 mm dia)

3.15 GI Threaded Flange (80 mm dia)

3.16 GI Threaded Flange (100 mm dia)

3.17 GI Threaded Flange (125 mm dia)

3.18 GI Threaded Flange (150 mm dia)

Galvanized Iron (GI) Bend, medium class, 90-degree angle, screwed type, conforming to IS:1239 (Part-II) – 2004 with up-to-date amendments, suitable for GI pipes of specified diameter 3.19 GI Bend (50 mm dia)

3.20 GI Bend (65 mm dia)

3.21 GI Bend (80 mm dia)

3.22 GI Bend (100 mm dia)

3.23 GI Bend (125 mm dia)

3.24 GI Bend (150 mm dia)

25. DI ALL SOCKET TEE : 25.1 Up to 500 mm

3.26 GI Elbow (65 mm dia)

3.27 GI Elbow (80 mm dia)

3.28 GI Elbow (100 mm dia)

3.29 GI Elbow (125 mm dia)

3.30 GI Elbow (150 mm dia)

26. DI DOUBLE SOCKET TAPER (REDUCER) : 26.1 Up to 500 x 450 mm

3.32 GI Reducing Socket (80 x 65 mm dia)

3.33 GI Reducing Socket (100 x 80 mm dia)

3.34 GI Reducing Socket (125 x 100 mm dia)

3.35 GI Reducing Socket (150 x 100 mm dia)

3.36 GI Reducing Socket (150 x 125 mm dia)

1. CARRIAGE CHARGE: Carriage of different materials UPTO 10 KG (including loading, unloading, stacking and applicable GST and cess) 1.1 Carriage (including loading, unloading, stacking and applicable GST, cess, etc) for 0-10 km lead

3.38 GI Reducing Tee (80 x 65 mm)

3.39 GI Reducing Tee (100 x 80 mm)

3.40 GI Reducing Tee (125 x 100 mm)

3.41 GI Reducing Tee (150 x 100 mm)

3.42 GI Reducing Tee (150 x 125 mm)

2. CAST IRON PIPE AND FITTING'S COST (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) Cast Iron (CI) Pressure Pipe, conforming to IS:1536/2001 or IS:7181 or equivalent, centrifugally cast (spun) in metal moulds for water supply schemes 2.1 CI Pipe 100 mm dia

3.44 GI Plug (65 mm dia)

3.45 GI Plug (80 mm dia)

3.46 GI Plug (100 mm dia)

3.47 GI Plug (125 mm dia)

3.48 GI Plug (150 mm dia)

3. GI PIPES AND ACCESSORIES's COST (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) Galvanized Iron (GI) Socket, ISI marked, medium class, conforming to IS:1239 (Part II) – 2004 with up-to-date amendments. 3.1 GI Socket (50 mm dia)

3.50 65 mm dia

3.51 80 mm dia

3.52 100 mm dia

3.53 125 mm dia

3.54 150 mm dia

2.10 Cast Iron (CI) Welding Electrodes, of 2 mm dia and 350 mm in length suitable for arc welding of cast iron materials including CI pipes, flanges, and specials, having high strength and crack resistance, conforming to IS: 4332 (Part 1 & 2) or equivalent standard.

3.56 GI Cap Plug (65 mm dia)

3.57 GI Cap Plug (80 mm dia)

3.58 GI Cap Plug (100 mm dia)

3.59 GI Cap Plug (125 mm dia)

3.60 GI Cap Plug (150 mm dia)

Galvanized Iron (GI) Union Socket, medium class, screwed type, confirming to IS:1239 (Part-I) – 2004 with up-to-date amendments, for use in water supply schemes. 3.7 GI Union Socket (50 mm dia)

3.62 GI Nipple 50 mm long (65 mm dia)

3.63 GI Nipple 50 mm long (80 mm dia)

3.64 GI Nipple 50 mm long (100 mm dia)

3.65 GI Nipple 50 mm long (125mm dia)

3.66 GI Nipple 50 mm long (150mm dia)

Galvanized Iron (GI) Elbow, 90-degree angle, medium class, screwed type, conforming to IS:1239 (Part-II) – 2004 with latest amendments, suitable for GI pipe connections of specified diameter. 3.25 GI Elbow (50 mm dia)

3.68 GI Nipple 75 mm long (65 mm dia)

3.69 GI Nipple 75 mm long (80 mm dia)

3.70 GI Nipple 75 mm long (100 mm dia)

3.71 GI Nipple 75 mm long (125 mm dia)

3.72 GI Nipple 75 mm long (150 mm dia)

Galvanized Iron (GI) Nipple, 100 mm long, ISI marked, medium class, conforming to IS:1239 (Part II) – 2004 with up-to-date amendments, having male threads on both ends, suitable for water supply schemes 3.73 GI Nipple 100 mm long (50 mm dia)

3.74 GI Nipple 100 mm long (65 mm dia)

3.75 GI Nipple 100 mm long (80 mm dia)

3.76 GI Nipple 100 mm long (100 mm dia)

3.77 GI Nipple 100 mm long (125 mm dia)

3.78 GI Nipple 100 mm long (150 mm dia)

Galvanized Iron (GI) Nipple, 150 mm long, ISI marked, medium class, conforming to IS:1239 (Part II) – 2004 with up-to-date amendments, having male threads on both ends, suitable for water supply schemes 3.79 GI Nipple 150 mm long (50 mm dia)

3.80 GI Nipple 150 mm long (65 mm dia)

3.81 GI Nipple 150 mm long (80 mm dia)

3.82 GI Nipple 150 mm long (100 mm dia)

3.83 GI Nipple 150 mm long (125 mm dia)

3.84 GI Nipple 150 mm long (150 mm dia)

Galvanized Iron (GI) Nipple, 200 mm long, ISI marked, medium class, conforming to IS:1239 (Part II) – 2004 with up-to-date amendments, having male threads on both ends, suitable for water supply schemes 3.85 GI Nipple 200 mm long (50 mm dia)

3.86 GI Nipple 200 mm long (65 mm dia)

3.87 GI Nipple 200 mm long (80 mm dia)

3.88 GI Nipple 200 mm long (100 mm dia)

3.89 GI Nipple 200 mm long (125 mm dia)

3.90 GI Nipple 200 mm long (150 mm dia)

Per Piece

Per sqft

Per kg

Per Sq. Metre

Galvanized Iron (GI) Reducing Socket, medium class, screwed type, conforming to IS:1239 (Part-II) – 2004 with latest amendments, for connecting GI pipes of different diameters. 3.31 GI Reducing Socket (65 x 50 mm dia )

4.2 UPVC Socket (75 mm dia)

4.3 UPVC Socket (90 mm dia)

4.4 UPVC Socket (110 mm dia)

4.5 UPVC Socket (140 mm dia)

4.6 UPVC Socket (160 mm dia)

UPVC Male Threaded Adapter , ISI marked, suitable for joining uPVC pipes to metal-threaded fittings/valves in water supply schemes 4.7 UPVC Male Threaded Adapter ( 63 mm dia)

4.8 UPVC Male Threaded Adapter ( 75 mm dia)

4.9 UPVC Male Threaded Adapter ( 90 mm dia)

4.1 UPVC Male Threaded Adapter ( 110 mm dia)

4.11 UPVC Male Threaded Adapter ( 140 mm dia)

4.12 UPVC Male Threaded Adapter ( 160 mm dia)

UPVC Female Threaded Adapter , ISI marked, suitable for connecting uPVC pipes to male-threaded metallic fittings or fixtures in water supply schemes. 4.13 UPVC Female Threaded Adapter (63 mm dia)

4.14 UPVC Female Threaded Adapter (75 mm dia)

4.15 UPVC Female Threaded Adapter (90 mm dia)

4.16 UPVC Female Threaded Adapter (110 mm dia)

4.17 UPVC Female Threaded Adapter (140 mm dia)

4.18 UPVC Female Threaded Adapter (160 mm dia)

UPVC Elbow, ISI marked, Medium Class, conforming to IS:10124 ,IS 7834 (with up-to-date amendments), suitable for use in uPVC water supply schemes. 4.19 UPVC Elbow (63 mm dia)

4.20 UPVC Elbow (75 mm dia)

4.21 UPVC Elbow (90 mm dia)

4.22 UPVC Elbow (110 mm dia)

4.23 UPVC Elbow (140 mm dia)

4.24 UPVC Elbow (160 mm dia)

UPVC Equal Tee, ISI marked, Medium Class, conforming to IS:10124;IS 7834 (with up-to-date amendments), suitable for branching uPVC pipe lines in water supply schemes. 4.25 UPVC Equal Tee (63 mm dia)

4.26 UPVC Equal Tee (75 mm dia)

4.27 UPVC Equal Tee (90 mm dia)

4.28 UPVC Equal Tee (110 mm dia)

4.29 UPVC Equal Tee (140 mm dia)

4.30 UPVC Equal Tee (160 mm dia)

UPVC Reducing Socket, ISI marked, Medium Class, conforming to IS:10124;IS 7834 (with up-to-date amendments), suitable for joining two uPVC pipes of different diameters in water supply schemes. 4.31 UPVC Reducing Socket (75 x 63 mm dia)

4.32 UPVC Reducing Socket (75 x 50 mm dia)

4.33 UPVC Reducing Socket (90 x 75 mm dia)

4.34 UPVC Reducing Socket (90 x 63 mm dia)

4.35 UPVC Reducing Socket (90 x 32 mm dia)

4.36 UPVC Reducing Socket (110 x 90 mm dia)

4.37 UPVC Reducing Socket (110 x 75 mm dia)

4.38 UPVC Reducing Socket (110 x 63 mm dia)

4.39 UPVC Reducing Socket (140 x 110 mm dia)

4.4 UPVC Reducing Socket (140 x 90 mm dia)

4.41 UPVC Reducing Socket (160 x 140 mm dia)

4.42 UPVC Reducing Socket (160 x 110 mm dia)

4.43 UPVC Reducing Socket (160 x 90 mm dia)

UPVC End Cap, ISI marked, Medium Class, conforming to IS:10124 ; IS 7834(with up-to-date amendments), suitable for closing the ends of uPVC pipes in water supply schemes. 4.44 UPVC End Cap (63 mm dia)

4.45 UPVC End Cap (75 mm dia)

4.46 UPVC End Cap (90 mm dia)

4.47 UPVC End Cap (110 mm dia)

4.48 UPVC End Cap (140 mm dia)

4.49 UPVC End Cap (160 mm dia)

UPVC End Cap (Threaded), ISI marked, Medium Class, conforming to relevant BIS standards (such as IS:10124 ;IS 7834 ), suitable for capping off threaded ends of uPVC pipelines in water supply schemes. 4.50 UPVC End Cap Threaded (63 mm dia)

4.51 UPVC End Cap Threaded (75 mm dia)

4.52 UPVC End Cap Threaded (90 mm dia)

4.53 UPVC End Cap Threaded (110 mm dia)

4.54 UPVC End Cap Threaded (140 mm dia)

4.55 UPVC End Cap Threaded (160 mm dia)

UPVC Service Saddle Piece, ISI marked, suitable for tapping house connections from main uPVC water supply schemes. 4.56 UPVC Service Saddle Piece (63 mm dia)

4.57 UPVC Service Saddle Piece (75 mm dia)

4.58 UPVC Service Saddle Piece (90 mm dia)

4.59 UPVC Service Saddle Piece (110 mm dia)

4.60 UPVC Service Saddle Piece (140 mm dia)

4.61 UPVC Service Saddle Piece (160 mm dia)

UPVC Tailpiece, ISI marked, Medium Class, conforming to relevant BIS standards (such as IS:10124 ; IS 7834or manufacturer’s standard), suitable for water supply schemes. 4.62 UPVC Tailpiece (63 mm dia)

4.63 UPVC Tailpiece (75 mm dia)

4.64 UPVC Tailpiece (90 mm dia)

4.65 UPVC Tailpiece (110 mm dia)

4.66 UPVC Tailpiece (140 mm dia)

4.67 UPVC Tailpiece (160 mm dia)

UPVC Flange, ISI marked, Medium Class, conforming to relevant BIS standards (such as IS:10124; IS 7834 or manufacturer's specification), suitable for making flange-to-flange joint connections in uPVC pipeline systems. 4.68 UPVC Flange (63 mm dia)

4.69 UPVC Flange (75 mm dia)

4.70 UPVC Flange (90 mm dia)

4.71 UPVC Flange (110 mm dia)

4.72 UPVC Flange (140 mm dia)

4.73 UPVC Flange (160 mm dia)

UPVC Bend 90˚, ISI marked, Medium Class, conforming to IS:10124 ; IS 7834(with up-to-date amendments), suitable for making 90-degree directional changes in uPVC water supply schemes. 4.74 UPVC Bend 90˚(63 mm dia)

4.75 UPVC Bend 90˚(75 mm dia)

4.76 UPVC Bend 90˚(90 mm dia)

4.77 UPVC Bend 90˚(110 mm dia)

4.78 UPVC Bend 90˚(140 mm dia)

4.79 UPVC Bend 90˚(160 mm dia)

UPVC Bend 45˚, ISI marked, Medium Class, conforming to IS:10124; IS 7834 (with up-to-date amendments), suitable for making 45-degree directional changes in uPVC water supply schemes. 4.80 UPVC Bend 45˚(63 mm dia)

4.81 UPVC Bend 45˚(75 mm dia)

4.82 UPVC Bend 45˚(90 mm dia)

4.83 UPVC Bend 45˚(110 mm dia)

Bend 45˚(140 mm dia)

4.85 UPVC Bend 45˚(160 mm dia)

UPVC Reducing Tee (Medium Class), conforming to IS:10124; IS 7834 (with up-to-date amendments), the fitting must be lead-free, corrosion-resistant, and made of durable unplasticized PVC suitable for potable water systems. 4.86 UPVC Reducing Tee (75 x 63 mm dia)

4.87 UPVC Reducing Tee (90 x 75 mm dia)

4.88 UPVC Reducing Tee (90 x 63 mm dia)

4.9 UPVC Reducing Tee (110 x 90 mm dia)

4.91 UPVC Reducing Tee (110 x 75 mm dia)

4.92 UPVC Reducing Tee (110 x 63 mm dia)

4.93 UPVC Reducing Tee (140 x 110 mm dia)

4.94 UPVC Reducing Tee (160 x 140 mm dia)

4.95 UPVC Reducing Tee (160 x 110 mm dia)

4.96 UPVC Reducing Tee (160 x 90 mm dia)

UPVC Reducing Bush, ISI marked, Medium Class, conforming to IS:10124; IS 7834 (with up-to-date amendments), suitable for reducing the diameter of uPVC pipes in water supply schemes. 4.97 UPVC Reducing Bush (75 x 63 mm dia)

4.98 UPVC Reducing Bush (90 x 75 mm dia)

4.99 UPVC Reducing Bush (90 x 63 mm dia)

4.100 UPVC Reducing Bush (110 x 90 mm dia)

4.101 UPVC Reducing Bush (110 x 75 mm dia)

4.102 UPVC Reducing Bush (110 x 63 mm dia)

4.103 UPVC Reducing Bush (140 x 90 mm dia)

4.104 UPVC Reducing Bush (140 x 110 mm dia)

4.105 UPVC Reducing Bush (160 x 140 mm dia)

4.106 UPVC Reducing Bush (160 x 110 mm dia)

UPVC Flanged Adaptor, ISI marked, Medium Class, conforming to IS:10124; IS 7834 (with up-to-date amendments), suitable for joining uPVC pipes to flanged valves, pumps, or other pipe fittings in water supply schemes. 4.107 UPVC Flange Adaptor (63 mm dia)

4.108 UPVC Flange Adaptor (75 mm dia)

4.109 UPVC Flange Adaptor (90 mm dia)

4.11 UPVC Flange Adaptor (110 mm dia)

4.111 UPVC Flange Adaptor (140 mm dia)

4.112 UPVC Flange Adaptor (160 mm dia)

4.113 High-quality Yellow Teflon Tape (PTFE Thread Seal Tape), 1 inch (25.4 mm) wide, minimum 10 meters in length per roll, and thickness not less than 0.1 mm. The tape shall be manufactured from 100% virgin Polytetrafluoroethylene (PTFE), having a minimum density of 0.8 g/cm³, suitable for sealing threaded pipe joints . The tape shall be chemically inert, non-toxic, non-adhesive, and capable of withstanding a temperature range of -190°C to +260°C and working pressure up to 10 bar. It shall be compatible with GI, CPVC, UPVC, Brass, and MS fittings.

High-quality Solvent Cement suitable for joining unplasticized PVC (uPVC) pipes and fittings . The solvent shall be a low volatile organic compoud, clear or blue-colored, fast-setting cement formulated specifically for pressure piping applications in potable drinking water supply schemes systems. It shall ensure leak-proof, permanent bonding of joints, capable of handling the working pressure of up to 10 kg/cm² (PN 10) as required by the system design. The solvent shall be suitable for pipe sizes ranging from 20 mm to 160 mm diameter and must conform to IS:14182 or equivalent. 4.114 250 ml Container

4.115 500 ml Container

4.116 1000 ml Container

4.117 5 Litre Container

CARRIAGE OF DIFFERENT MATERIALS UPTO 101- 300 KG (including loading,unloading, stacking and applicable GST, cess, etc) 1.13 Carriage (including loading, unloading, stacking and applicable GST, cess, etc) for 0-10 km lead

4.118 20 Litre Container

5.2 HDPE Equal Tee (140 mm dia)

5.3 HDPE Equal Tee (125 mm dia)

5.4 HDPE Equal Tee (110 mm dia)

5.5 HDPE Equal Tee (90 mm dia)

5.6 HDPE Equal Tee (75 mm dia)

5.7 HDPE Equal Tee (63 mm dia)

HDPE Socket, Medium Class, ISI marked, conforming to IS:8360 (Part I & II) with up-to-date amendments, suitable for joining HDPE pipes of equal diameter in water supply schemes. 5.8 HDPE Socket (160 mm dia)

5.9 HDPE Socket (140 mm dia)

5.1 HDPE Socket (125 mm dia)

5.11 HDPE Socket (110 mm dia)

5.12 HDPE Socket (90 mm dia)

5.13 HDPE Socket (75 mm dia)

5.14 HDPE Socket(63 mm dia)

HDPE Reducer, Medium Class, ISI marked, conforming to IS:8360 (Part I & II) with up-to-date amendments, suitable for joining two HDPE pipes of unequal diameters in water supply schemes. 5.15 HDPE Reducer (160 mm X 140 mm dia)

5.16 HDPE Reducer (140 mm X 125 mm dia)

5.17 HDPE Reducer (125 mm X 110 mm dia)

5.18 HDPE Reducer (110 mm X 90 mm dia)

5.19 HDPE Reducer (90 mm X 75 mm dia)

5.20 HDPE Reducer (75 mm X 63 mm dia)

HDPE Tail Piece with GI Flange, ISI marked, conforming to IS:8360 (Part I & II) for HDPE fittings and IS:6392 / IS:1538 for GI flanges, suitable for jointing HDPE pipelines with flanged valves, pumps, or other equipment in water supply schemes. 5.21 HDPE Tail piece with GI Flange (160 mm dia)

5.22 HDPE Tail piece with GI Flange (140 mm dia)

5.23 HDPE Tail piece with GI Flange (125 mm dia)

5.24 HDPE Tail piece with GI Flange (110 mm dia)

5.25 HDPE Tail piece with GI Flange (90 mm dia)

5.26 HDPE Tail piece with GI Flange (75 mm dia)

5.27 HDPE Tail piece with GI Flange (63 mm dia)

HDPE Electrofusion Coupler Piece, ISI marked, conforming to IS:15927-3 suitable for joining HDPE pipes of same diameter using electrofusion welding technique. 5.28 HDPE Electrofusion Coupler piece160 mm dia

5.29 HDPE Electrofusion Coupler piece 140 mm dia

5.30 HDPE Electrofusion Coupler piece 125 mm dia

5.31 HDPE Electrofusion Coupler piece 110 mm dia

5.32 HDPE Electrofusion Coupler piece 90 mm dia

5.33 HDPE Electrofusion Coupler piece 75 mm dia

5.34 HDPE Electrofusion Coupler piece 63 mm dia

HDPE Electrofusion Elbow, ISI marked, conforming to IS:15927-3 suitable for joining HDPE pipes of same diameter using electrofusion welding technique. 5.35 HDPE Electrofusion Elbow piece160 mm dia

5.36 HDPE Electrofusion Elbow piece 140 mm dia

5.37 HDPE Electrofusion Elbow piece 125 mm dia

5.38 HDPE Electrofusion Elbow piece 110 mm dia

5.39 HDPE Electrofusion Elbow piece 90 mm dia

5.40 HDPE Electrofusion Elbow piece 75 mm dia

5.41 HDPE Electrofusion Elbow piece 63 mm dia

HDPE Electrofusion Tee Piece, ISI marked, conforming to IS:15927-3 suitable for joining HDPE pipes of same diameter using electrofusion welding technique. 5.42 HDPE Electrofusion Tee piece160 mm dia

5.43 HDPE Electrofusion Tee piece 140 mm dia

5.44 HDPE Electrofusion Tee piece 125 mm dia

5.45 HDPE Electrofusion Tee piece 110 mm dia

5.46 HDPE Electrofusion Tee piece 90 mm dia

5.47 HDPE Electrofusion Tee piece 75 mm dia

5.48 HDPE Electrofusion Tee piece 63 mm dia

HDPE Electrofusion Reducer Piece, ISI marked, conforming to IS:15927-3 suitable for joining HDPE pipes of same diameter using electrofusion welding technique. 5.49 HDPE Electrofusion Reducer (160 mm X 140 mm dia)

5.50 HDPE Electrofusion Reducer (140 mm X 125 mm dia)

5.51 HDPE Electrofusion Reducer (125 mm X 110 mm dia)

5.52 HDPE Electrofusion Reducer (110 mm X 90 mm dia)

5.53 HDPE Electrofusion Reducer (90 mm X 75 mm dia)

3.92 Rubber Gasket, ISI marked, of 8 mm thickness suitable for flanged joints of pipes, valves, and specials in water supply schemes.

5.54 HDPE Electrofusion Reducer (75 mm X 63 mm dia)

PPR (Medium Class) Elbow conforming to IS-15801-2008(with up to date amendment) : PPR Elbow : 20 mm diameter. 6.2 Elbow : 20 mm diameter

6.3 15 mm diameter Bronze Ferrule Cock, PN-16, ISI marked, conforming to IS:2692–1989 with up-to-date amendments, suitable for potable water supply schemes

Service Saddle Piece of different sizes, suitable for tapping house service connections from main HDPE/UPVC distribution pipelines including nuts, bolts, rubber gasket, and metallic/injection-molded body. 6.4 Saddle Piece (160 mm dia)

6.5 Saddle Piece (140 mm dia)

6.6 Saddle Piece (125 mm dia)

6.7 Saddle Piece (110 mm dia)

6.8 Saddle Piece (90 mm dia)

6.9 Saddle Piece (75 mm dia)

6.10 Saddle Piece (63 mm dia)

Integrated Saddle clamp type inbuilt with flow control valve suitable for tapping house service connections from main HDPE/UPVC distribution pipelines, including in-built valve mechanism for flow regulation and shut-off control. The saddle piece shall be complete with metallic or high-grade injection-molded

body, stainless steel nuts and bolts, rubber gaskets, and all necessary components for leak-proof installation as per ISO Certification and IS 7834 (various parts) – Injection-molded fittings for HDPE pipes. 6.11 Integrated Saddle clamp type inbuilt with flow control valve Piece (160x15 mm dia)

6.12 Integrated Saddle clamp type inbuilt with flow control valve Piece (140x15 mm dia)

6.13 Integrated Saddle clamp type inbuilt with flow control valve Piece (125x15 mm dia)

6.14 Integrated Saddle clamp type inbuilt with flow control valve Piece (110x15 mm dia)

6.15 Integrated Saddle clamp type inbuilt with flow control valve Piece (90x15 mm dia)

6.16 Integrated Saddle clamp type inbuilt with flow control valve Piece (75x15 mm dia)

6.17 Integrated Saddle clamp type inbuilt with flow control valve Piece (63x15 mm dia)

Galvanized Iron (GI) Reducing Tee, medium class, screwed type, conforming to IS:1239 (Part-II) – 2004 with up-to-date amendments, for branching GI pipelines of different diameters. 3.37 GI Reducing Tee (65 x 50 mm)

6.18 Plastic Bib Cock of 15 mm diameter, ISI marked, conforming to IS:9763–2000 with up-to-date amendments, suitable for domestic water supply schemes

6.19 Plastic Bib Cock of 20 mm diameter, ISI marked, conforming to IS:9763–2000 with up-to-date amendments, suitable for domestic water supply schemes

3.91 Galvanized Iron (GI) Nuts and Bolts, ISI marked, conforming to IS:1364 (Part I) with up-to-date amendments, of approved quality and size, complete with washers, suitable for mechanical and plumbing jointing works in water supply schemes.

7.2 Submersible pump-motor of 3 to 5 HP Three Phase Motor

7.3 Submersible pump-motor of 7.5 to 10 HP Three Phase Motor

7.5 Mechanic/Servicing Charges for repair of 3 to 5 HP Three Phase Submersible Pumpset

7.6 Mechanic/Servicing Charges for repair of 7.5 to 10 HP Three Phase Submersible Pumpset

Rewinding of the Stator (Including Cost of Coil and Manpower) for Submersible Pumpsets: Rewinding of the stator of submersible motor pump sets, inclusive of waterproof copper winding coil, insulation materials, skilled manpower, and final testing. The quoted rate shall be inclusive of all labour, materials, and consumables, with no additional payment for insulation, testing, or rewinding charges. The scope of work involves dismantling and inspecting the stator, removal of damaged windings, cleaning of stator slots, and visual/dimensional checking of stator laminations and the core for any defects or deformation. Rewinding shall be carried out using waterproof copper coils and insulation materials conforming to Class F or Class S standards (or superior), with proper slot insulation, winding technique, and insertion of wedges. After completion of rewinding, the stator must undergo standard electrical tests which includes the Insulation Resistance (IR) Test, High Voltage (HV) Test, Winding Resistance Test, and No-Load Current Test (in accordance with IS 7816 and IS 9283). (The executing agency should provide a warrenty period of not less than six months.) 7.7 Rewinding of the Stator upto 2 HP Single Phase Motor

7.8 Rewinding of the Stator for 3 HP Three Phase Submersible Motor

7.9 Rewinding of the Stator for 5 HP Three Phase Submersible Motor

7.10 Rewinding of the Stator for 7.5 HP Three Phase Submersible Motor

7.11 Rewinding of the Stator for 10 HP Three Phase Submersible Motor

Cost for Shafting/Repairing of Rotor (Using Precision Lathe/CNC Machine): Shafting and repairing of the rotor shaft of submersible motor pump sets using a precision lathe or CNC machine. The work shall be executed by trained technicians to rectify any misalignment, bending, surface damage, or wear, and to restore the rotor shaft to OEM-specified dimensional accuracy and operational balance. The job involves dismantling and detailed inspection of the rotor, followed by shaft straightening, turning, and precision surface correction. If required, keyways shall be repaired or modified, and final finishing including polishing and dynamic balancing (if applicable) will be carried out..The process shall ensure a smooth surface finish to minimize bearing wear and vibration. 7.12 Rotor Shaft (For welding and turning for the Lathe Machine) upto 2 HP Single Phase Motor

7.13 Rotor Shaft (For welding and turning for the Lathe Machine) for 3 HP Three Phase Motor

7.14 Rotor Shaft (For welding and turning for the Lathe Machine) for 5 HP Three Phase Motor

3.93 Lead Wool of thickness 0.2 mm conforming to IS:782 with up-to-date amendments, suitable for caulking joints in socket and spigot joints of Cast Iron (CI) pipes and fittings in water supply schemes.

7.15 Rotor Shaft (For welding and turning for the Lathe Machine) for 7.5 HP Three Phase Motor

7.16 Rotor Shaft (For welding and turning for the Lathe Machine) for 10 HP Three Phase Motor

Servicing of Centrifugal/Mono Block Pump Set: Servicing of Centrifugal Mono Block Pump Set including complete dismantling, thorough cleaning, inspection, and diagnosis of faults—both mechanical and electrical—within the pump set. The scope of work includes minor repair activities such as alignment and tightening of the shaft and coupling, greasing or oiling of bearings and moving components, cleaning of impellers, casings, and passages using appropriate methods and cleaning agents, descaling or rust removal from metallic parts such as stator,pump valuit casing etc and heat burnishing to achieve desired IR, with necessary rectification/replacement of damaged bearings, and necessary checking of alignment, connections, and terminal wires. It also covers the replacement of minor components such as nuts, bolts, gland packings, O-rings, washers, sleeves, keys, gaskets, etc., along with proper shaft sealing and waterproofing using suitable compounds or tapes like Anabond or Teflon. (The cost for replacement of major components (if found non-repairable) including motor winding, shaft, impeller, bearings, mechanical seals, glands, bushes, etc., shall be paid separately under relevant items.) All replacement parts must conform to IS 5120:1977 or equivalent if any, matching the original specifications of the pump set. All works must be executed as per the requirement/satisfaction of the Water Users Committees/Engineer-in-Charge. 8.2 Mechanic/Servicing Charge for repair of Mono Block Centrifugal motor and pumpset upto 2 HP SIngle Phase Motor

8.3 Mechanic/Servicing Charge for repair of Mono Block Centrifugal motor and pumpset for 3-5 HP Three Phase Motor

8.4 Mechanic/Servicing Charge for repair of Mono Block Centrifugal motor and pumpset for 7.5 to 10 HP Three Phase Motor

Rewinding of the Stator with Enamel Copper Wire (Includin

g Cost of Coil, Manpower, etc.) for Centrifugal Pump Motors: Rewinding of the stator of centrifugal pump motors using enamelled copper wire, inclusive of skilled manpower, materials, insulation consumables, varnishing, and testing. The job involves dismantling the motor, removing old or damaged windings, and thoroughly cleaning the stator slots. Visual and dimensional inspections shall be conducted to assess any deformation or corrosion in the core laminations. Rewinding will be done using Class F or H insulation materials and enamelled copper wire as per motor specifications, ensuring correct coil pitch, number of turns, and proper insertion of wedges or spacers. Post winding, the stator will undergo varnishing, oven baking, and curing. The executing agency should provide a warrenty period of not less than six months. 8.5 Rewinding with Enamel Copper Wire upto 2 HP Single Phase Motor

8.6 Rewinding with Enamel Copper Wire for 3 HP Three Phase Motor

8.7 Rewinding with Enamel Copper Wire for 5 HP Three Phase Motor

8.8 Rewinding with Enamel Copper Wire for 7.5 HP Three Phase Motor

8.9 Rewinding with Enamel Copper Wire for 10 HP Three Phase Motor

Rotor Shaft (For Welding and Turning using Lathe/CNC Machine); Shafting and repair of the rotor shaft of centrifugal pump sets through welding and precision machining using a lathe or CNC machine. The work involves dismantling and detailed inspection of the rotor shaft to detect wear, deformation, or surface damage. Worn or undersized areas such as bearing seats and sleeve regions will be rebuilt through welding using IS-compliant filler rods. The shaft will then be machined to original specifications on a precision lathe/CNC machine to restore dimensional accuracy, concentricity, and correct alignment. The job includes straightening, turning, re-cutting of keyways (if required), final polishing, and dynamic balancing as necessary. 8.10 Rotor Shaft (For welding and turning for the Lathe Machine) upto 2 HP Single Phase Motor

8.11 Rotor Shaft (For welding and turning for the Lathe Machine) for 3 HP Three Phase Motor

3.94 Holdite pipe jointing compound suitable for threaded Galvanized Iron (GI) pipe joints, non-hardening and water-resistant, to ensure leak-proof joints in water supply schemes.

8.12 Rotor Shaft (For welding and turning for the Lathe Machine) for 5 HP Three Phase Motor

8.13 Rotor Shaft (For welding and turning for the Lathe Machine) for 7.5 HP Three Phase Motor

8.14 Rotor Shaft (For welding and turning for the Lathe Machine) for 10 HP Three Phase Motor

9.2 For Open Well Submersible /Centrifugal Pump of 3 to 5 HP Three Phase Motor

9.3 For Open Well Submersible/Centrifugal Pumpset of 7.5 to 10 HP Three Phase Motor

Servicing of Openwell Submersible/Centrifugal Pump Set: Servicing of openwell submersible or centrifugal pump set, including complete dismantling, thorough cleaning, and inspection of mechanical and electrical components to identify faults. The scope covers minor repair works such as alignment correction, tightening of shaft and coupling, cleaning of impellers, motor casing, diffuser, and internal passages using appropriate tools and cleaning agents, descaling or rust removal from metallic parts, and heat treatment to achieve desired insulation resistance (IR). Necessary lubrication of bearings and moving parts, as well as adjustment or replacement of minor components such as gland packings, O-rings, nuts, bolts, washers, sleeves, keys, gaskets, and sealing compounds (e.g., Anabond or Teflon tape), is included. The scope also includes checking and correcting terminal connections, cable entry sealing, and waterproofing measures to ensure safe operation. (Replacement of major components—such as windings, shafts, impellers, mechanical seals, or bushes—if found damaged or beyond repair, shall be paid separately under below mentioned relevant items.) All replaced parts must conform to IS 9283:2013 or IS 5120:1977 (as applicable) or equivalent standards, matching the original pump specifications. (The work shall be completed to the satisfaction of the Water Users Committee/Engineer-in-Charge, and a test run must be conducted in their presence after servicing.) 9.4 Mechanic/Servicing Charge for repair of Open Well Submersible/ Centrifugal motor and pumpset upto 2 HP SIngle Phase Motor

9.5 Mechanic/Servicing Charge for repair of Open Well Submersible/ Centrifugal motor and pumpset for 3-5 HP Three Phase Motor

9.6 Mechanic/Servicing Charge for repair of Open Well Submersible/ Centrifugal motor and pumpset for 7.5 to 10 HP Three Phase Motor

5. HDPE PIPES AND ACCESSORIES ITEMS(EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) HDPE Equal Tee, Medium Class, ISI marked, conforming to IS:8360 (Part I & II) with up-to-date amendments, suitable for making equal three-way branch connections in HDPE pipeline systems for water supply schemes. 5.1 HDPE Equal Tee (160 mm dia)

Rewinding of the Stator (Including Cost of Coil and Manpower) for Openwell Submersible/Centrifugal Pump Sets: Rewinding of the stator of openwell submersible or centrifugal pump sets, including the supply of waterproof copper winding coils, insulation materials, skilled labour, and all necessary consumables. The quoted rate shall be inclusive of all materials, manpower, insulation, and testing, with no extra charges admissible. The work involves dismantling the motor, removing damaged windings, cleaning of stator slots, and inspecting the stator core and laminations for defects or deformation.Rewinding must be carried out using high-grade waterproof copper wire and insulation materials conforming to Class F or Class S standards (or better), with proper slot insulation, uniform winding technique, and secure wedge insertion. Post-rewinding, the stator must be tested as per IS 9283 and IS 7816, including Insulation Resistance (IR) Test, High Voltage (HV) Test, Winding Resistance Test, and No-Load Current Test. A minimum warranty period of not less than six months must be provided by the executing agency, and the work must be completed to the satisfaction of the WUC/Engineer-in-Charge. 9.7 Rewinding with Insulated Winding Wire upto 2 HP Single Phase Motor

9.8 Rewinding with Insulated Winding Wire for 3 HP Three Phase Motor

9.9 Rewinding with Insulated Winding Wire for 5 HP Three Phase Motor

9.11 Rewinding with Insulated Winding Wire for 10 HP Three Phase Motor

Shafting/Repairing of Rotor (Using Precision Lathe/CNC Machine) for Openwell Submersible/Centrifugal Pump Sets : Shafting and repairing of the rotor shaft of openwell submersible or centrifugal pump sets using a precision lathe or CNC machine. The work shall be carried out by skilled technicians to correct issues such as misalignment, bending, surface wear, or damage, and to restore the rotor shaft to original OEM-specified dimensional tolerances and operational balance. The scope includes dismantling and thorough inspection of the rotor, followed by shaft straightening, precision turning, surface correction, and polishing.If required, repair or modification of keyways shall b

e done, and final finishing may include dynamic balancing to ensure vibration-free operation. The entire process must achieve a smooth surface finish to reduce bearing wear and improve overall efficiency, and the work shall be completed to the satisfaction of the WUC/Engineer-in-Charge. 9.12 Rotor Shaft (For welding and turning for the Lathe Machine) upto 2 HP Single Phase Motor

6. PPR PIPES AND ACCESSORIES ITEMS(EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) Supply of 3 layered (Outer green / GREY coloured UV Stabilised, middle black coloured UV Stabilised and inermost layer white coloured with antimicrobial property) Fusion welded PP-R ( Poly propylene-random copolymer) PN-16 Pipe,20 mm Outer Dia,SDR-7.4 , conforming to IS-15801-2008(with up to date amendment) having thermal stability for hot and cold water supply schemes. 6.1 20 mm dia OD

Servicing Charges for Submersible Pumpset: Servicing of submersible pumpsets by experienced mechanics. The scope involves opening, dismantling, inspection, and fault diagnosis of pump components to identify mechanical or electrical defects. Minor repair activities covered under this item include alignment and tightening of parts, general servicing and lubrication, cleaning of impellers using acidic solution, removal of rust and scale from components, heat burnishing to achieve desired IR, with necessary rectification/replacement of damaged bearings, including necessary checking of alignment, connections and terminal wires, and replacement of damaged washers, nuts, bolts, sleeves, locks, keys, gaskets, and sealing with waterproofing compounds such as Anabond Tape. All parts used in the repair shall conform to IS 9283:2013 standards, ensuring original specifications are maintained. All repair work alonwith final test run shall be executed under the supervision and satisfaction of the Water Users Committee/Engineer-in-Charge (The cost for replacement,if non-repairable, of major components such as motor winding, shaft, impeller, bearing, bush, etc.shall be paid separately under below mentioned relevant items ) 7.4 Mechanic/Servicing Charges for repair upto 2 HP Single Phase Submersible Pumpset

9.13 Rotor Shaft (For welding and turning for the Lathe Machine) for 3 HP Three Phase Motor

9.14 Rotor Shaft (For welding and turning for the Lathe Machine) for 5 HP Three Phase Motor

8. CENTRIFUGAL PUMPS,COMPONENTS, REPAIRING AND SERVICING COST (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) 8.1 Removal,fitting/refitting,fixing and commissioning of repaired Centrifugal Pump Set: Lifting and removal of an existing centrifugal pump set (comprising the pump and motor) from its foundation or base frame and reinstallation of a repaired centrifugal pump set at the same or specified location. The work shall include disconnection and reconnection of all associated fittings such as suction and delivery pipelines, electrical terminals, couplings, and related accessories using appropriate tools and safety equipment to ensure safe handling and avoid damage. The scope also

9.15 Rotor Shaft (For welding and turning for the Lathe Machine) for 7.5 HP Three Phase Motor

9.16 Rotor Shaft (For welding and turning for the Lathe Machine) for 10 HP Three Phase Motor

10.3 6 TO 32 AMP SP MCB FOR SINGLE PHASE MOTOR

10.4 40 AMP SP MCB FOR SINGLE PHASE MOTOR

10.6 6 TO 32 AMP SPN MCB FOR SINGLE PHASE MOTOR

10.7 40 AMP SPN MCB FOR SINGLE PHASE MOTOR

MCB (DP) FOR SINGLE PHASE MOTOR(HAVELLS,LNT ,SIEMENS,SCHNEIDER ELECTRIC,ANCHOR OR EQUIVALENT) conforming to Standards: IS/IEC 60898-1. 10.8 0.5 TO 5 AMP DP MCB FOR SINGLE PHASE MOTOR

10.9 6 TO 32 AMP DP MCB FOR SINGLE PHASE MOTOR

10.10 40 AMP DP MCB FOR SINGLE PHASE MOTOR

MCB (TP) FOR THREE PHASE MOTOR (HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) conforming to Standards: IS/IEC 60898-1 10.11 0.5 TO 5 AMP TP MCB FOR THREE PHASE MOTOR

10.12 6 TO 32 AMP TP MCB FOR THREE PHASE MOTOR

10.13 40 AMP TP MCB FOR THREE PHASE MOTOR

10.14 50 AMP TP MCB FOR THREE PHASE MOTOR

10.15 63 AMP TP MCB FOR THREE PHASE MOTOR

MCB (TPN) FOR THREE PHASE MOTOR (HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) conforming to Standards: IS/IEC 60898-1 10.16 0.5 TO 5 AMP TPN MCB FOR THREE PHASE MOTOR

10.17 6 TO 32 AMP TPN MCB FOR THREE PHASE MOTOR

10.18 40 AMP TPN MCB FOR THREE PHASE MOTOR

10.19 50 AMP TPN MCB FOR THREE PHASE MOTOR

10.20 63 AMP TPN MCB FOR THREE PHASE MOTOR

MCB four POLE FOR THREE PHASE MOTOR (HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) conforming to Standards: IS/IEC 60898-1 10.21 0.5 TO 5 AMP Four Pole MCB FOR THREE PHASE MOTOR

10.22 6 TO 32 AMP Four Pole MCB FOR THREE PHASE MOTOR

10.23 40 AMP Four Pole MCB FOR THREE PHASE MOTOR

10.24 50 AMP Four Pole MCB FOR THREE PHASE MOTOR

10.25 63 AMP Four Pole MCB FOR THREE PHASE MOTOR

10.26 PVC MCB BOX DP FOR SINGLE PHASE MOTOR

10.27 PVC MCB BOX FOUR POLE FOR THREE PHASE MOTOR

10.28 Metallic MCB BOX DP FOR SINGLE PHASE MOTOR

10.29 Metallic MCB BOX FOUR POLE FOR THREE PHASE MOTOR

ISOLATOR DOUBLE POLE (DP)(HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) Conforming to IS/IEC 60947-3, Mounting: DIN Rail, Breaking Capacity: 10kA, IP20 Enclosure. FOR SINGLE PHASE MOTOR(HAVELLS,LNT OR EQUIVALENT) 10.30 40 AMP DP ISOLATOR FOR SINGLE PHASE MOTOR

10.31 63 AMP DP ISOLATOR FOR SINGLE PHASE MOTOR

10.32 100 AMP DP ISOLATOR FOR SINGLE PHASE MOTOR

10.33 125 AMP DP ISOLATOR FOR SINGLE PHASE MOTOR

ISOLATOR TRIPLE POLE (TP) FOR THREE PHASE MOTOR (HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) Conforming to IS/IEC 60947-3, Mounting: DIN Rail, Breaking Capacity: 10kA, IP20 Enclosure. 10.34 40 AMP TP ISOLATOR FOR THREE PHASE MOTOR

10.35 63 AMP TP ISOLATOR FOR THREE PHASE MOTOR

10.36 100 AMP TP ISOLATOR FOR THREE PHASE MOTOR

10.37 125 AMP TP ISOLATOR FOR THREE PHASE MOTOR

CUTOUT (HAVELLS, LNT, HLT, MICO OR EQUIVALENT) conforming to Material: Porcelain and IS: 2086 compliant. 10.38 32 AMP (240 V) CUTOUT FOR SINGLE PHASE MOTOR

10.39 32 AMP (415 V) CUTOUT FOR THREE PHASE MOTOR

10.40 63 AMP (415 V)CUTOUT FOR THREE PHASE MOTOR

10.41 100 AMP (415 V)CUTOUT FOR THREE PHASE MOTOR

Main Switch damage WITH SIDE HANDLE (HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) conforming to Conforms to IS/IEC 60947-3, Handle: Side-operated. 10.42 16 AMP FOR SINGLE PHASE MOTOR

10.43 32 AMP FOR SINGLE PHASE MOTOR

10.44 16 AMP FOR THREE PHASE MOTOR

10.45 32 AMP FOR THREE PHASE MOTOR

10.46 63 AMP FOR THREE PHASE MOTOR

10.47 100 AMP FOR THREE PHASE MOTOR

CHANGEOVER DOUBLE POLE (DP)(HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) FOR SINGLE PHASE MOTOR Conforming to IS/IEC 60947-6-1. 10.48 25 AMP DP CHANGEOVER FOR SINGLE PHASE MOTOR

10.49 40 AMP DP CHANGEOVER FOR SINGLE PHASE MOTOR

10.5 63 AMP DP CHANGEOVER FOR SINGLE PHASE MOTOR

CHANGEOVER TRIPLE POLE (TP)(HAVELLS, LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) FOR THREE PHASE MOTOR Conforming to IS/IEC 60947-6-1. 10.51 25 AMP TRIPLE POLE CHANGEOVER FOR TRIPLE PHASE MOTOR

10.52 40 AMP TRIPLE POLE CHANGEOVER FOR TRIPLE PHASE MOTOR

10.53 63 AMP TRIPLE POLE CHANGEOVER FOR TRIPLE PHASE MOTOR

10.54 100 AMP FP RCCB AC TYPE FOR TRIPLE PHASE MOTOR

10.55 MCCB 100 amp 18 KA 4P WITH ADJUSTABLE OVERLOAD AND ADJUSTABLE SHORT CIRCUIT (HAVELLS,LNT,SCHNEIDER OR EQUIVALENT) at Transformer Bottom

10.56 MCCB 100 amp 25 KA 4P WITH ADJUSTABLE OVERLOAD AND ADJUSTABLE SHORT CIRCUIT (HAVELLS,LNT, SCHENEIDER OR EQUIVALENT) at Transformer Bottom

ARMOURED CABLE(HAVELLS,LNT ,KEI,FINOLEX,ANCHOR OR EQUIVALENT) Type: XLPE insulated, PVC sheathed, Aluminium conductor, Voltage: 1100V, IS 7098 Part 1 compliant. 10.57 BTC CABLE 10 MM ALUMINIUM FOR SINGLE PHASE

Galvanized Iron (GI) Plug, medium class, screwed male-threaded end, conforming to IS:1239 (Part-II) – 2004 with latest amendments, used for closing pipe ends or openings in GI pipe fittings. 3.43 GI Plug (50 mm dia)

10.58 Armoured Cable for Single Phase 6 mm

10.59 Armoured Cable (4 core) for 3 phase 20 sqmm

10.60 Armoured Cable (4 core) for 3 phase 25 sqmm

10.61 Armoured Cable (4 core) for 3 phase 50 sq mm

10.63 Single Core(COPPER WIRE) 4 MM

10.64 Single Core(COPPER WIRE) 2.5 MM

10.65 Single Core(COPPER WIRE) 1.5 MM

CFL TUBELIGHT (HAVELLS, ANCHOR, GOLDMEDAL OR EQUIVALENT) 10.66 12 WATT

Galvanized Iron (GI) 3-Way Tee, ISI marked, medium class, conforming to IS:1239 (Part II) – 2004 with up-to-date amendments, suitable for branch connections in GI pipe. 3.49 50 mm dia

FAN (HAVELLS, ANCHOR, GOLDMEDAL OR EQUIVALENT) 10.68 900 MM

10.75 Capacitors/resistors (2 KVR)

10.76 Capacitors/resistors (3 KVR)

SWITCH BOARD SOCKET PLUG (HAVELLS, ANCHOR, GOLDMEDAL OR EQUIVALENT) Type: Modular, Flame Retardant, IS 3854 & IS 1293 compliant. 10.77 6 AMP

SWITCHES (HAVELLS, ANCHOR, GOLDMEDAL OR EQUIVALENT) Type: Modular, Flame Retardant, IS 3854 & IS 1293 compliant. 10.79 6 AMP

CASING PIPES AND CONDUIT PIPES having Material: Rigid PVC, IS 9537 Part 3 compliant, Flame Retardant. 10.81 CASING PIPE 6 FEET LENGTH (1 INCH)

10.82 CASING PIPE 6 FEET LENGTH(1.5 INCH)

10.83 CONDUIT PIPE 6 FEET (3/4 INCH)

10.84 CONDUIT PIPE 6 FEET (1 INCH)

LED STREET LIGHT (HAVELLS, ANCHOR, GOLDMEDAL OR EQUIVALENT) 10.85 50 WATT

10.87 Lighting Arrestor

10.88 Aviation Light

10.89 WPC Board of 20 mm thickness

includes proper stacking of removed components at a location as directed by the Engineer-in-Charge,WUC or departmental representatives, accurate alignment, leak-proof jointing, and vibration- and noise-free installation for optimal performance. A test run shall be conducted to confirm proper rotation, load performance, and operational stability of the pump set. All tools, lifting gear, alignment instruments, safety gear, skilled manpower, and incidental materials required for the complete execution of the job shall be arranged by the executing agency at their own cost.

9. OPEN WELL SUBMERSIBLE PUMPS,COMPONENTS, REPAIRING AND SERVICING COST (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) Removal, fitting/refitting,fixing and commissioning of Repaired Openwell Submersible/Centrifugal Pump Set: Lifting and removal of an existing openwell submersible or centrifugal pump set (including motor and pump) from its installation location and reinstallation of repaired pump set at the same or designated site. The work shall include disconnection and reconnection of associated components such as delivery pipes, submersible cables, and electrical terminals using proper tools and safety equipment to ensure safe handling and prevent damage. The scope also involves safe stacking of dismantled components at a location directed by the Engineer-in-Charge/Water User Committee,The job must ensure correct alignment, leak-proof connections, and vibration- and noise-free installation for reliable performance. A test run must be conducted to verify rotation direction, load response, and operational stability. All necessary tools, lifting mechanisms, alignment instruments, safety gear, skilled manpower, and incidental materials required for execution shall be provided by the executing agency at their own cost. 9.1 For Open Well Submersible/Centrifugal Pump upto 2 HP Single Phase Motor

EARTHING MATERIALS 10.90 40 mm GI Rod

10.91 GI Clamp

10.93 Earthing Chemical and Salt

12.2 65 mm dia

12.3 80 mm dia

12.4 100 mm dia

12.5 125 mm dia

12.6 150 mm dia

Cast Iron (CI) Ball Valve, 311 type, of 75 mm diameter, pressure rating PN 1.6, ISI marked, conforming to relevant IS standards (such as IS:9890 or as applicable), with cast iron body, stainless steel ball and spindle, PTFE seats, flanged ends as per IS:1538, with suitable operating lever or gearbox, including epoxy coating (internal and external), nuts, bolts, gaskets, washers, and all accessories; complete. 12.7 50 mm dia

12.8 65 mm dia

12.9 80 mm dia

12.10 100 mm dia

ISI-marked Butterfly Valves, of specified diameter and pressure rating (PN-1.0 / PN-1.6), suitable for clear water supply system, wafer/lug type, with cast iron , EPDM or Nitrile rubber-lined seat, stainless steel disc and shaft, conforming to IS:13095–1991, with lever or gear operated arrangement. 12.11 50 mm dia

12.12 65 mm dia

12.13 80 mm dia

12.14 100 mm dia

12.15 125 mm dia

12.16 150 mm dia

Brass Gate Valve, ISI marked, of specified diameter and

pressure rating, conforming to IS:778–1984 (or latest revision), non-rising spindle type, with screwed ends or flanged ends as specified, suitable for potable water applications including rubber gaskets, bolts, nuts, washers, cost of all materials, machining, protective coatings,. The valve body and components shall be manufactured from high-quality forged or cast brass as per applicable IS standards, complete with hand wheel, gland packing, and other operational accessories. 12.17 50 mm dia

9.10 Rewinding with Insulated Winding Wire for 7.5 HP Three Phase Motor

12.18 65 mm dia

12.19 80 mm dia

12.20 100 mm dia

12.21 150 mm dia

12.22 HDG(Hot Dipped Galvanised) Galvanized Iron (GI)HIGH TENSILE GRADE 8.8 Nuts, Bolts AND Washer with matching GI plain washers of size(M16x50 mm,M20x65 mm,etc), fully threaded or as required for use in fixing MS Staging Bracings, columns, flanged valves, specials, and pipe fittings, with adequate corrosion resistance.

13.2 Head Mason

13.3 Head welder

MATERIAL COST (EXCLUDING TRANSPORTATION COST AND RELEVANT GST APPLICABLE) FOR PURCHASING OF ELECTRICAL PANEL BOARD ITEMS ITEMS: MCB (SP) FOR SINGLE PHASE MOTOR(HAVELLS,LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) conforming to Standards: IS/IEC 60898-1 10.2 0.5 TO 5 AMP SP MCB FOR SINGLE PHASE MOTOR

14.2 Mason

14.3 Plumber

14.4 Painter

MCB (SPN) FOR SINGLE PHASE MOTOR (HAVELLS,LNT, SIEMENS, SCHNEIDER ELECTRIC, ANCHOR OR EQUIVALENT) conforming to Standards: IS/IEC 60898-1 10.5 0.5 TO 5 AMP SPN MCB FOR SINGLE PHASE MOTOR

14.5 Electrician

14.6 Technician

11. PAINT (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) 11.1 Painting of steel staging ESR including Cost of Materials, Paints and Manpower Providing and applying anti-corrosive painting over thel metal surfaces of Elevated Service Reservoirs (ESRs), including all materials, manpower, tools, and equipment. The scope of work covers surface preparation through manual or mechanical methods to St.2 & St.3 or SA2.5 standards, removal of rust, scales, oil, and dirt, followed by the application of primer coats using zinc chromate or zinc phosphate primer. Subsequently, a finishing coat of anti-corrosive enamel or epoxy paint (as per reputed brands such as Asian Paints, Berger, Nerolac, Birla, or equivalent) shall be applied using brush, roller, or spray techniques. The painting system must include at least two coats (primer + finish). Scaffolding, if required, shall be arranged by the contractor and is included in the quoted rate.

15.2 Plumber

15.3 Polisher (Furniture)

15.4 Painter

16.2 Semi Skilled Labourer

16.3 Ordinary Labourer

17.2 125 mm dia PN 6

17.3 110 mm dia PN 6

17.4 90 mm dia PN 6

17.5 75 mm dia PN 6

17.6 63 mm dia PN 6

17.7 140 mm dia PN 10

12. VALVES AND ACCESSORIES (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) CI Non-Return Valve (NRV) of specified diameter and pressure rating, horizontal or vertical lift/swing type, ISI marked, conforming to IS:5312 (Part 1 & 2) with flanged ends, made of Cast Iron body and bronze/stainless steel seating components, suitable for clear water applications, including rubber gaskets, bolts, nuts, washers, cost of all materials, machining, protective coatings. 12.1 50 mm dia

17.8 125 mm dia PN 10

17.9 110 mm dia PN 10

17.10 90 mm dia PN 10

17.11 75 mm dia PN 10

17.12 63 mm dia PN 10

18.2 100 mm dia

18.3 125 mm dia

18.4 150 mm dia

18.5 200 mm dia

18.6 250 mm dia

18.7 300 mm dia

18.8 350 mm dia

18.9 400 mm dia

18.10 450 mm dia

18.11 500 mm dia

18.12 600 mm dia

13. Engagement of Highly Skilled Labourers : 13.1 Head Carpenter

18.13 700 mm dia

14. Engagement of Skilled Labourers : 14.1 Carpenter

15. Engagement of Un-skilled Labourers : 15.1 Welder

18.14 750 mm dia

18.15 800 mm dia

18.16 900 mm dia

18.17 1000 mm dia

19.2 125 mm dia

16. Engagement of Other Labourers : 16.1 Skilled Labourers

17. Supplying of ISI marked HDPE pipes (High Density Polyethylene Pipes-PE 100) confirming to IS 4984/2016 (with up to date amendment) : 17.1 140 mm dia PN 6

18. DI Pipe (Class K-7) conforming to IS-8329 2004 (with up to date amendment) : 18.1 80 mm dia

19. DI Pipe (Class K-9) conforming to IS-8329 2004 (with up to date amendment) : 19.1 80 mm dia

20. DI Pipe (Medium Class) Fittings/Spec

Galvanized Iron (GI) Cap Plug, medium class, internally threaded, conforming to IS:1239 (Part-II) – 2004 with latest amendments, suitable for closing the ends of GI pipelines or fittings. 3.55 GI Cap Plug (50 mm dia)

Galvanized Iron (GI) Nipple, 50 mm long, ISI marked, medium class, conforming to IS:1239 (Part II) – 2004 with up-to-date amendments, having male threads on both ends, suitable for water supply schemes. 3.61 GI Nipple 50 mm long (50 mm dia)

Galvanized Iron (GI) Nipple, 75 mm long, ISI marked, medium class, conforming to IS:1239 (Part II) – 2004 with up-to-date amendments, having male threads on both ends, suitable for water supply schemes. 3.67 GI Nipple 75 mm long (50 mm dia)

24.2 Above 500 x 500 mm

4. UPVC PIPES AND ACCESSORIES's COST (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST) UPVC Socket, ISI marked, Medium Class, conforming to IS:10124, IS 7834 with up-to-date amendments, suitable for joining uPVC pipes in water supply schemes supply schemes 4.1 UPVC Socket (63 mm dia)

25.2 Above 500 mm

7 SUBMERSIBLE PUMPS, COMPONENTS, REPAIRING AND SERVICING COST (EXCLUDING TRANSPORTATION BUT INCLUDING APPLICABLE GST. Lifting, lowering, fitting / refitting, fixing & commissioning of Repaired Pumpset: Lifting of an existing submersible pumpset from a deep tube well or borewell and lowering and reinstallation of a repaired submersible pumpset. The work shall include removal and reinstallation of all associated fittings, such as submersible cable, suction/delivery pipe, and related accessories using appropriate tools and safety equipment such as tripod, chain pulley, chain wrench, rope etc. to ensure safe handling and avoid damage. The scope includes stacking at a suitable place as directed by the Water Users Committee, Officials /Engineer Incharge, proper alignment, leak-proof jointing, and vibration-free installation for efficient operation alongwith test run of the pumpset. All tools, lifting mechanisms, safety gear, skilled labour, and incidental materials required shall be arranged by the executing agency at their own cost. (The cost of new pumpset,repair or replacement of parts, which shall be claimed separately under relevant items.) The entire work shall be carried out under the supervision and satisfaction of the Water User Committee/Engineer-in-Charge. 7.1 Submersible pump-motor upto 2 HP Single Phase Motor

26.2 Above 500 x 450 mm

External or Internal WIRING (HAVELLS, LNT, KEI, FINOLEX, ANCHOR OR EQUIVALENT) IS 694 compliant. 10.62 Single Core(COPPER WIRE) 6 MM

27.2 Above 500 mm

CFL BULB (HAVELLS, ANCHOR, GOLDMEDAL OR EQUIVALENT) 10.71 9 WATT

28.2 Above 300 mm

27. DI FLANGED SPIGOT : 27.1 Up to 500 mm

29.2 Above 300 mm

28. DI DOUBLE SOCKET DUCK FOOT BEND : 28.1 Up to 300 mm

30.2 Above 300 x 300 mm

29. DI DOUBLE FLANGE DUCK FOOT BEND : 29.1 Up to 300 mm

31.2 Above 300 x 300 mm

32.2 Above 500 x 450 mm

33.2 Above 500 mm

30. DI ALL SOCKET CROSS : 30.1 Up to 300 x 300 mm

34.2 Above 300 mm

35.2 Above 500 mm

31. DI ALL FLANGE CROSS : 31.1 Up to 300 x 300 mm

36.2 Above 500 mm

37. Gunmetal Bib Cock (15 mm)

32. DI DOUBLE FLANGE REDUCER : 32.1 Up to 500 x 450 mm

33. DI BLANK FLANGE : 33.1 Up to 500 mm

34. DI MECHANICAL JOINT : 34.1 Up to 300 mm

38. Gunmetal Bib Cock (20 mm)

35. DI DOUBL

E SOCKET BEND : 35.1 Up to 500 mm

36. DI DOUBLE FLANGE BEND : 36.1 Up to 500 mm

39. PVC Rubber Lubricant : 39.1 100 gm Container

40. Rubber Insertion Sheet : 40.1 3 mm thick

42. Pig Lead : 42.1 Pig Lead 99.99% pure

39.2 250 gm Container

39.3 500 gm Container

40.2 6 mm thick

41. M-Seal

44.2 Jute Yarn

50.2 250 mm long suitable for 40 mm pipe

50.3 300 mm long suitable for 50 mm pipe

43. Lead Wool : 43.1 Lead Wool Best Quality

50.4 350 mm long suitable for 50 mm pipe

50.5 450 mm long suitable for 65 mm pipe

50.6 600 mm long suitable for 75 mm pipe

50.7 900 mm long suitable for 125 mm pipe

50.8 1200 mm long suitable for 175 mm pipe

44. Spun Yarn : 44.1 Spun Yarn Best Quality

51.2 1000 mm long suitable for 150 mm pipe

51.3 1200 mm long suitable for 200 mm pipe

51.4 1300 mm long suitable for 250 mm pipe

51.5 1400 mm long suitable for 300 mm pipe

51.6 1585 mm long suitable for 324 mm pipe

52.2 155 mm long

52.3 205 mm long

52.4 255 mm long

45. Teflon Tape : 45.1 Teflon Tape (12m long, 12mm width)

52.5 305 mm long

52.6 380 mm long

52.7 445 mm long

46. Steel Wire Rope : 46.1 16 mm dia

52.8 606 mm long

52.9 780 mm long

53.2 Butt Fusion Welding Machine

53.3 Gas Welding Machine

53.4 Electric Welding Machine

54.2 Bhaluka Bamboo

54.3 Cotton waste

54.4 Coconut Rope

54.5 Plastic rope

54.6 Jute Rope

54.7 Spun yearn

54.8 Cotton rope

54.9 Coarse sand

54.10 Fine sand