BIS - LIMS (Laboratory Information Management System)

The National Small Industries Corporation Ltd

NSIC Technical Services Centre (A Government of India Enterprise), Sector B-24, Guindy Industrial Estate, Ekkaduthangal, Chennai-600 032., CHENNAI, Chennai, Tamil Nadu, 600032

9840912079 ntscche@nsic.co.in

Scope List

Reset

10 Results

S.No.

Indian Standard No.

Product

Grade / Type / Size / Designation etc.

Exclusion

Testing Charges (Excl. Of Taxes)

Facility Type

Effective Date

Validity Date

Remark

IS 996 (2009)

Single phase a.c. induction motors for general purpose (Third Revision)

4000 View breakup
-

Clause No.	Exclusion	Remark
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
16.1(Marking and Diagram of connenctions)	-	As per LRS
10(Type of enclosures)	-	As per LRS
11(Methods of cooling)	-	As per LRS
9.1(General construction (as per Cl. 9 & F-3))	-	As per LRS
9(General construction (as per Cl. 9 & F-3))	-	As per LRS
4.1(Rated Voltage)	-	As per LRS
4.2(Rated Frequency)	-	As per LRS
4.3(Rated Output)	-	As per LRS
4.4(Rated Speed)	-	As per LRS
7(Dimensions (Cl.App.F-4))	-	As per LRS
9.5(Earthing)	-	As per LRS
17.3 (a)(No load test at rated voltage and frequency )	-	As per LRS
12.1.1(Test for torques at rated voltage and frequency (Cl.12.1.1 & F-6.2 ))	-	As per LRS
12.1.1(Test for Breakaway starting current at rated voltage and frequency (Cl.12.1.1 & Cl. 12.5))	-	As per LRS
12.5.1(Full load performance at rated voltage and frequency (Cl.12.5 & F-6.2.4 ))	-	As per LRS
12.2(Temperature-rise test (Cl.12.2 & Cl.F-6.2.5))	-	As per LRS
12.7(Insulation resistance test)	-	As per LRS
13.1(High voltage test)	-	As per LRS
13.3(Leakage current test)	-	As per LRS
12.6(Vibration Severity)	-	As per LRS
15.1.5(Noise Level)	-	As per LRS
15.2(Specific Requirements)	-	As per LRS
17.3 (d)(Voltage, Current, Power, Frequency, Speed, Efficiency, Power factor, Slip)	-	As per LRS
17.3 (c)(Current, Torque)	-	As per LRS
17.3 (f)(Torque)	-	As per LRS
17.3 (e)(Temperature)	-	As per LRS
17.3 (b)(Temperature)	-	As per LRS
17.3 (h)(Voltage)	-	As per LRS
17.3 (g)(Insulation Resistance)	-	As per LRS
17.3 (m)(Vibration)	-	As per LRS
17.3 (k)(Current)	-	As per LRS
17.4 & 9.4.6.1(Observation)	-	As per LRS
16.0(Observation)	-	As per LRS
14.0(Observation)	-	As per LRS
7.2(Dimensions)	-	As per LRS
9.0(Observation)	-	As per LRS
15.1(ADDITIONAL TESTS (For ECO - MARK))	-	As per LRS
12.2(Temperature-rise test (Cl.12.2 & Cl.F-6.2.5))	-	As per LRS
9.4.11(General construction (as per Cl. 9 & F-3))	-	As per LRS
9.4.13(General construction (as per Cl. 9 & F-3))	-	As per LRS
17.3 (j)(Observation)	-	As per LRS
13.2(Moisture proofness)	-	As per LRS

Complete

30 Jan, 2026

IS 9079 (2018)

Monoset pumps for clear, cold water for agricultural and water supply purposes - Specification (Third Revision)

4875 View breakup
-

Clause No.	Exclusion	Remark
9.1(DESIGN FEATURES (Cl 9))	-	-
13.1(Guarantee and tolerances on Pump Performance (Cl 13))	-	-
8.2 IS 11346 : 2002(Verification of Guarantee Rate of flow and head (Cl.8.2 IS 11346 : 2002))	-	-
8.2 IS 11346 : 2002(Verification of Guarantee Rate of flow and head (Cl.8.2 IS 11346 : 2002))	-	-
10.1(GENERAL REQUIREMENTS Casing)	-	-
10.2(GENERAL REQUIREMENTS Impeller)	-	-
10.3(GENERAL REQUIREMENTS Shaft)	-	-
9.2(DESIGN FEATURES (Cl 9))	-	-
13.2(Guarantee and tolerances on Pump Performance (Cl 13))	-	-
13.1(Guarantee and tolerances on Pump Performance (Cl 13))	-	-
13.2(Guarantee and tolerances on Pump Performance (Cl 13))	-	-
13.1.1 (8.2 of IS 11346 : 2002)(Verification of Guarantee Rate of flow and head (Cl.8.2 IS 11346 : 2002))	-	-
13.1.1 (8.2 of IS 11346 : 2002)(Verification of Guarantee Rate of flow and head (Cl.8.2 IS 11346 : 2002))	-	-
7.1(Material of Construction)	-	-
7(Contructional Features)	-	-
7.2(Gaskets.Seals and packings)	-	-
9.3(The manufacturer shall have a system of controlling dimensional accuracy within a scheme of fits and tolerance limits. The system shall help interchangeability and fitment at site for replacement spares during subsequent repair and maintenance.)	-	-
9.4(The pump efficiency of monoset pumps at duty point as declared by the manufacturer for 2 and 4 poles shall not be less than given in Fig. 3 to Fig. 6 and beyond this range, the efficiency shall be declared by manufacturer.)	-	-
10.1(General Requirements(Casing))	-	-
10.2(General Requirements(Impeller))	-	-
10.3(General Requirements(Shaft))	-	-
10.4.1, 10.4.2, 10.4.3, 10.4.4(General Requirements(Balancing))	-	-
10.5(Provision of Earthing)	-	-
10.6.1(Terminal Marking)	-	-
10.6.2, 10.6.3(Direction of Rotation)	-	-
11.8(Type test)	-	-
11.8.1(a)(Measurement of stator resistance)	-	-
11.8.1(b)(High Voltage test)	-	-
11.8.1(c)(Insulation Resistance test)	-	-
11.8.1(d)(No load test at rated voltage)	-	-
11.8.1(e)(Locked rotor)	-	-
11.8.1(f)(Breakaway (starting) torque)	-	-
11.8.1(g)(Reduced voltage running up test at no load)	-	-
11.8.1(h)(Temperature rise test at rated voltage)	-	-
11.8.1(j)(Temperature rise test at reduced voltage)	-	-
13.1.1(The pumpset shall be guaranteed for their performance of the nominal volume rate of flow and the nominal head at the guaranteed duty point. The overall efficiency of the pumpset shall be guaranteed at the declared duty point only.)	-	-
13.1.2(The guarantee shall be deemed to have been met with, if the measured values of head, volume rate of flow and overall efficiency are within the limits indicated in clause 8 of IS 11346. However, after applying the tolerance, overall efficiency value shall not be less than that derived from Fig. 3 to 6.)	-	-
13.1.3(Monoset motor shall not get overloaded in the specified operating head range at rated voltage and supply frequency.)	-	-
13.1.4(The tolerance shall apply to guaranteed duty point only.)	-	-

Complete

30 Jan, 2026

IS 12615 (2018)

Line operated three phase AC motors (IE Code) "Efficiency classes and performance specification" (Third Revision)

4000 View breakup
-

Clause No.	Exclusion	Remark
15.2(Rating)	-	-
18.3(BIS Certification Marking )	-	-
15.3.2(Marking)	-	-
8.0(Earthing)	-	-
9.0(Terminal Marking)	-	-
11.0(DUTY AND RATING)	-	-
18.3(Marking)	-	-
16.2.1(Dimensions)	-	-
16.1.1(Insulation Resistance Test)	-	-
16.1.2(Measurement of Resistance of Windings of Stator)	-	-
16.1.3(No Load Test)	-	-
16.1.5(5 Reduced Voltage Running up Test at no-load (for squirrel cage motor up to 37 kW only))	-	-
16.1.6(High Voltage Test)	-	-
16.2.3(Full Load Test to Determine Efficiency, Power Factor and Slip)	-	-
16.2.4(Temperature Rise Test)	-	-
16.2.5(Momentary Overload Test)	-	-
16.3.1( Test for Vibration Severity of Motor)	-	-
16.3.2( Test for Noise Levels of Motor)	-	-
16.2.2(Locked Rotor Test)	-	-
16.2.2.1(Locked Rotor Test)	-	-
16.2.2.2(Locked Rotor Test)	-	-
16.2.2.3(Determination of starting characteristics -locked rotor current)	-	-

Complete

30 Jan, 2026

IS 6595 : Part 2 (1993)

Horizontal centrifugal pumps for clear, cOld water: Part 2 general pmUrpose (Other than agricultural and rural water supply) - Specification (Second Revision)

5760 View breakup
-

Clause No.	Exclusion	Remark
7.1(Direction of Rotation)	-	-
7.2(Direction of Rotation)	-	-
8.1(Design Limitations)	-	-
8.2(Design Limitations Suction Limitations)	-	-
8.2(Design Limitations Suction Limitations)	-	-
9.1(General Requirements)	-	-
9.2(General Requirements)	-	-
10.1(Pump test, tolerances, and verification of guarantee on Pump Performance)	-	-
10.3(Correction and Allowances)	-	-
10.4(Hydrostatic Test)	-	-

Complete

30 Jan, 2026

IS 11501 (1986)

Specification for engine monoset pumps for clear, cold, fresh water for agricultural purposes

9500 View breakup
-

Clause No.	Exclusion	Remark
5.1(Material of Construction)	-	-
6.1(Direction of rotation)	-	-
6.1(Direction of rotation)	-	-
7(Suction Limitations)	-	-
9.1(Design Features)	-	-
10.2(Casing)	-	-
11.3.2.1(Pump Testing)	-	-
11.3.2.2(Diesel Consumption)	-	-
11.3.2.3(Pump Testing)	-	-
11.4.2.1(Pump Testing)	-	-
11.4.2.2(Pump Testing)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-
14(MARKING)	-	-

Complete

30 Jan, 2026

IS 6595 : Part 1 (2018)

Horizontal centrifugal pumps for clear, cold water - Specification: Part 1 agricultural and rural water supply purposes (Fourth Revision)

5670 View breakup
-

Clause No.	Exclusion	Remark
10.1(Pump Test Verification of the Guarantee Cl.9.4 of IS 9137:2019 Cl. 9.4.1 Curves QH and Qη)	-	-
10.1(Pump Test Verification of the Guarantee Cl.9.4 of IS 9137:2019 9.4.2 Efficiency)	-	-
10.1(Pump Test Verification of the Guarantee Cl.9.4 of IS 9137:2019 9.4.3 Pump Power Input)	-	-
8.1(Design Features Head Restrictions)	-	-
8.1(Design Features Head Restrictions)	-	-
8.2 As per fig 1 & 2(Design Features Minimum efficiency )	-	-
9.1(General Requirements Volute Casing)	-	-
9.2(General Requirements Impeller)	-	-
10(Pump Test Verification of guarante Cl.8 of IS 11346-2002 Rate of flow and head Cl.8 of IS 11346-2002)	-	-
10(Pump Test Verification of guarante Cl.8 of IS 11346-2002 Rate of flow and head Cl.8 of IS 11346-2002)	-	-
10(Pump Test Verification of guarante Cl.8 of IS 11346-2002 Efficiency Cl.8.3 of IS 11346-2002)	-	-
12.2.2(Pump Power Input )	-	-
12.2.5(Vibrations )	-	-
12.2.5(Noise level)	-	-
11.1(Guarantee of Workmanship & material)	-	-
15.2(Laboratory Tests Cl.8 of IS 11346-2002 Rate of flow and head Cl.8 of IS 11346-2002)	-	-

Complete

30 Jan, 2026

IS 8472 (2019)

Centrifugal regenerative pumps for clear, cold water - Specification (Second Revision)

4500 View breakup
-

Clause No.	Exclusion	Remark
16.1(Marking)	-	-
16.1(Marking)	-	-
16.1(Marking)	-	-
16.1(Marking)	-	-
16.1(Marking)	-	-
16.1(Marking)	-	-
16.1(Marking)	-	-
12.1(Pump Tests Cl.8 of IS 11346-2002 Rate of flow and head Cl.8 of IS 11346-2002)	-	-
12.1(Pump Tests Cl.8 of IS 11346-2002 Rate of flow and head Cl.8 of IS 11346-2002)	-	-
12.1(Pump Tests Cl.8 of IS 11346-2002 Efficiency Cl.8.3 of IS 11346-2002)	-	-
12.3(Hydrostatic Pressure Test)	-	-
12.4(Pump tests)	-	-
12.5(Self-Priming Test for Self-Priming Pumps)	-	-
15.1(Guarantee of Workmanship and Material)	-	-
13.1.2(No Load Test at Rated Voltage)	-	-
13.1.2.1.2(Temperature Rise Test at Reduced Voltage)	-	-
13.1.2(Break away torque Pull up torque)	-	-
13.1.2(High Voltage test)	-	-
13.1.2(Insulation Resistance)	-	-
8.1, 8.2(The direction of rotation of pumps)	-	-
8.3(The direction of inlet and outlet flow passages)	-	-
10.1(Design Features)	-	-
10.1(a)(Design Features(Voltage Rangings))	-	-
10.1(b)(Design Features(Frequency Rangings))	-	-
10.1(c)(Design Features(Combination of Voltage and frequency variation))	-	-
15.2(Guarantee of Performance)	-	-
15(Guarntee on pump performance and tolerances)	-	-
11(General Requirements)	-	-
11.1(The pump shaft should be of adequate size to transmit the required power over the entire head range.)	-	-
11.2(The pump casing should be of robust construction and shall be tested to withstand hydrostatic pressure as specified in 12.3.)	-	-
11.3(The nominal size of suction and delivery pipe of the pump shall be as specified in IS 1239 (Part 1),IS 4984, IS 4985 and IS 12231)	-	-
13.2(Three phase monoset pumps)	-	-
13.2.2(Measurement of stator resistance test (cl.22.3.1(b) of IS 7538))	-	-
13.2.2(No load test (cl.22.3.1cb) of IS 7538))	-	-
13.2.2(Reduced voltage running test (cl.22.3.1(d) of IS 7538))	-	-
13.2.2(Locked Rotor test (cl.22.3.1(e) of IS 7538))	-	-
13.2.2(Insulation Resistance test (cl.22.3.1(m) of IS 7538))	-	-
13.2.2(High Voltage test (cl.22.3.1(n) of IS 7538))	-	-
15.2.1(Monoset pumps)	-	-
15.2.1(e)(Overall efficiency of pumpset)	-	-
15.2.1(a)(Discharge, total head, current and input power at the Guarnteed duty point)	-	-
15.2.1(b)(Non overloading of the prime-mover I the declared operating head range)	-	-
15.2.1(c)(Rated output of motor)	-	-
15.2.1(d)(Full load speed of motor)	-	-
15.2.2(Bare pumps)	-	-
15.2.1(f)(Max.self.priming time)	-	-
15.2.2(a)(Discharge, total head as per Guarnteed duty point at rated voltage and speed)	-	-
15.2.2(b)(Non overloading of the prime-mover I the declared operating head range)	-	-
15.2.2(c)(Non-over-rated prime mover recommended by the manufacturer)	-	-
15.2.2(d)(Max.self.priming time)	-	-
7(Materials of Construction ( Shaft))	-	-
7(Materials of Construction ( Impeller))	-	-
7(Materials of Construction ( Casing/Chamber))	-	-
13.1.2.1.1(Temperature Rise Test at Rated Voltage)	-	-

Complete

30 Jan, 2026

IS 14220 (2018)

Openwell submersible pumpsets - Specification (First Revision)

4200 View breakup
-

Clause No.	Exclusion	Remark
8.1(Design Features)	-	-
8.1.4(Design Features)	-	-
8.1.5(Design Features)	-	-
9(Efficiency)	-	-
10(Performance (Cl 17.1 of IS 5120))	-	-
10(Suction and Delivery Ends (Cl 17.2 of IS 5120))	-	-
10(Fluid Passages (Cl 17.3 of IS 5120))	-	-
10(Draining Plugrs (Cl 17.4 of IS 5120))	-	-
10(Casing (Cl 17.6 of IS 5120))	-	-
10(Shaft Couplings (Cl 17.9 of IS 5120))	-	-
10(Name Plate (Cl 17.14 of IS 5120))	-	-
10(Name Plate (Cl 17.14 of IS 5120))	-	-
10(Name Plate (Cl 17.14 of IS 5120))	-	-
10(Name Plate (Cl 17.14.1 of IS 5120))	-	-
10.2(Casing)	-	-
10.3(Impeller)	-	-
10.4.1(Shaft)	-	-
10.5.1(Balancing)	-	-
10.6.1( Provision for Earthing)	-	-
10.6.2( Provision for Earthing)	-	-
10.6.4( Provision for Earthing)	-	-
10.7.1(Terminal Marking and Direction of Rotation)	-	-
10.7.2(Terminal Marking and Direction of Rotation)	-	-
10.7.3(Terminal Marking and Direction of Rotation)	-	-
15.2(Laboratory Tests Cl.8 of IS 11346-2002 Rate of flow and head Cl.8 of IS 11346-2002)	-	-
15.2(Laboratory Tests Cl.8 of IS 11346-2002 Efficiency Cl.8.3 of IS 11346-2002)	-	-
15.5(Hydrostatic Pressure Test)	-	-
16.1.1( Guarantee of Performance)	-	-
16.1.2( Guarantee of Performance)	-	-
16.1.3( Guarantee of Performance)	-	-
16.1.4( Guarantee of Performance)	-	-
16.1.5( Guarantee of Performance)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1.3(Marking)	-	-
7(Constructional features)	-	-
7.1(It is recognized that a number of materials of construction are available to meet the needs for pumps handling clear, cold water.)	-	-
7.2(Gaskets, seals and packings used for clear, cold water pumps shall conform to the applicable requirements specified in 5.2 of IS 5120.)	-	-
7.3(The motor shall be provided with a breathing attachment like bellows, diaphragm etc; to compensate the volumetric variation of water inside the motor due to change in the temperature.)	-	-
7.4(The motor shall be protected from ingress of well water, sand and other foreign matter by means of cable glands, rubber seals etc.)	-	-
7.5(All materials and components for the motor shall be suitable for application in respect of resistance and mechanical performance to protect it)	-	-
7.6(The rotor of the wet type open well submersible motor and rotor in water filled designed motor shall be provided with suitable coating from corrosion under water. However if suitable anticorrosion additive is added in the water, no separate protection on rotors is necessary.)	-	-
8(Design Features)	-	-
8.1.2(The multi-stage pump shaft may be guided through bearings, the bearings may be provided in stage casing, suction housing and discharge casing, while in case of intermediate bearings, suitable positions may be selected in the overall span.)	-	-
8.1.3(The pump may be equipped with replaceable bearing and wearing ring, wherever provided.)	-	-
8.1.4(The strainer on the suction shall offer the best compromise amongst restraining large solids from entering the pump and containing the suction losses to the minimum.)	-	-
8.1.5(The pump shall be capable to give discharge without overloading the prime mover within the permissible current at rated voltage and supply frequency at minimum +5 percent and minimum –15 percent of the guaranteed duty point head up to 30 m. Above 30 m, the pump shall be capable to give discharge without overloading the prime mover within the permissible current at rated voltage and supply frequency at minimum +10 percent and minimum –25 percent of the guaranteed duty point head.)	-	-
12(Cable)	-	-
12.1(Flat/Round cables as per IS694 shall be used)	-	-
12.1.2(The size of the conductor shall be adequate and suitable for contineous use under water and in air. the length of the cable shall be minimum 2 m externallly unless otherwise specified by the customer)	-	-
12.1.3(The size and of the cable should be suitably selected so that the voltage drop between control panel and the mptor terminal does not exeed three percent of the rated voltage)	-	-
12.1.4(In case a joint is required to be made between the lead cable supplied with the motor and the user’s cable, a detailed procedure to make water tight joining shall be supplied by the motor manufacturer.)	-	-
12.1.5(If four core cable is used, the fourth core is to be used for earthing.)	-	-
14.10.1(Type test)	-	-
14.10.1(a)(Insulation Resistance test)	-	-
14.10.1(b)(High Voltage test)	-	-
14.10.1(c)(Measurement of stator resistance)	-	-
14.10.1(d)(No load test at rated voltage)	-	-
14.10.1(e)(Reduced voltage running up test at no load)	-	-
14.10.1(f)(Locked rotor)	-	-
14.10.1(g)(Breakaway (starting) torque)	-	-
14.10.1(h)(Leakage current test;)	-	-
14.10.1(j)(Temperature rise test at rated voltage)	-	-
14.10.1(k)(Temperature rise test at reduced voltage)	-	-
16.1(Guarntee of Performance)	-	-
16.1.1(The pumpset shall be guaranteed for their performance of the nominal volume rate of flow and the nominal head at the guaranteed duty point. The overall efficiency of the pumpset shall be guaranteed at the declared duty point only.)	-	-
16.1.2(The guarantee shall be deemed to have been met with, if the measured values of head, volume rate of flow and overall efficiency are within the indicated in IS 11346 limits)	-	-
16.1.3(Open well submersible motor shall not get overloaded in the specified operating head range at rated voltage and supply frequency.)	-	-
16.1.4(The pump shall be tested for the operating head range as per 8.1.5.)	-	-
16.1.5(The overloading of motor is that condition when maximum current drawn by the motor exceeds the limit of 1.07 times of the rated motor current)	-	-
16.1.6(The tolerance shall apply to guaranteed duty point only.)	-	-
16.1.7(Performance at rated voltage and supply frequency is actual performance of the set. This is better than performance at rated speed, since in the entire operating head range speed of motor is higher than rated speed, as motor is running in under loaded condition.)	-	-
16.1.8(The manufacturer shall specify the minimum submergence of pump unit at duty point.)	-	-
10.6.3( Provision for Earthing)	-	-
8.1.1(Design Features)	-	-
10.4.2(Shaft)	-	-
10.5.2(Balancing)	-	-
10.5.3(Balancing)	-	-
10.5.4(Balancing)	-	-
10(Impeller (Cl 17.7 of IS 5120))	-	-
10(Bearings (Cl 17.10 of IS 5120))	-	-
10( Stuffing Boxes (Cl 17.11 of IS 5120))	-	-
10(Base Plates (Cl 17.12 of IS 5120))	-	-
10(Prime Mover (Cl 17.13 of IS 5120))	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-
18.1(Marking)	-	-

Complete

30 Jan, 2026

IS 9283 (2013)

Motors for submersible pumpsets - Specification (Second Revision)

3500 View breakup
-

Clause No.	Exclusion	Remark
5.1(Construction, IS 9283)	-	-
5.1.1(Construction, IS 9283)	-	-
5.1.2(Construction, IS 9283)	-	-
5.2.3(Earthing, IS 9283)	-	-
5.2.4(Earthing, IS 9283)	-	-
5.2.5(Earthing, IS 9283)	-	-
5.3(Foreign Matter, IS 9283)	-	-
5.5(Finish of Bearings, IS 9283)	-	-
5.6(Balancing of Rotor, IS 9283)	-	-
7.1(Dimensions of Motors, IS 9283)	-	-
7.2.1(Tolerances, IS 9283)	-	-
7.2.2(Tolerances, IS 9283)	-	-
8(Type of duty, IS 9283)	-	-
13(Terminal Markings, IS 9283)	-	-
15.1(Marking, IS 9283)	-	-
15.1(Marking, IS 9283)	-	-
15.1(Marking, IS 9283)	-	-
15.1(Marking, IS 9283)	-	-
15.1(Marking, IS 9283)	-	-
15.1(Marking, IS 9283)	-	-
17.1(Performance values, IS 9283)	-	-
17.1(Performance values, IS 9283)	-	-
17.1(Performance values, IS 9283)	-	-
17.1(Performance values, IS 9283)	-	-
19(Temperature rise test, IS 9283)	-	-
19(Temperature rise test, IS 9283)	-	-
20(High Voltage test, IS 9283)	-	-
21(Insulation Resistance test, IS 9283)	-	-
22(Speed, IS 9283)	-	-
23(Leakage Current test, IS 9283)	-	-

Complete

30 Jan, 2026

IS 8034 (2018)

Submersible pumpsets - Specification (Third Revision)

Submersible pumpsets

6200 View breakup
-

Clause No.	Exclusion	Remark
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
14(Marking)	-	-
6.2 (a)(Material of construction Part Sub Assembly Shaft Sleeve)	-	-
6.2 (c)(Material of construction Part Sub Assembly Bush)	-	-
6.2 (d)(Material of construction Part Sub Assembly Discharge casing (if provided))	-	-
6.2 (e)(Material of construction Part Sub Assembly Impeller)	-	-
6.2 (f)(Material of construction Part Sub Assembly Pump Bowl/Diffuser)	-	-
6.2 (g)(Material of construction Part Sub Assembly Pump Shaft)	-	-
6.2 (h)(Material of construction Part Sub Assembly Suction Casing)	-	-
7.1.4(Design features: Typical design features 0f components of pump)	-	-
7.1.2(Design features: Typical design features 0f components of pump)	-	-
7.1.5(Design features: Typical design features 0f components of pump)	-	-
8.1(General Requirements)	-	-
8.2(Casing)	-	-
8.3(Impeller)	-	-
8.4.2(Shaft)	-	-
8.5.1(Balancing)	-	-
8.7.1(Direction of Rotation)	-	-
8.7.2(Direction of Rotation)	-	-
8.8(Terminal Marking)	-	-
8.9.1(Typical Installation)	-	-
8.9.3(Typical Installation)	-	-
10.3(Hydrostatic Pressure Test)	-	-
10.2(Laboratory Tests Cl.8 of IS 11346-2002 Rate of flow and head Cl.8 of IS 11346-2002)	-	-
10.2(Laboratory Tests Cl.8 of IS 11346-2002 Efficiency Cl.8.3 of IS 11346-2002)	-	-
11.1.1(Guarantee of Performance)	-	-
11.1.2(Guarantee of Performance)	-	-
11.1.2(Guarantee of Performance)	-	-
11.1.3(Guarantee of Performance)	-	-
11.1.4(Guarantee of Performance)	-	-
11.1.5(Guarantee of Performance)	-	-
12(Guarantee of workmanship and material)	-	-
8.9(Typical installation)	-	-
8.5(Balancing of rotor)	-	-
8.6(Submersible cable)	-	-
8.7(Direction of Rotation)	-	-
7(Design features)	-	-
7.1.10(Voltage & Frequency variation)	-	-
6(Measurement of shaft extension)	-	-
6(Constructional Features)	-	-
11(Guarantee of Performance)	-	-
10(Pump Performance test)	-	-
9.1(General)	-	-
9.10 (a)(Insulation Resistance test)	-	-
9.10 (b)(High Voltage test)	-	-
9.10 (c)(Measurement of Stator Resistance)	-	-
9.10 (d)(No Load Test at Rated Voltage)	-	-
9.10 (e)(Reduced voltage Running up test)	-	-
9.10 (f) & (g)(Locked Rotor Test)	-	-
9.10 (h)(Leakage current test)	-	-
9.10 (j)(Temperature Rise Test at Rated Voltage)	-	-
9.10 (k)(Temperature rise test at reduced voltage)	-	-
8.9.4c(Earthing)	-	-
7.1.7(Pump loading shall be as per 11.1.5)	-	-
7.1.9(prime mover electric motor suitable for the pumps shall be of contineous duty as specified in IS/IEC 60034-4 and as per IS 9283)	-	-
8.6.1(Flat/Round cables as per IS694 shall be used)	-	-
8.6.2(The size of the conductor shall be adequate and suitable for contineous use under water and in air. the length of the cable shall be minimum 2 m externallly unless otherwise specified by the customer)	-	-
8.6.3(The size and of the cable should be suitably selected so that the voltage drop between control panel and the mptor terminal does not exeed three percent of the rated voltage)	-	-
8.6.4(In case a joint is required to be made between the lead cable supplied with the motor and the user’s cable, a detailed procedure to make water tight joining shall be supplied by the motor manufacturer.)	-	-
8.9(Installation)	-	-
8.9.2(The pumpset shall be installed as per guidelines laid down in IS 14536 or as per the recommendation of the manufacturer)	-	-
8.9.4.1(Earthing of the motor shall be done as per IS 9283 in accordance with the relevant provisions of IS 3043.)	-	-
8.9.4.2(In case of PVC pipes used as discharge pipe, a separate non corrosive, low resistance conductor from motor earth terminal to control panel earth terminal shall be provided for earthing.)	-	-
8.9.4.3(In case non corrosive GI pipes and clamps are used for the purpose of earthing the motor, earthing connection may be made to the discharge pipe clamp and to the control panel earth terminal)	-	-
6.1 (a)(Constructional Features)	-	-
6.1 (b)(Constructional Features)	-	-
6.1 (c)(Constructional Features)	-	-
6.1 (d)(Constructional Features)	-	-
6.1 (e)(Constructional Features)	-	-
6.1 (f)(Constructional Features)	-	-
6.2 (b)(Material of construction Part Sub Assembly Casing wear ring (if provided))	-	-
6.2.2.1(Gaskets, Seals and Packings)	-	-
6.2.2.2(Gaskets, Seals and Packings)	-	-
6.2.3(Gaskets, Seals and Packings)	-	-
6.2.4(Gaskets, Seals and Packings)	-	-
6.2.5(Gaskets, Seals and Packings)	-	-
7.1.1(Design features: Typical design features 0f components of pump)	-	-
7.1.3(Design features: Typical design features 0f components of pump)	-	-
7.1.6(Design features: Typical design features 0f components of pump)	-	-
8.4.1(Shaft)	-	-
8.5.2(Balancing)	-	-

Complete

30 Jan, 2026

Bureau of Indian Standards

The National Standards Body of India

The National Small Industries Corporation Ltd

NSIC Technical Services Centre (A Government of India Enterprise), Sector B-24, Guindy Industrial Estate, Ekkaduthangal, Chennai-600 032., CHENNAI, Chennai, Tamil Nadu, 600032

9840912079 ntscche@nsic.co.in

Scope List