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| # | Company | Amount | Rank | Status |
|---|---|---|---|---|
| 1 | L1₹1.4 CrAccepted-AOC 007 AMBIKAGIRI NAGAR RGB ROAD P O ZOO ROAD P S GITANAGAR KAMRUP M PIN 781024 | GUWAHATI | KAMRUP M | ASSAM | 781024 | ₹1.4 Cr | L1 | Accepted-AOC Awarded |
| 2 | L1₹1.4 CrAccepted-AOC H N 3 PANCHATIRTHA PATH SALBARI NOONMATI | BONGAIGAON | ASSAM | 783371 | ₹1.4 Cr | L1 | Accepted-AOC Awarded |
| 3 | Rejected-Technical 00 NALBARI P O P S MUKALMUA NALBARI PIN 781126 | NALBARI | NALBARI | ASSAM | 781126 | - | - | Rejected-Technical As per uploaded Minutes |
| Sl No | Description | Qty | Unit | Bedanta Choudhury | RAHUL KALITA |
|---|---|---|---|---|---|
| 1.01 | V-Contact bar for O.C.B. of MEI / Kilburn make starter____(i) 150 H.P. – 200 H.P. | 1 | Each | 2,500 ₹2,950 Lowest | 2,700 ₹3,186 |
| 2.01 | V-Contact bar for O.C.B. of MEI / Kilburn make starter___(ii) 210 H.P. – 250 H.P. | 1 | Each | 2,800 ₹3,304 Lowest | 3,000 ₹3,540 |
| 3.01 | V-Contact bar for O.C.B. of MEI / Kilburn make starter___(iii) 275 H.P. – 400 H.P. | 1 | Each | 3,500 ₹4,130 | 3,200 ₹3,776 Lowest |
| 4.01 | Carbon Brass for slip ring motor of Kirloskar / Compton / GEC motor__(i) 150 H.P. – 200 H.P. | 1 | Each | 1,500 ₹1,770 Lowest | 1,700 ₹2,006 |
| 5.01 | Carbon Brass for slip ring motor of Kirloskar / Compton / GEC motor__(ii) 210 H.P. – 250 H.P. | 1 | Each | 2,000 ₹2,360 | 1,800 ₹2,124 Lowest |
| 6.01 | Carbon Brass for slip ring motor of Kirloskar / Compton / GEC motor__(iii) 275 H.P. – 400 H.P. | 1 | Each | 2,200 ₹2,596 Lowest | 2,400 ₹2,832 |
| 7.01 | Moving contact roller for starter drum of MEI / Kilburn make starter. | 1 | Each | 560 ₹660.8 Lowest | 600 ₹708 |
| 8.01 | Contact finger for MEI/Kilburn type O.C.B. (M.C./V.C.)____(i) 40 H.P. – 100 H.P. | 1 | Each | 550 ₹649 Lowest | 600 ₹708 |
| 9.01 | Contact finger for MEI/Kilburn type O.C.B. (M.C./V.C.)____(ii) 110 H.P. – 220 H.P. | 1 | Each | 950 ₹1,121 Lowest | 1,000 ₹1,180 |
| 10.01 | Contact finger for MEI/Kilburn type O.C.B. (M.C./V.C.)____(iii) 250 H.P. – 400 H.P. | 1 | Each | 1,350 ₹1,593 | 1,250 ₹1,475 Lowest |
Tender Value
Refer Docs
EMD Value
₹1 L
Closing Date
28 Mar 2025, 2:00 pmClosed
The Commissioner,GMC
Office of the Commissioner, GMC, Dispur-Ganeshguri, Guwahati-781006
Rate Contract For Supply of various materials, specials and fittings with related Service(work)s for Maintenance and Repairing of the Water-Supply Installations of Guwahati Municipal Corporation for the year 2024-2025
2025_GMC_43135_2
GWS/63/2024/70 Date_25/02/2025
Open Tender
Miscellaneous Works
Item Wise
Guwahati
Please refer Bid Document
3 documents required · 3 mandatory
₹1,000
₹1 L
Yes
Guwahati
15 Oct 2025
1 Mar 2025
28 Mar 2025
1 Mar 2025
28 Mar 2025
22 Mar 2025
11 Mar 2025
V-Contact bar for O.C.B. of MEI / Kilburn make starter____(i) 150 H.P. – 200 H.P.
V-Contact bar for O.C.B. of MEI / Kilburn make starter___(ii) 210 H.P. – 250 H.P.
V-Contact bar for O.C.B. of MEI / Kilburn make starter___(iii) 275 H.P. – 400 H.P.
Carbon Brass for slip ring motor of Kirloskar / Compton / GEC motor__(i) 150 H.P. – 200 H.P.
Carbon Brass for slip ring motor of Kirloskar / Compton / GEC motor__(ii) 210 H.P. – 250 H.P.
Carbon Brass for slip ring motor of Kirloskar / Compton / GEC motor__(iii) 275 H.P. – 400 H.P.
Moving contact roller for starter drum of MEI / Kilburn make starter.
Contact finger for MEI/Kilburn type O.C.B. (M.C./V.C.)____(i) 40 H.P. – 100 H.P.
Contact finger for MEI/Kilburn type O.C.B. (M.C./V.C.)____(ii) 110 H.P. – 220 H.P.
Contact finger for MEI/Kilburn type O.C.B. (M.C./V.C.)____(iii) 250 H.P. – 400 H.P.
Moving contact point for MEI / Kilburn type O.C.B____(i) 40 H.P. – 100 H.P.
Moving contact point for MEI / Kilburn type O.C.B____(ii) 110 H.P. – 220 H.P.
Moving contact point for MEI / Kilburn type O.C.B____(iii) 250 H.P. – 400 H.P.
Relay contact or for star delta starter___A. For line connection. (i) 5 H.P. – 10 H.P.
Relay contact or for star delta starter___A. For line connection. (ii) 15 H.P. – 30 H.P.
Relay contact or for star delta starter___A. For line connection. (iii) 40 H.P.- 60 H.P.
Relay contact or for star delta starter___A. For line connection. (iv) 61 HP – 110 HP
Relay contact or for star delta starter___A. For line connection. (v) 111 HP – 220 HP
Relay contact or for star delta starter___A. For line connection. (vi) 221 HP – 400 HP
Relay contact or for star delta starter___B. For Star Connection___(i) 5 H.P. – 10 H.P.
Relay contact or for star delta starter___B. For Star Connection___(ii) 15 H.P. – 30 H.P.
Relay contact or for star delta starter___B. For Star Connection___(iii) 40 H.P.- 60 H.P.
Relay contact or for star delta starter___B. For Star Connection___(iv) 61 HP – 110 HP
Relay contact or for star delta starter___B. For Star Connection___(v) 111 HP – 220 HP
Relay contact or for star delta starter___B. For Star Connection___(vi) 221 HP – 400 HP
Relay contact or for star delta starter___C. For delta connection with overload system_____(i) 5 H.P. – 10 H.P.
Relay contact or for star delta starter___C. For delta connection with overload system_____(ii) 15 H.P. – 30 H.P.
Relay contact or for star delta starter___C. For delta connection with overload system_____(iii) 40 H.P.- 60 H.P.
Relay contact or for star delta starter___C. For delta connection with overload system_____(iv) 61 HP – 110 HP
Relay contact or for star delta starter___C. For delta connection with overload system_____(v) 111 HP – 220 HP
Relay contact or for star delta starter___C. For delta connection with overload system_____(vi) 221 HP – 400 HP
Timer switch for star delta starter_____(i) 5 H.P. – 10 H.P.
Timer switch for star delta starter_____(ii) 15 H.P. – 30 H.P.
Timer switch for star delta starter_____(iii) 40 H.P.- 60 H.P.
Timer switch for star delta starter_____(iv) 61 HP – 110 HP
Timer switch for star delta starter_____(v) 111 HP – 220 HP
Timer switch for star delta starter_____(vi) 221 HP – 400 HP
No volt coil___a) For star delta starter ___1) 5 H.P. – 20 H.P.
No volt coil___a) For star delta starter ___2) 25 H.P. – 50 H.P.
No volt coil___b) For O.S.R. type starter (O.C.B.)___1) 60 H.P. – 100 H.P.
No volt coil___b) For O.S.R. type starter (O.C.B.)___2) 110 H.P. – 220 H.P.
No volt coil___b) For O.S.R. type starter (O.C.B.)___3) 240 H.P. – 400 H.P.
H.T. Barrel with metal parts.
H.T. Fuse___ i) 15 Amp – 20 Amp
H.T. Fuse___ii) 25 Amp – 40 Amp
H.T. Fuse___iii) 41 Amp – 60 Amp
H.T. Fuse___iv) 61 Amp – 100 Amp
H.T. Metal parts skipper for hooking the barrel of heavy duty____i) Lower parts.
H.T. Metal parts skipper for hooking the barrel of heavy duty____ii) Upper parts
Over load coil for MEI / Kilburn type O.C.B___i) 40 H.P. – 100 H.P.
Over load coil for MEI / Kilburn type O.C.B___ii) 110 H.P. – 200 H.P.
Over load coil for MEI / Kilburn type O.C.B___iii) 220 H.P. – 400 H.P.
No volt coil assembly for MEI / Kilburn type O.C.B.___i) 40 H.P. – 100 H.P.
No volt coil assembly for MEI / Kilburn type O.C.B.___ii.) 110 H.P. – 200 H.P.
No volt coil assembly for MEI / Kilburn type O.C.B.___iii.) 220 H.P. – 400 H.P.
L / V contact point for O.C.B. of MEI / Kilburn make starter.___(i) 50 H.P. – 150 H.P.
L / V contact point for O.C.B. of MEI / Kilburn make starter.___(ii) 180 H.P. – 400 H.P.
Flat contact point for starter drum of MEI / Kilburn make starter___(i) 50 H.P. – 150 H.P.
Flat contact point for starter drum of MEI / Kilburn make starter___(ii) 180 H.P. – 400 H.P.
O.C.B. handle lock of MEI / Kilburn make starter.___(i) 50 H.P. – 150 H.P.
O.C.B. handle lock of MEI / Kilburn make starter.___(ii) 180 H.P. – 400 H.P.
Main switch of English electric / GEC / Heavels 500 volts T.P.N. type of H.R.C. fuse linking.____i) 32 Amp
Main switch of English electric / GEC / Heavels 500 volts T.P.N. type of H.R.C. fuse linking.____ii) 63 Amp
Main switch of English electric / GEC / Heavels 500 volts T.P.N. type of H.R.C. fuse linking.____iii) 100 Amp
Main switch of English electric / GEC / Heavels 500 volts T.P.N. type of H.R.C. fuse linking.____iv) 200 Amp
Main switch of English electric / GEC / Heavels 500 volts T.P.N. type of H.R.C. fuse linking.____v) 300 Amp
Main switch of English electric / GEC / Heavels 500 volts T.P.N. type of H.R.C. fuse linking.____vi) 400 Amp
Main switch of English electric / GEC / Heavels 500 volts T.P.N. type of H.R.C. fuse linking.____vii) 600 Amp
H.R.C. fuse GEC / English electric make.____i. 32 Amp
H.R.C. fuse GEC / English electric make.____ii. 63 Amp
H.R.C. fuse GEC / English electric make.____iii. 100 Amp
H.R.C. fuse GEC / English electric make.____iv. 200 Amp
H.R.C. fuse GEC / English electric make.____v. 300 Amp
H.R.C. fuse GEC / English electric make.____vi. 400 Amp
H.R.C. fuse GEC / English electric make.____vii. 600 Amp
Backlight insulator for starter drum male and female with copper bolt
Oil immersed star delta starter of MEI / Kilburn make manually Operated 3 PH – 440 volt 50 HZ. _____ i) 20 H.P. – 30 H.P.
Oil immersed star delta starter of MEI / Kilburn make manually Operated 3 PH – 440 volt 50 HZ. _____ ii) 40 H.P. – 60 H.P.
A.T.S. starter of MEI / Kilburn make manually operated 3 phase. 440 volt 50 HZ____i) 25 H.P. – 40 H.P.
A.T.S. starter of MEI / Kilburn make manually operated 3 phase. 440 volt 50 HZ____ii) 50 H.P. – 90 H.P.
A.T.S. starter of MEI / Kilburn make manually operated 3 phase. 440 volt 50 HZ____iii) 100 H.P. – 200 H.P.
D.O.L. starter L & T / Siemens make 3 phase__440 volts 50 HZ___i) 5 H.P. – 10 H.P.
D.O.L. starter L & T / Siemens make 3 phase__440 volts 50 HZ___ii) 12 H.P. – 20 H.P.
Automatic star delta starter of L & T / Siemens / Compton / make, 3 phase 440 volts, 50 HZ____i) 5 H.P. – 10 H.P.
Automatic star delta starter of L & T / Siemens / Compton / make, 3 phase 440 volts, 50 HZ____ii) 12.5 H.P. – 25 H.P.
Automatic star delta starter of L & T / Siemens / Compton / make, 3 phase 440 volts, 50 HZ____iii) 30 H.P. – 50 H.P.
O.S.R. type starter of MEI / Kilburn make manually operated 3 phase, 440 volt 50 HZ for slip ring type motor____i) 150 H.P.
O.S.R. type starter of MEI / Kilburn make manually operated 3 phase, 440 volt 50 HZ for slip ring type motor____ii) 200 H.P.
O.S.R. type starter of MEI / Kilburn make manually operated 3 phase, 440 volt 50 HZ for slip ring type motor____iii) 240 H.P.
O.S.R. type starter of MEI / Kilburn make manually operated 3 phase, 440 volt 50 HZ for slip ring type motor____iv) 400 H.P.
Carbon holder for slip ring motor of Kirloskar / Compton GEC make____i) 150 H.P. – 200 H.P.
Carbon holder for slip ring motor of Kirloskar / Compton GEC make____ii) 220 H.P. – 400 H.P.
Slip ring for Kirloskar / Compton GEC make motor____i) 150 H.P. – 200 H.P.
Slip ring for Kirloskar / Compton GEC make motor____ii) 220 H.P. – 400 H.P.
Aluminium conductor P.V.C. insulated armoured cable for working voltage 660 volts to 1100 volt and maximum conductor temperature 72º C (ISI marked)._A. 3 Core___ i. 60 mm2
Aluminium conductor P.V.C. insulated armoured cable for working voltage 660 volts to 1100 volt and maximum conductor temperature 72º C (ISI marked)._A. 3 Core___ ii. 95 mm2
Aluminium conductor P.V.C. insulated armoured cable for working voltage 660 volts to 1100 volt and maximum conductor temperature 72º C (ISI marked)._A. 3 Core___ iii. 185 mm2
Aluminium conductor P.V.C. insulated armoured cable for working voltage 660 volts to 1100 volt and maximum conductor temperature 72º C (ISI marked)._B. 3½Core___ i. 60 mm2
Aluminium conductor P.V.C. insulated armoured cable for working voltage 660 volts to 1100 volt and maximum conductor temperature 72º C (ISI marked)._B. 3½Core___ ii. 95 mm2
Aluminium conductor P.V.C. insulated armoured cable for working voltage 660 volts to 1100 volt and maximum conductor temperature 72º C (ISI marked)._B. 3½Core___ iii. 185 mm2
Aluminium conductor P.V.C. insulated XLPE armoured cable for working voltage 11 KV and maximum conductor temperature 72º C (ISI marked)__A. 3 Core___i. 95 mm2
Aluminium conductor P.V.C. insulated XLPE armoured cable for working voltage 11 KV and maximum conductor temperature 72º C (ISI marked)__A. 3 Core___ii. 185 mm2
P.V.C. wire single core of copper multi strand___i. 1.5 mm2
P.V.C. wire single core of copper multi strand___ii. 4.0 mm2
P.V.C. wire single core of copper multi strand___iii. 6 mm2
Flexible wire (P.V.C.)____i. 10 Amp
Flexible wire (P.V.C.)____ii. 5 Amp
Submersible cable of Copper multi strand for submersible pump set._____ a) 4.00 sq. mm.
Submersible cable of Copper multi strand for submersible pump set._____ b) 6.00 sq. mm.
Submersible cable of Copper multi strand for submersible pump set._____ c) 10.00 sq. mm.
Submersible cable of Copper multi strand for submersible pump set._____ d) 16.00 sq. mm.
Copper cable single core multi strand_____ a) 10 sq. mm.
Copper cable single core multi strand_____ b) 25 sq. mm.
Copper cable single core multi strand_____ c) 35 sq. mm.
Copper cable single core multi strand_____ d) 50 sq. mm.
Copper cable single core multi strand_____ e) 65 sq. mm.
Copper cable single core multi strand_____ f) 95 sq. mm.
Copper cable single core multi strand_____ g) 120 sq. mm.
Copper cable single core multi strand_____ h) 240 sq. mm.
P.V.C. Tape (Big Size)
Black Tape
Ampere tape
M.C.B. of L & T make / Havels make 3 phase __i. 32 Amp
M.C.B. of L & T make / Havels make 3 phase __ii. 63 Amp
M.C.B. of L & T make / Havels make 3 phase __iii. 100 Amp
M.C.B. of L & T make / Havels make 3 phase __iv. 200 Amp
M.C.B. of L & T make / Havels make 3 phase __v. 300 Amp
M.C.B. of L & T make / Havels make 3 phase __vi. 400 Amp
M.C.B. of L & T make / Havels make 3 phase __vii. 600 Amp
C.T. Coil for ammeter____i) C.T.R. – 100/5 Amp
C.T. Coil for ammeter____ii) C.T.R. – 200/5 Amp
C.T. Coil for ammeter____iii) C.T.R. – 300/5 Amp
C.T. Coil for ammeter____iv) C.T.R. – 400/5 Amp
C.T. Coil for ammeter____v) C.T.R. – 600/5 Amp
Ammeter C.T.R. type____i) 0 – 400 Amp
Ammeter C.T.R. type____ii) 0 – 250 Amp
Ammeter C.T.R. type____iii) 0 – 100 Amp
Volt meter 0-440 volt 3 phase
Rotary Switch._____i) For Voltmeter.
Rotary Switch._____ii) For Ammeter
Resistance coil of MEI / Kilburn make starter drum suitable for____150 H.P. – 400 H.P. starter
Cut-out bridge with complete male / female set____i. 16 Amp
Cut-out bridge with complete male / female set____ii. 32 Amp
Cut-out bridge with complete male / female set____iii. 63 Amp
Cut-out bridge with complete male / female set____iv. 100 Amp
Cut-out bridge with complete male / female set____v. 200 Amp
Supply of Electric lamp of Philips / Bajaj make 230 volt._A. Florescent – 40 watt (tube light)
Supply of Electric lamp of Philips / Bajaj make 230 volt._B. General Bulbi) 100 watt
Supply of Electric lamp of Philips / Bajaj make 230 volt._B. General Bulbii) 200 watt
Supply of Electric lamp of Philips / Bajaj make 230 volt._B. General Bulbiii) 500 watt
Tube light frame of make Bajaj / Philips with starter, choke & tube
Choke for tube light
Starter for tube light
Holder for tube / bulb (any type)
Transformer oil Gulf / Indian Oil Barrel (210 litre)
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.i. 6305
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.ii. 6306
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.iii. 6307
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.iv. 6308
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.v. 6309
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.vi. 6310
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.vii. 6311
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.viii. 6312
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.ix. 6313
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.x. 6314
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xi. 6315
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xii. 6316
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xiii. 6317
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xiv. 6318
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xv. 6319
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xvi. 6322
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xvii. 6405
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xviii. 3305
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xix. 3306
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xx. 7308
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xxi. 7309
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xxii. 7310
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xxiii. 7311
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xxiv. 7312
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xxv. 7313
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xxvi. 6218
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____.a) Ball Bearing_____ Model no______.xxvii. 6212
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingi) NU/N-308
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingii) NU/N-309
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingiii) NU/N-310
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingiv) NU/N-311
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingv) NU/N-315
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingvi) NU/N-318
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingvii) NU/N-319
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingviii) NU/N-412
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingix) NU/N 413
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingx) NU/N-321
Supply of bearing for pump / meter of S.K.F. or equivalent make as per following specification_____b) Roller Bearingxi) NU/N-322
C.I. coupling for pump & motor of Bolt & bushing type____i. Up to 6 inch dia (150 mm)
C.I. coupling for pump & motor of Bolt & bushing type____ii. 8 inch dia (200 mm)
C.I. coupling for pump & motor of Bolt & bushing type____iii. 10 inch dia (250 mm)
C.I. coupling for pump & motor of Bolt & bushing type____iv. 12 inch dia (300 mm)
Coupling nuts & bolt for pump and motor____a. 5 - 15 H.P.
Coupling nuts & bolt for pump and motor____b. 20 – 50 H.P.
Coupling nuts & bolt for pump and motor____c. 60 – 180 H.P.
Coupling nuts & bolt for pump and motor____d. 200 – 400 H.P.
Supply of steel coupling of star (love joy) type complete set with steel ring bushing etc. including boring as per size of pump motor shaft, key slot etc.______1) Up to 6 inch dia (150 mm)
Supply of steel coupling of star (love joy) type complete set with steel ring bushing etc. including boring as per size of pump motor shaft, key slot etc.______2) 8 inch dia (200 mm)
Supply of steel coupling of star (love joy) type complete set with steel ring bushing etc. including boring as per size of pump motor shaft, key slot etc.______3) 10 inch dia (250 mm)
Supply of steel coupling of star (love joy) type complete set with steel ring bushing etc. including boring as per size of pump motor shaft, key slot etc.______4) 12 inch dia (300 mm)
Rubber bushing pad for star type coupling.____1) 6″ dia coupling (150 mm)
Rubber bushing pad for star type coupling.____2) 8″ dia coupling (200 mm)
Rubber bushing pad for star type coupling.____3) 10″ dia coupling (250 mm)
Rubber bushing pad for star type coupling.____4) 12″ dia coupling (300 mm)
Rubber bushing pad of star type for star coupling_10 – 60 H.P. (upto 6″ dia)
Rubber belt for coupling of pump & motor____1) 50 mm width, 10 mm thick
Rubber belt for coupling of pump & motor____2) 80 mm width, 10 mm thick
Rubber belt for coupling of pump & motor____3) 100 mm width, 10 mm thick
G.M. gland bushing for pumps____1) 5 – 10 H.P.
G.M. gland bushing for pumps____2) 15 – 40 H.P
G.M. gland bushing for pumps____3) 50 – 180 H.P.
G.M. gland bushing for pumps____4) 200 - 400 H.P.
C.I. bushing for pump____1) 5 – 10 H.P.
C.I. bushing for pump____2) 15 – 40 H.P
C.I. bushing for pump____3) 50 – 180 H.P.
C.I. bushing for pump____4) 200 - 400 H.P.
S. S Bushing for pump____1) 5 – 10 H.P.
S. S Bushing for pump____2) 15 – 40 H.P
S. S Bushing for pump____3) 50 – 180 H.P.
S. S Bushing for pump____4) 200 - 400 H.P.
Bronze impeller for pumps____1) 5 to 10 H.P.
Bronze impeller for pumps____2) 15 to 30 H.P.
Bronze impeller for pumps____3) 40 to 60 H.P.
M.S. Pumps shaft for_____1) 1 H.P. to 5 H.P.
M.S. Pumps shaft for_____2) 7.5 H.P. to 20 H.P.
M.S. Pumps shaft for_____3) 30 H.P. to 60 H.P.
M.S. Pumps shaft for_____4) 75 H.P. to 110 H.P.
M.S. Pumps shaft for_____5) 150 H.P. to 220 H.P.
M.S. Pumps shaft for_____6) 240 H.P. to 400 H.P.
S.S. Pumps shaft for______1) 1 H.P. to 5 H.P.
S.S. Pumps shaft for______2) 7.5 H.P. to 20 H.P.
S.S. Pumps shaft for______3) 30 H.P. to 60 H.P.
S.S. Pumps shaft for______4) 75 H.P. to 110 H.P.
S.S. Pumps shaft for______5) 150 H.P. to 220 H.P.
S.S. Pumps shaft for______6) 240 H.P. to 400 H.P.
M.S. gland plate for pumps____1) 5 to 10 H.P.
M.S. gland plate for pumps____2) 15 to 30 H.P.
M.S. gland plate for pumps____3) 40 to 60 H.P.
M.S. gland plate for pumps____4) 75 to 150 H.P.
M.S. gland plate for pumps____5) 180 to 240 H.P.
M.S. gland plate for pumps____6) 250 to 400 H.P.
C.I. bearing cashing of pump_____1) 5 to 10 H.P.
C.I. bearing cashing of pump_____2) 15 to 30 H.P.
C.I. bearing cashing of pump_____3) 40 to 60 H.P.
C.I. bearing cashing of pump_____4) 75 to 150 H.P.
C.I. bearing cashing of pump_____5) 180 H.P. – 240 H.P.
C.I. bearing cashing of pump_____6) 250 H.P. – 400 H.P.
M.S. impeller nuts for_____1) 5 to 10 H.P.
M.S. impeller nuts for_____2) 15 to 30 H.P.
M.S. impeller nuts for_____3) 40 to 60 H.P.
M.S. impeller nuts for_____4) 75 to 150 H.P.
M.S. impeller nuts for_____5) 180 H.P. – 240 H.P.
M.S. impeller nuts for_____6) 250 H.P. – 400 H.P.
Impeller for pump (Brass)_____1. 5 to 10 H.P.
Impeller for pump (Brass)_____2. 15 to 30 H.P.
Impeller for pump (Brass)_____3. 40 to 60 H.P.
Impeller for pump (Brass)_____4. 75 to 150 H.P.
Impeller for pump (Brass)_____5. 180 H.P. – 240 H.P.
Impeller for pump (Brass)_____6. 250 H.P. – 400 H.P.
Impeller for pump (S.S.)____1. 5 to 10 H.P.
Impeller for pump (S.S.)____2. 15 to 30 H.P.
Impeller for pump (S.S.)____3. 40 to 60 H.P.
Impeller for pump (S.S.)____4. 75 to 150 H.P.
Impeller for pump (S.S.)____5. 180 H.P. – 240 H.P.
Impeller for pump (S.S.)____6. 250 H.P. – 400 H.P.
Impeller for pump (C.I.)_____1. 5 to 10 H.P.
Impeller for pump (C.I.)_____2. 15 to 30 H.P.
Impeller for pump (C.I.)_____3. 40 to 60 H.P.
Impeller for pump (C.I.)_____4. 75 to 150 H.P.
Impeller for pump (C.I.)_____5. 180 H.P. – 240 H.P.
Impeller for pump (C.I.)_____6. 250 H.P. – 400 H.P.
M.S. stud for Pump body______1. 5 to 10 H.P.
M.S. stud for Pump body______2. 15 to 30 H.P.
M.S. stud for Pump body______3. 40 to 60 H.P.
M.S. stud for Pump body______4. 75 to 150 H.P.
M.S. stud for Pump body______5. 180 H.P. – 240 H.P.
M.S. stud for Pump body______6. 250 H.P. – 400 H.P.
M.S. stud for Gland packing plate_____1. 5 to 10 H.P.
M.S. stud for Gland packing plate_____2. 15 to 30 H.P.
M.S. stud for Gland packing plate_____3. 40 to 60 H.P.
M.S. stud for Gland packing plate_____4. 75 to 150 H.P.
M.S. stud for Gland packing plate_____5. 180 H.P. – 240 H.P.
M.S. stud for Gland packing plate_____6. 250 H.P. – 400 H.P.
Rubber bushing for coupling nuts of size____a. 1¾ X 1″ X ½″
Rubber bushing for coupling nuts of size____b. 1½ X 1¾ X ⅞″
Bearing cover for motor & pumps____1. 5 to 20 H.P.
Bearing cover for motor & pumps____2. 30 to 60 H.P.
Bearing cover for motor & pumps____3. 75 to 150 H.P.
Bearing cover for motor & pumps____4. 180 to 400 H.P.
Check nut for pump & motor ______5 to 20 H.P.
Check nut for pump & motor ______30 to 60 H.P.
Check nut for pump & motor ______75 to 150 H.P.
Check nut for pump & motor ______180 to 400 H.P.
M.S. / C.I. Van guide for pump _____a. 60 H.P. – 100 H.P.
M.S. / C.I. Van guide for pump _____b. 110 H.P. – 200 H.P.
M.S. / C.I. Van guide for pump _____c. 220 H.P. – 300 H.P.
Brass Van guide for pump _____a. 60 H.P. – 100 H.P.
Brass Van guide for pump _____b. 110 H.P. – 200 H.P.
Brass Van guide for pump _____c. 220 H.P. – 300 H.P.
Supply of gland packing for Pump / Valves____(Champion 3316 Make)____a. 12 mm
Supply of gland packing for Pump / Valves____(Champion 3316 Make)____b. 14 mm
Supply of gland packing for Pump / Valves____(Champion 3316 Make)____c. 16 mm
Supply of gland packing for Pump / Valves____(Champion 3316 Make)____d. 18 mm
Supply of gland packing for Pump / Valves____(Champion 3316 Make)____e. 20 mm
Supply of gland packing for Pump / Valves____(Champion 3316 Make)____f. 22 mm
Supply of gland packing for Pump / Valves (S.K.R. Make)___a. 12 mm
Supply of gland packing for Pump / Valves (S.K.R. Make)___b. 14 mm
Supply of gland packing for Pump / Valves (S.K.R. Make)___c. 16 mm
Supply of gland packing for Pump / Valves (S.K.R. Make)___d. 18 mm
Supply of gland packing for Pump / Valves (S.K.R. Make)___e. 20 mm
Supply of gland packing for Pump / Valves (S.K.R. Make)___f. 22 mm
Power contactor 400 (Schneider/ Equivalent Brand)
Power contactor 150/160 (Schneider/ Equivalent Brand)
MNX 225 coil contactor (L&T Make/ Equivalent Brand)
Power relay contactor (L&T Make/ Equivalent Brand)____i. for 180 H.P. to 220 H.P. starter
R.C.C.B of rated Ampere_____i) 200 Amp
R.C.C.B of rated Ampere_____ii) 400 Amp
R.C.C.B of rated Ampere_____iii) 600 Amp
Supply, installation, testing and commissioning of Vacuum Pump set with necessary accessories including Connection with main switch____5 H.P.
Supply, installation, testing and commissioning of Vacuum Pump set with necessary accessories including Connection with main switch____10 H.P.
Lighting Arrestor, 11 KV
Gang, 11 KV
Transformer Gasket changing and fitting
Transformer LT Stud nut_____i) 16 mm
Transformer LT Stud nut_____ii) 19 mm
D-Contact bar for O.C.B. of MEI / Kilburn make starter____(i) 150 H.P. – 200 H.P.
D-Contact bar for O.C.B. of MEI / Kilburn make starter____(ii) 210 H.P. – 250 H.P.
D-Contact bar for O.C.B. of MEI / Kilburn make starter____(iii) 275 H.P. – 400 H.P.
Impeller neck ring for multistage pump (C.I)____1. 25 H.P to 60 H.P.
Impeller neck ring for multistage pump (C.I)____2. 61 H.P to 150 H.P.
Impeller neck ring for multistage pump (C.I)____3. 151 H.P to 240 H.P.
Impeller neck ring for multistage pump (Brass)_____1. 25 H.P to 60 H.P.
Impeller neck ring for multistage pump (Brass)_____2. 61 H.P to 150 H.P.
Impeller neck ring for multistage pump (Brass)_____3. 151 H.P to 240 H.P.
Labour charge for opening out of squirrel cage /Slip ring type & size of induction motor including dismantling the coupling joints where necessary and refitting the same after cleaning, greasing all complete with testing.________a. 1 H.P. to 3 H.P.
Labour charge for opening out of squirrel cage /Slip ring type & size of induction motor including dismantling the coupling joints where necessary and refitting the same after cleaning, greasing all complete with testing.________b. 5 H.P. to 10 H.P.
Labour charge for opening out of squirrel cage /Slip ring type & size of induction motor including dismantling the coupling joints where necessary and refitting the same after cleaning, greasing all complete with testing.________c. 15 H.P. to 30 H.P.
Labour charge for opening out of squirrel cage /Slip ring type & size of induction motor including dismantling the coupling joints where necessary and refitting the same after cleaning, greasing all complete with testing.________d. 40 H.P. to 100 H.P.
Labour charge for opening out of squirrel cage /Slip ring type & size of induction motor including dismantling the coupling joints where necessary and refitting the same after cleaning, greasing all complete with testing.________e. 150 H.P. to 220 H.P.
Labour charge for opening out of squirrel cage /Slip ring type & size of induction motor including dismantling the coupling joints where necessary and refitting the same after cleaning, greasing all complete with testing.________f. 240 H.P. to 400 H.P.
Repairing the rotor of slip ring type induction motor with all necessary materials and fitting fixing & testing after complete of job._____a. 40 H.P. to 100 H.P.
Repairing the rotor of slip ring type induction motor with all necessary materials and fitting fixing & testing after complete of job.______b. 150 H.P. to 220 H.P.
Repairing the rotor of slip ring type induction motor with all necessary materials and fitting fixing & testing after complete of job.______c. 240 H.P. to 400 H.P.
Rewinding the rotor of slip ring type induction motor with all necessary materials & fitting fixing & testing after completion of job.________a. 40 H.P. to 100 H.P.
Rewinding the rotor of slip ring type induction motor with all necessary materials & fitting fixing & testing after completion of job.________b. 150 H.P. to 220 H.P.
Rewinding the rotor of slip ring type induction motor with all necessary materials & fitting fixing & testing after completion of job.________c. 240 H.P. to 400 H.P.
Repairing the stator of slip ring type induction motor with all necessary materials & fitting fixing & testing after completion of job.________a. 40 H.P. – 100 H.P.
Repairing the stator of slip ring type induction motor with all necessary materials & fitting fixing & testing after completion of job.________b. 150 H.P. to 220 H.P.
Repairing the stator of slip ring type induction motor with all necessary materials & fitting fixing & testing after completion of job.________c. 240 H.P. to 400 H.P.
Rewinding the stator of slip ring type induction motor with all necessary materials & fitting fixing and testing after completion of job._______a. 40 H.P. to 100 H.P.
Rewinding the stator of slip ring type induction motor with all necessary materials & fitting fixing and testing after completion of job._______b. 150 H.P. to 220 H.P.
Rewinding the stator of slip ring type induction motor with all necessary materials & fitting fixing and testing after completion of job._______c. 240 H.P. to 400 H.P.
Repairing the stator of squirrel cage type induction motor with all necessary materials & fitting fixing & testing after completion of job.________a. 1 H.P. to 3 H.P.
Repairing the stator of squirrel cage type induction motor with all necessary materials & fitting fixing & testing after completion of job.________b. 5 H.P. to 10 H.P.
Repairing the stator of squirrel cage type induction motor with all necessary materials & fitting fixing & testing after completion of job.________c. 15 H.P. to 30 H.P.
Repairing the stator of squirrel cage type induction motor with all necessary materials & fitting fixing & testing after completion of job.________d. 40 H.P. to 100 H.P.
Repairing the stator of squirrel cage type induction motor with all necessary materials & fitting fixing & testing after completion of job.________e. 150 H.P. to 220 H.P.
Repairing the stator of squirrel cage type induction motor with all necessary materials & fitting fixing & testing after completion of job.________f. 240 H.P. to 400 H.P.
Rewinding the stator of squirrel cage type induction motor with all necessary materials & fitting fixing and testing after completion of job.______a. 1 H.P. to 3 H.P.
Rewinding the stator of squirrel cage type induction motor with all necessary materials & fitting fixing and testing after completion of job.______b. 5 H.P. to 10 H.P.
Rewinding the stator of squirrel cage type induction motor with all necessary materials & fitting fixing and testing after completion of job.______c. 15 H.P. to 30 H.P.
Rewinding the stator of squirrel cage type induction motor with all necessary materials & fitting fixing and testing after completion of job.______d. 40 H.P. to 100 H.P.
Rewinding the stator of squirrel cage type induction motor with all necessary materials & fitting fixing and testing after completion of job.______e. 150 H.P. to 220 H.P.
Rewinding the stator of squirrel cage type induction motor with all necessary materials & fitting fixing and testing after completion of job.______f. 240 H.P. to 400 H.P.
Labour charge for repairing of A.T.S./ Automatic Star- delta type starter in different places, resemble after proper checking & changing of necessary defective parts including load testing at site (spare parts supply by department.)______a. 5 H.P. to 20 H.P.
Labour charge for repairing of A.T.S./ Automatic Star- delta type starter in different places, resemble after proper checking & changing of necessary defective parts including load testing at site (spare parts supply by department.)_____b. 30 H.P. to 60 H.P.
Labour charge for repairing of A.T.S./ Automatic Star- delta type starter in different places, resemble after proper checking & changing of necessary defective parts including load testing at site (spare parts supply by department.)_____c. 75 H.P. to 150 H.P.
Labour charge for repairing of A.T.S./ Automatic Star- delta type starter in different places, resemble after proper checking & changing of necessary defective parts including load testing at site (spare parts supply by department.)_____d. 180 H.P. to 220 H.P
Rewinding of transformer coil of A.T.S. type starter with all necessary materials fitting, fixing and testing all complete as directed_______a. 5 H.P. to 20 H.P.
Rewinding of transformer coil of A.T.S. type starter with all necessary materials fitting, fixing and testing all complete as directed_______b. 30 H.P. to 60 H.P.
Rewinding of transformer coil of A.T.S. type starter with all necessary materials fitting, fixing and testing all complete as directed_______c. 75 H.P. to 150 H.P.
Rewinding of transformer coil of A.T.S. type starter with all necessary materials fitting, fixing and testing all complete as directed_______d. 180 H.P. to 220 H.P
Labour charge for opening out of oil immersed starter drum of slip ring motor reassembling the same after proper checking and changing of necessary parts. (Spare parts supply by department.)_____a. 100 H.P. to 200 H.P.
Labour charge for opening out of oil immersed starter drum of slip ring motor reassembling the same after proper checking and changing of necessary parts. (Spare parts supply by department.)_____b. 220 H.P. to 400 H.P.
Opening out of O.C.B. at site and reassemble after changing and rectification of defective materials O.C.B. testing (spare parts supply by department)_____a. 100 H.P. to 200 H.P.
Opening out of O.C.B. at site and reassemble after changing and rectification of defective materials O.C.B. testing (spare parts supply by department)_____b. 220 H.P. to 400 H.P.
Labour charge for changing of no volt coil of starter and O.C.B.______a. 5 H.P. to 50 H.P.
Labour charge for changing of no volt coil of starter and O.C.B.______b. 60 H.P. to 110 H.P.
Labour charge for changing of no volt coil of starter and O.C.B.______c. 120 H.P. to 220 H.P.
Labour charge for changing of no volt coil of starter and O.C.B.______d. 240 H.P. to 400 H.P.
Labour charge for changing of over load relay coil of starter_____a. 5 H.P. to 50 H.P.
Labour charge for changing of over load relay coil of starter_____b. 60 H.P. to 110 H.P.
Labour charge for changing of over load relay coil of starter_____c. 120 H.P. to 220 H.P.
Labour charge for changing of over load relay coil of starter_____d. 240 H.P. to 400 H.P.
Cable socket soldering or clamping with cutting of cable & supply of required size and type of socket (lug) including providing of all required materials like acid rang etc. or clamping machine whatever necessary and connecting to the machineries.________a. 1 H.P. to 3 H.P.
Cable socket soldering or clamping with cutting of cable & supply of required size and type of socket (lug) including providing of all required materials like acid rang etc. or clamping machine whatever necessary and connecting to the machineries.________b. 5 H.P. to 10 H.P.
Cable socket soldering or clamping with cutting of cable & supply of required size and type of socket (lug) including providing of all required materials like acid rang etc. or clamping machine whatever necessary and connecting to the machineries.________c. 15 H.P. to 30 H.P.
Cable socket soldering or clamping with cutting of cable & supply of required size and type of socket (lug) including providing of all required materials like acid rang etc. or clamping machine whatever necessary and connecting to the machineries.________d. 40 H.P. to 100 H.P.
Cable socket soldering or clamping with cutting of cable & supply of required size and type of socket (lug) including providing of all required materials like acid rang etc. or clamping machine whatever necessary and connecting to the machineries.________e. 150 H.P. to 220 H.P.
Cable socket soldering or clamping with cutting of cable & supply of required size and type of socket (lug) including providing of all required materials like acid rang etc. or clamping machine whatever necessary and connecting to the machineries.________f. 240 H.P. to 400 H.P.
Labour charge for changing fitting fixing of new main switch / M.C.B. of different sizes (switch supply by department)_____a. 16 to 63 Amp
Labour charge for changing fitting fixing of new main switch / M.C.B. of different sizes (switch supply by department)_____b. 100 to 200 Amp
Labour charge for changing fitting fixing of new main switch / M.C.B. of different sizes (switch supply by department)_____c. 220 to 400 Amp
Labour charge for changing fitting fixing of new main switch / M.C.B. of different sizes (switch supply by department)_____d. 600 Amps and above
Labour charge for changing fitting fixing of starter of different size including making the connection (starter supply by department)_______a. 1 H.P. to 5 H.P.
Labour charge for changing fitting fixing of starter of different size including making the connection (starter supply by department)_______b. 7.5 H.P. to 30 H.P.
Labour charge for changing fitting fixing of starter of different size including making the connection (starter supply by department)_______c. 40 H.P. to 100 H.P.
Labour charge for changing fitting fixing of starter of different size including making the connection (starter supply by department)_______d. 110 H.P. to 220 H.P.
Labour charge for changing fitting fixing of starter of different size including making the connection (starter supply by department)_______e. 240 H.P. to 400 H.P.
Labour charge for repairing of MCCB/MCB/Main switch at different site with necessary materials.______a. 16 - 63 Amp
Labour charge for repairing of MCCB/MCB/Main switch at different site with necessary materials.______b. 100 – 200 Amp
Labour charge for repairing of MCCB/MCB/Main switch at different site with necessary materials.______c. 220 – 400 Amp
Labour charge for repairing of MCCB/MCB/Main switch at different site with necessary materials.______d. 600 Amps and above
Labour charge for fitting fixing of coupling including boring, key slots cutting after sleeve fitting as per motor & pump shafts._______a. 1 H.P. to 3 H.P.
Labour charge for fitting fixing of coupling including boring, key slots cutting after sleeve fitting as per motor & pump shafts._______b. 5 H.P. to 10 H.P.
Labour charge for fitting fixing of coupling including boring, key slots cutting after sleeve fitting as per motor & pump shafts._______c. 15 H.P. to 30 H.P.
Labour charge for fitting fixing of coupling including boring, key slots cutting after sleeve fitting as per motor & pump shafts._______d. 40 H.P. to 100 H.P.
Labour charge for fitting fixing of coupling including boring, key slots cutting after sleeve fitting as per motor & pump shafts._______e. 150 H.P. to 220 H.P.
Labour charge for fitting fixing of coupling including boring, key slots cutting after sleeve fitting as per motor & pump shafts._______f. 240 H.P. to 400 H.P.
Motor slip ring repairing for ____a. 110 to 220 H.P.
Motor slip ring repairing for ____b. 240 to 400 H.P.
Copper cable laying fitting fixing including supplying and soldering of cable socket as required for different size of motor & making the connection (cable supply by department)______a. Main switch to starter 3 (line)
Copper cable laying fitting fixing including supplying and soldering of cable socket as required for different size of motor & making the connection (cable supply by department)______b. Starter to motor (3 line)
Rotor shafts welding turning as per size of bearing & also threading for check nut.____a. 1 H.P. to 3 H.P.
Rotor shafts welding turning as per size of bearing & also threading for check nut.____b. 5 H.P. to 10 H.P.
Rotor shafts welding turning as per size of bearing & also threading for check nut.____c. 15 H.P. to 30 H.P.
Rotor shafts welding turning as per size of bearing & also threading for check nut.____d. 40 H.P. to 100 H.P.
Rotor shafts welding turning as per size of bearing & also threading for check nut.____e. 150 H.P. to 220 H.P.
Rotor shafts welding turning as per size of bearing & also threading for check nut.____f. 240 H.P. to 400 H.P.
Motor cover repairing including sleeve fitting in bearing place as per the size of bearing_____.a. 1 H.P. to 3 H.P.
Motor cover repairing including sleeve fitting in bearing place as per the size of bearing_____.b. 5 H.P. to 10 H.P.
Motor cover repairing including sleeve fitting in bearing place as per the size of bearing_____.c. 15 H.P. to 30 H.P.
Motor cover repairing including sleeve fitting in bearing place as per the size of bearing_____.d. 40 H.P. to 100 H.P.
Motor cover repairing including sleeve fitting in bearing place as per the size of bearing_____.e. 150 H.P. to 220 H.P.
Motor cover repairing including sleeve fitting in bearing place as per the size of bearing_____.f. 240 H.P. to 400 H.P.
Labour charge for opening out of pump of different size including dismantling suction delivery pipe coupling joints where necessary and checking the complete pump, providing necessary gasket, grease & refitting the same_________a. 1 H.P. to 3 H.P.
Labour charge for opening out of pump of different size including dismantling suction delivery pipe coupling joints where necessary and checking the complete pump, providing necessary gasket, grease & refitting the same_________b. 5 H.P. to 10 H.P.
Labour charge for opening out of pump of different size including dismantling suction delivery pipe coupling joints where necessary and checking the complete pump, providing necessary gasket, grease & refitting the same_________c. 15 H.P. to 30 H.P.
Labour charge for opening out of pump of different size including dismantling suction delivery pipe coupling joints where necessary and checking the complete pump, providing necessary gasket, grease & refitting the same_________d. 40 H.P. to 100 H.P.
Labour charge for opening out of pump of different size including dismantling suction delivery pipe coupling joints where necessary and checking the complete pump, providing necessary gasket, grease & refitting the same_________e. 150 H.P. to 220 H.P.
Labour charge for opening out of pump of different size including dismantling suction delivery pipe coupling joints where necessary and checking the complete pump, providing necessary gasket, grease & refitting the same_________f. 240 H.P. to 400 H.P.
Labour charge for changing of impeller for pump after opening out the damage impeller.______a. 1 H.P. to 3 H.P.
Labour charge for changing of impeller for pump after opening out the damage impeller.______b. 5 H.P. to 10 H.P.
Labour charge for changing of impeller for pump after opening out the damage impeller.______c. 15 H.P. to 30 H.P.
Labour charge for changing of impeller for pump after opening out the damage impeller.______d. 40 H.P. to 100 H.P.
Labour charge for changing of impeller for pump after opening out the damage impeller.______e. 150 H.P. to 220 H.P.
Labour charge for changing of impeller for pump after opening out the damage impeller.______f. 240 H.P. to 400 H.P.
Labour charge for changing van guide for the following pump of different size._____a. 1 H.P. to 3 H.P.
Labour charge for changing van guide for the following pump of different size._____b. 5 H.P. to 10 H.P.
Labour charge for changing van guide for the following pump of different size._____c. 15 H.P. to 30 H.P.
Labour charge for changing van guide for the following pump of different size._____d. 40 H.P. to 100 H.P.
Labour charge for changing van guide for the following pump of different size._____e. 150 H.P. to 220 H.P.
Labour charge for changing van guide for the following pump of different size._____f. 240 H.P. to 400 H.P.
Labour charge for changing of bushing with greasing for pump the following size.______a. 1 H.P. to 3 H.P.
Labour charge for changing of bushing with greasing for pump the following size.______b. 5 H.P. to 10 H.P.
Labour charge for changing of bushing with greasing for pump the following size.______c. 15 H.P. to 30 H.P.
Labour charge for changing of bushing with greasing for pump the following size.______d. 40 H.P. to 100 H.P.
Labour charge for changing of bushing with greasing for pump the following size.______e. 150 H.P. to 220 H.P.
Labour charge for changing of bushing with greasing for pump the following size.______f. 240 H.P. to 400 H.P.
Labour charge for fitting fixing of M.S./ S.S. pump shafts with greasing as per sample for the following.______a. 1 H.P. to 3 H.P.
Labour charge for fitting fixing of M.S./ S.S. pump shafts with greasing as per sample for the following.______b. 5 H.P. to 10 H.P.
Labour charge for fitting fixing of M.S./ S.S. pump shafts with greasing as per sample for the following.______c. 15 H.P. to 30 H.P.
Labour charge for fitting fixing of M.S./ S.S. pump shafts with greasing as per sample for the following.______d. 40 H.P. to 100 H.P.
Labour charge for fitting fixing of M.S./ S.S. pump shafts with greasing as per sample for the following.______e. 150 H.P. to 220 H.P.
Labour charge for fitting fixing of M.S./ S.S. pump shafts with greasing as per sample for the following.______f. 240 H.P. to 400 H.P.
Labour charge for pump shafts welding turning making and sizing complete including carrying of shaft from worksite to factory and refitting the same______a. 1 H.P. to 3 H.P.
Labour charge for pump shafts welding turning making and sizing complete including carrying of shaft from worksite to factory and refitting the same______b. 5 H.P. to 10 H.P.
Labour charge for pump shafts welding turning making and sizing complete including carrying of shaft from worksite to factory and refitting the same______c. 15 H.P. to 30 H.P.
Labour charge for pump shafts welding turning making and sizing complete including carrying of shaft from worksite to factory and refitting the same______d. 40 H.P. to 100 H.P.
Labour charge for pump shafts welding turning making and sizing complete including carrying of shaft from worksite to factory and refitting the same______e. 150 H.P. to 220 H.P.
Labour charge for pump shafts welding turning making and sizing complete including carrying of shaft from worksite to factory and refitting the same______f. 240 H.P. to 400 H.P.
Labour charge for pump bearing cover welding, turning or sleeve fitting etc. complete._____a. 1 H.P. to 3 H.P.
Labour charge for pump bearing cover welding, turning or sleeve fitting etc. complete._____b. 5 H.P. to 10 H.P.
Labour charge for pump bearing cover welding, turning or sleeve fitting etc. complete._____c. 15 H.P. to 30 H.P.
Labour charge for pump bearing cover welding, turning or sleeve fitting etc. complete._____d. 40 H.P. to 100 H.P.
Labour charge for pump bearing cover welding, turning or sleeve fitting etc. complete._____e. 150 H.P. to 220 H.P.
Labour charge for pump bearing cover welding, turning or sleeve fitting etc. complete._____f. 240 H.P. to 400 H.P.
Labour charge for fitting fixing of bearing with grease etc. including opening out of pump/ motor different site and refitting the same complete with testing._____a. 1 H.P. to 3 H.P.
Labour charge for fitting fixing of bearing with grease etc. including opening out of pump/ motor different site and refitting the same complete with testing._____b. 5 H.P. to 10 H.P.
Labour charge for fitting fixing of bearing with grease etc. including opening out of pump/ motor different site and refitting the same complete with testing._____c. 15 H.P. to 30 H.P.
Labour charge for fitting fixing of bearing with grease etc. including opening out of pump/ motor different site and refitting the same complete with testing._____d. 40 H.P. to 100 H.P.
Labour charge for fitting fixing of bearing with grease etc. including opening out of pump/ motor different site and refitting the same complete with testing._____e. 150 H.P. to 220 H.P.
Labour charge for fitting fixing of bearing with grease etc. including opening out of pump/ motor different site and refitting the same complete with testing._____f. 240 H.P. to 400 H.P.
Heating & varnishing of stator / rotor including supply of required varnish all complete with testing.______a. 1 H.P. to 3 H.P.
Heating & varnishing of stator / rotor including supply of required varnish all complete with testing.______b. 5 H.P. to 10 H.P.
Heating & varnishing of stator / rotor including supply of required varnish all complete with testing.______c. 15 H.P. to 30 H.P.
Heating & varnishing of stator / rotor including supply of required varnish all complete with testing.______d. 40 H.P. to 100 H.P.
Heating & varnishing of stator / rotor including supply of required varnish all complete with testing.______e. 150 H.P. to 220 H.P.
Heating & varnishing of stator / rotor including supply of required varnish all complete with testing.______f. 240 H.P. to 400 H.P.
Making & fitting of wooden base plate on the deck of barge with supplying necessary plank of Sal wood of required size including welding, cutting & fitting fixing of base plate, pump motor etc. as directed.______a. 5 H.P. to 10 H.P.
Making & fitting of wooden base plate on the deck of barge with supplying necessary plank of Sal wood of required size including welding, cutting & fitting fixing of base plate, pump motor etc. as directed.______b. 15 H.P. to 30 H.P.
Making & fitting of wooden base plate on the deck of barge with supplying necessary plank of Sal wood of required size including welding, cutting & fitting fixing of base plate, pump motor etc. as directed.______c. 40 H.P. to 100 H.P.
Making & fitting of wooden base plate on the deck of barge with supplying necessary plank of Sal wood of required size including welding, cutting & fitting fixing of base plate, pump motor etc. as directed.______d. 150 H.P. to 220 H.P.
Making & fitting of wooden base plate on the deck of barge with supplying necessary plank of Sal wood of required size including welding, cutting & fitting fixing of base plate, pump motor etc. as directed.______e. 240 H.P. to 400 H.P.
Base plate modification as required for proper fitting of pump, motor including providing all the materials, welding cutting complete as directed._______a. 1 H.P. to 3 H.P.
Base plate modification as required for proper fitting of pump, motor including providing all the materials, welding cutting complete as directed._______b. 5 H.P. to 10 H.P.
Base plate modification as required for proper fitting of pump, motor including providing all the materials, welding cutting complete as directed._______c. 15 H.P. to 30 H.P.
Base plate modification as required for proper fitting of pump, motor including providing all the materials, welding cutting complete as directed._______d. 40 H.P. to 100 H.P.
Base plate modification as required for proper fitting of pump, motor including providing all the materials, welding cutting complete as directed._______e. 150 H.P. to 220 H.P.
Base plate modification as required for proper fitting of pump, motor including providing all the materials, welding cutting complete as directed._______f. 240 H.P. to 400 H.P.
Making of R.C.C. foundation over the floor of treatment plant for fitting, fixing of M.S. Base Plate for pump & motor _____a. 10 H.P. to 60 H.P.
Making of R.C.C. foundation over the floor of treatment plant for fitting, fixing of M.S. Base Plate for pump & motor _____b. 100 H.P. to 220 H.P.
Making of R.C.C. foundation over the floor of treatment plant for fitting, fixing of M.S. Base Plate for pump & motor _____c. 240 H.P. to 400 H.P.
Carrying of motor from the Intake Barge to workshop for the purpose of rewinding/ repairing.______a. 100 H.P. to 220 H.P.
Carrying of motor from the Intake Barge to workshop for the purpose of rewinding/ repairing.______b. 240 H.P. to 400 H.P.
Labour charge for drilling and rethreading of gland plate hole of pump, valve, non return valve etc. including providing of new bolt as per threading size, fitting fixing complete._______a. Hole up to 15 mm dia
Labour charge for drilling and rethreading of gland plate hole of pump, valve, non return valve etc. including providing of new bolt as per threading size, fitting fixing complete._______b. Hole between 15 to 20 mm dia
Labour charge for drilling and rethreading of gland plate hole of pump, valve, non return valve etc. including providing of new bolt as per threading size, fitting fixing complete._______c. Hole between 20 to 25 mm dia
Dismantling of submersible pumpr including cleaning greasing refitting & testing.a. 5 - 20 H.P.
Dismantling of submersible pump including cleaning greasing refitting & testing.b. 21 – 50 H.P.
Dismantling of submersible motor including cleaning greasing refitting & testing.a. 5 - 20 H.P.
Dismantling of submersible motor including cleaning greasing refitting & testing.b. 21 – 50 H.P.
Rewinding submersible motor including supplying all necessary materials complete with testing._____a. 5 H.P.
Rewinding submersible motor including supplying all necessary materials complete with testing._____b. 7.5 – 20 HP
Rewinding submersible motor including supplying all necessary materials complete with testing._____c. 21 – 30 H.P.
Rewinding submersible motor including supplying all necessary materials complete with testing._____d. 31 – 50 H.P.
Supply fitting fixing of G.M. bushing for submersible motor_____a. 5 H.P.
Supply fitting fixing of G.M. bushing for submersible motor_____b. 7.5 – 20 HP
Supply fitting fixing of G.M. bushing for submersible motor_____c. 21 – 30 H.P.
Supply fitting fixing of G.M. bushing for submersible motor_____d. 31 – 50 H.P.
Supply fitting fixing of S.S. shafts for submersible pump.____a. 5 H.P.
Supply fitting fixing of S.S. shafts for submersible pump.____b. 7.5 – 20 HP
Supply fitting fixing of S.S. shafts for submersible pump.____c. 21 – 30 H.P.
Supply fitting fixing of S.S. shafts for submersible pump.____d. 31 – 50 H.P.
Supply fitting fixing of thrust plate & bearing for submersible motor.________a. 5 H.P.
Supply fitting fixing of thrust plate & bearing for submersible motor.________b. 7.5 – 20 HP
Supply fitting fixing of thrust plate & bearing for submersible motor.________c. 21 – 30 H.P.
Supply fitting fixing of thrust plate & bearing for submersible motor.________d. 31 – 50 H.P.
Supply & fitting of impeller for submersible pump ____A) C.I.____ a. 5 H.P.
Supply & fitting of impeller for submersible pump ____A) C.I.____ b. 7.5 – 20 HP
Supply & fitting of impeller for submersible pump ____A) C.I.____ c. 21 – 30 H.P.
Supply & fitting of impeller for submersible pump ____A) C.I.____ d. 31 – 50 H.P.
Supply & fitting of impeller for submersible pump ____ B) G.M. ____ a. 5 H.P.
Supply & fitting of impeller for submersible pump ____ B) G.M.b. 7.5 – 20 HP
Supply & fitting of impeller for submersible pump ____ B) G.M.c. 21 – 30 H.P.
Supply & fitting of impeller for submersible pump ____ B) G.M.d. 31 – 50 H.P.
Joining of submersible cable with straight through socket joint with water proof tap
Supplying fitting fixing cable joint box_____Outdoor:____a. 120- 240 Sq mm
Supplying fitting fixing cable joint box_____Outdoor:____b. 300- 400 Sq mm
Supplying fitting fixing cable joint box_____indoor:____a. 120- 240 Sq mm
Supplying fitting fixing cable joint box_____indoor:____b. 300- 400 Sq mm
Supplying fitting fixing cable joint box_____Straight through::____a. 120- 240 Sq mm
Supplying fitting fixing cable joint box_____Straight through:____b. 300- 400 Sq mm
Supplying fitting, fixing of heat Shrinkable type kits for transformer 11 KV(E) – XLPE __Outdoor__a. 120- 240 Sq mm
Supplying fitting, fixing of heat Shrinkable type kits for transformer 11 KV(E) – XLPE __Outdoor__b. 300- 400 Sq mm
Supplying fitting, fixing of heat Shrinkable type kits for transformer 11 KV(E) – XLPE __indoor__a. 120- 240 Sq mm
Supplying fitting, fixing of heat Shrinkable type kits for transformer 11 KV(E) – XLPE __indoor__b. 300- 400 Sq mm
Labour charge for fitting of Lighting Arrestor set
Labour charge for fitting of DO set
Labour charge for fitting of Gang set
Labour charge for re-filling of Transformer oil
Labour charge for heating of Transformer including providing heating equipments
Filtration of Transformer oil including labour charge
Centrifugal Monoblock Pump with all accessories like pipes, wires fittings, etc. (Crompton Make or Reputed Brand)____1 H.P
Centrifugal Monoblock Pump with all accessories like pipes, wires fittings, etc. (Crompton Make or Reputed Brand)____2 H.P
Sump De-watering pump with all accessories like pipes, wires fittings, etc. (Crompton Make or Reputed Brand)_____1 H.P
Sump De-watering pump with all accessories like pipes, wires fittings, etc. (Crompton Make or Reputed Brand)_____2 H.P
Sump De-watering pump with all accessories like pipes, wires fittings, etc. (Crompton Make or Reputed Brand)_____5 H.P
Bearing Grease- AP-3
Portable Generator with all accessories like wires, fittings, etc. (Honda Make or Reputed Brand)____a. 1 KVA
Portable Generator with all accessories like wires, fittings, etc. (Honda Make or Reputed Brand)____b. 3 KVA
Portable Generator with all accessories like wires, fittings, etc. (Honda Make or Reputed Brand)____c. 5KVA
RAHUL KALITA
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