Contents. General Data. Submersible Motors

Transcription

1 Contents General Data Performance Range Page 2 Applications Page Type Key Page Pumped Liquids Page Operating Conditions Page Curve Conditions Page Pump Range Page Motor Range Page s Features and Benefits Page 5 Material Specification Page 7 Submersible Motors Features and Benefits Page 8 Material Specification Page 11 Submersible Motors Electrical Data and Dimensions 1 x V, Submersible Motors Encapsulated Page 75 x V, Submersible Motors Encapsulated Page 75 x 8 V, Submersible Motors Encapsulated Page 76 x 6 V, Submersible Motors Encapsulated Page 76 Accessories Cable termination kit with plug Page 78 Cable termination kit type KM Page 78 Cable termination kit Page 78 Table of Head Losses Head Losses in Ordinary Water Pipes Page 8 Head Losses in Plastic Pipes Page 81 Performance Ranges/Technical Data QF1 Page 1 QF1.5 Page QF2 Page 18 QF5 Page 2 QF6 Page QF Page 2 QF2 Page 26 QF25 Page 28 QF Page QF5 Page 5 QF75 Page QF1 Page 5 QF5 Page 5 QF Page 55 QF21 Page 6 QF27 Page 65 QF6 Page 7 1

2 General Data QF Peformance Range H [feet] H Hz, SF QF 1 QF 1.5 QF 2 QF 5 QF 6 QF 2 QF QF 25 QF QF 5 QF 75 QF 1 QF 5 QF QF 21 QF 27 QF Q [m³/h] Q [l/s] 2

3 General Data QF Applications The pumps are suitable for the following applications : Raw water supply Irrigation systems Groundwater lowering Type Key Example Pressure boosting Industrial applications Type range Nominal flow rate x 1 lpm Number of impellers First impeller with reduced diameter (A,B or C) Second impeller with reduced diameter (A,B or C) QF A B Pumped Liquids Clean, thin, non-aggressive liquids without solid particles or fibres. Operating Conditions Flow rate, Q :.1-5 m /h. Head, H: Maximum 81m. Maximum Liquid Temperature: Installation Motor Flow velocity- Vertical Horizontal past motor Shakti ", 6" & 8".15 m/s Operating pressure: Maximum 81m (81 bar) c c Curve Conditions The conditions below apply to the curves shown on the following pages : General Curve tolerance according to ISO 996, Annex A. The performance curves show pump performance at actual speed cf. standard motor range. The speed of the motors is approximately : -1 " motors : n=6 min -1 6" motors : n=5 min -1 8" to " motors : n=5 min The measurements were made with airless water at a temperature of 2 c.the curves apply to a kinematic 2 viscosity of 1mm /s. When pumping liquids with a density higher than that of water, motors with correspondingly higher outputs must be used. The bold curves indicate the recommended performance range. The performance curves are inclusive of possible losses such as non-return valve loss. QF1, QF1.5, QF2, QF5, QF6, QF, QF2, QF25 Curve Q/H : The curves are inclusive of valve and inlet losses at the actual speed. Power Curve : BPkW/Stage shows pump power input per stage. Efficiency Curve : Efficiency shows pump stage efficiency. QF,QF5,QF75,QF1,QF5,QF, QF21,QF27,QF6 Curve Q/H : The curves are inclusive of valve and inlet losses at the actual speed. Operation without non-return valve will increase the actual head at nominal performance by.5 to 1. m. NPSH The curve is inclusive of suction case and shows required inlet pressure. Power Curve: It shows pump power input at the actual speed for each individual pump size. Efficiency Curve : Efficiency shows pump stage efficiency.

4 General Data s QF Pump Range Type Steel : AISI SS QF 1 QF 1.5 QF 2 QF 5 QF 6 QF QF 2 QF 25 QF QF 5 QF 75 QF 1 QF 5 QF QF QF 27 QF Connection : Rp (Inches) BSP Thread 1 1/ 1 1 1/ 1 1 1/ 1/ / NPT Thread 1 1/ 1 1 1/ 1 1 1/ 1/ Flange Connection 5" 5" 6" 6" 6" Motor Range MotorOutput[kW] Single Phase Three Phase Rewindable motor Steel : AISI Steel : AISI And Cast Iron Direct - on - Line starting is recommended up to 75 kw. Soft starter or autotransformer is recommended above 75 kw. Motors with star / delta are available from. kw.

5 s QF Features and Benefits A Wide Pump Range We offers submersible pumps with energy- efficient duty points ranging from.1 to 5 m /h. The pump range consists of many pump sizes - and each pump size is available with an optional number of stages to match any duty point. High Pumps Efficiency Often pump efficiency is a neglected factor compared to the price however, the observant user will notice that price variations are without importance to water supply economics compared to the importance of pump and motor efficiencies. QF1 QF1.5 QF2 QF5 QF6 QF QF2 QF25 QF QF5 QF75 QF1 QF5 QF QF21 QF27 6 Hz QF6 Example: When pumping 5 m /h with a head of 2m for a period of 1 years $ 6, will be saved if a pumps and motors having a 1% higher efficiency is chosen and the price is $.1 per kwh. Applications We offers a complete range of pumps and motors which as a standard are made completely of stainless steel AISI -. This provides for good wear resisrance and a reduced risk of corrosion when pumping ordinary cold water with a minor content of chloride. Low Installation Costs Stainless steel means low weight facilitating the handling of pumps and resulting in low equipment costs and reduced installation and service time. In addition pumps will be as new after service due to the high wear resistance of stainless steel. 5

6 s QF Bearings with Sand Channels All bearings are water-lubricated and have a squared shape enabling sand particles, If any, to leave the pump together with the pumped liquid. CT 1 11 Inlet Strainer The inlet strainer prevents particles over a certain size form entering the pump. Non-Return Valve All pumps are equipped with a reliable non-return valve in the valve casing preventing back flow in connection with pump stoppage. Furthermore, the short closing time of the non-return valve means that the risk of destructive water hammer is reduced to a minimum. The valve casing is designed for optimum hydraulic properties, to minimize the pressure loss across the valve and thus contributes to the high efficiency of the pump. Priming Screw All QF and QF pumps are fitted with a priming screw. Consequently, dry running is prevented because the priming screw will make sure that pump bearings are always lubricated. Due to the semi-axial impellers of large QF pumps (except for QF ) this priming is automatically provided. However, it applies to all pump types that if the water table is lowered to a level below the pump inlet neither pump nor motor will be protected against dry running. Stop ring The stop ring prevents damage to the pump during transport and in case of up-thrust in connection with start - up. The stop ring, which is designed as a thrust bearing limits axial movements of the pump shaft. Example : QF 5 The stationary part of the stop ring (A) is secured in the top bowl (Upper intermediate chamber). The rotating part (B) is fitted above the collet [split cone (C)]. NRV Flape A B C CT1 CT1 27 CT 1 1 CT 1 S262 6

7 s QF Material specification Pos. Components Materials Standard N-version 1 1d 2 a b a 8b 9 11 Valve casing O-ring valve cup Valve seat Lower valve seat retainer Upper valve seat retainer Top chamber Upper bearing Necking Bearing Washer for stop ring Stop ring chamber split cone nut Stainless steel NBR Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel NBR NBR / PPS NBR Cabron/graphite HY in PTFE mass Stainless Steel Stainless Steel Stainless Steel 11c Nut for stop ring Stainless Steel Split cone Impeller Suction Interconnector Strainer Shaft complete Strap Cabel guard Nut for strap Spring for valve cup Valve guide Washer Wear ring Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel 1 Example : QF 5 8a 11c b 1d a 6 8b

8 Submersible Motors Submersible Motors Features and Benefits A complete Motor Range Shakti pumps offers a complete submersible motor range in different voltages : " motors, single - phase up to kw. " motors, three-phase up to 7.5 kw. 6" motors, three-phase from 2.2 kw to 7 kw. 8" motors, three-phase from 11 kw to kw. High Motor Efficiency Within the area of high motor efficiency Shakti is a market leader. This is due to newly developed motor concept which is introduced with the MS 1, MS 11 and. Rewindable motors The two pole Shakti submersible motors are easily rewinded. The windings of the stator are made of a special water-proof wire of pure electrolytic copper sheathed with special non-hydroscopic thermoplastic material. The high dielectric strength properties of this material allow direct contact between the windings and the liquid for efficient cooling of the windings. 8

9 Submersible Motors Submersible Motors QF Over temperature protection Both for Shakti MS submersible motors accessories for protection against over temperature is available. When the temperature becomes too high, the protection device will cut-out and damage to the pump and motor be avoided. Restart of the motor after cut-out can be achieved in two ways: manual restart or automatic restart. Automatic restart means that the control unit attempts to restart the motor after 15 min. If the first attempt is not successful, restarting will be re-attempted at -minute intervals. Example : MS11 Protection against upthrust In case of a very small counter pressure in connection with startup there is a risk that the entire pump body may rise. This is called upthrust. Upthrust may damage both pump and motor. Therefore both pumps and motors are protected against upthrust as standard, preventing upthrust from occurring in the critical start-up phase. The protection consist of either a built-in stop ring or hydraulic balancing. Built-in cooling chambers In all submersible motors an efficient cooling is ensured by cooling chambers at the top and at the bottom of the motor, and by an internal circulation of motor liquid. As long as the required flow velocity cooling of the motor will be efficient. 9

10 Submersible Motors Submersible Motors Lightning protection The smallest Shakti submersible motors, i.e. of the type MS 11, are all insulated in order to minimize the risk of motor burnout caused by stroke of lightning. Reduced risk of short-circuit The embedded stator winding in the Shakti MS submersible motor is hermetically enclosed in stainless steel. The result is high mechanical stability and optimum cooling. Also, this eliminates the risk of short circuit of the windings caused by condensed water. Shaft seal MS 11 The shaft seal is of the lip seal type characterized by lowfriction against the rotor shaft. The choice of rubber offers good wear resistance, goodelasticity and resistance to particles. The rubber material is approved for use in drinking water. MS 1, The choice of material is ceramic/tungsten carbide providing optimum sealing, optimum wear resistance and long life. The spring loaded shaft seal is designed with a large surface and a sand shield. The result is a minimum exchange of pumped and motor liquids and no penetration of particles. Rewindable motors The standard shaft seal is a rubber lip type. The shaft seal is replaceable. The material features good wear resistance and resistance to particles. Together with the shaft seal housing, the sand shield forms a labyrinth seal, which during normal operating conditions prevents penetration of sand particles into the shaft seal. On request, motors can be supplied with a SiC/SiC seal. Example : MS11 1

11 Submersible Motors Submersible Motors QF Material specification for MS motors Example : MS11 Submersible motors Pos. Part MS 1 1 Shaft SSAISI 1 MS 11 SSAISI Shaft seal NBR Tungsten carbide/ ceramic 5 Motor sleeve SSAISI SSAISI Motor end shield SSAISI SSAISI 5 6 Radial bearing Axial bearing Ceramic Ceramic/ carbon Cermic / tungsten carbide Ceramic / carbon Rubber parts NBR NBR

12 Submersible Motors Submersible Motors QF Rewindable Example : MTSFC15 Part Material AISI (Standard) Shell (SS AISI ) (SS AISI ) Endbell, Diaphragm cover Housing thrust bearing Cast Iron / powder coated Cast Iron / powder coated (SS AISI ) (SS AISI ) Seals BUNA N BUNA N Seal Cover (SS AISI ) (SS AISI ) Shaft Seal SiC SiC Shaft end kw kw Shaft end 26kW 7kW (SS AISI ) (SS AISI ) (SS AISI 1) (SS AISI ) Diaphragm EPDM EPDM Lead EPR EPR

13 Submersible Motors Submersible Motors QF Rewindable Example : MTSFC2 Part Material DIN /AISI (Standard) Stator shell SS AISI SS AISI End bell Thrust housing Cast Iron / powder coated Cast Iron / powder coated SS AISI SS AISI Seals BUNA-N BUNA-N Seal cover PPO - GF2 SS AISI Shaft seal SiC SiC Shaft end SS AISI SS AISI Diaphragm NBR 6 NBR 6 Diaphragm cover SS AISI SS AISI Lead EPR EPR 1

14 QF1 [ft] SP 1 M (QF1) 6 Hz, SF 1.15 ISO 996 Annex A Head [hp] [kw].8 Efficiency Power BPkW / STAGE..2. [%] Efficiency Q [m³/h] DOC-SPL-1-QF 1 1

15 Technical Data QF1 B C 11 Rp 1 1/ A Pump Type QF1-9 QF1-1 QF1-18 QF1- QF1-26 QF1-1 QF1-9 Type MS1 MS1 MS1 MS1 MS1 MS1 MS1 Motor Power [kw] C Dimensions [mm] B xv x8v x6v A xv x8v x6v Net weight [kg] xv x8v x6v E = Maximum diameter of pump inclusive of cable guard & motor. 15

16 QF SP 1.5 M (QF1.5) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Power DOC-SPL-1-QF26 2

17 Technical Data QF1.5 B C 11 Rp 1 1/ A Moter Dimensions [mm] B A Net weight xv xv [kg] Power xv xv Pump type Type [kw] C 1xV X6V 1xV X6V D E QF MS QF MS QF MS QF MS QF MS QF MS

18 QF2 [ft] SP 2 M (QF2) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Power Head [hp] [kw]..8 BPkW / STAGE.. [%] 6 Efficiency Q [m³/h] DOC-SPL-1-QF

19 Technical Data QF2 B C 11 Rp 1 1/ A Pump type QF2-6 QF2-6 QF2-9 QF2- QF2-15 QF2-21 QF2-27 QF2- QF2-8 QF2-58 Type MS 1 MS 1 MS 1 MS 1 MS 1 MS 1 MS 1 MS 11 MS 11 MS 11 Motor Power [kw] C Dimensions [mm] B 1xV xv x8v x6v 1xV xv x8v x6v 1xV A Net weight [kg] xv x8v x6v mm = Maximum diameter of pump inclusive of cable guard & motor. QF2-58 are mounted in sleeve for 1 R1 / connection and with max. diameter 18 mm. 19

20 QF5 [ft] SP M (QF5) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Power Head [hp] [kw]. BPkW / STAGE.8.. [%] 6 Efficiency Q [m³/h] DOC-SPL-1-QF56 5 2

21 Technical Data Submersible Pump QF5 B C E D Rp 1 1/ A QF5-56 and QF 5-75 are mounted in 1 sleeve for R1 / connection. Pump type QF5-5 QF5-5N QF5-8 QF5-8N QF5-1 QF5-1N QF5-1 QF5-1N QF5-18 QF5-18N QF5-2 QF5-2N QF5-2 QF5-2N QF5-8 QF5-8N QF5-56 QF5-56 QF5-75 Type MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 Motor Power [kw] E = Maximum diameter of pump inclusive of cable guard and motor. C B Dimensions [mm] A Net weight [kg] xv xv D E 1xV x8v x6v 1xV x8v x6v 1xV xv x8v x6v

22 QF6 [ft] 8-52 SP 5 M (QF6) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Power Head [hp] [kw].2 BPkW / STAGE..8. [%] Efficiency Q [m³/h] DOC-SPL-1-QF66 6

23 Technical Data Submersible Pump QF6 B C E D Rp 1 1/2 A QF6-52 are mounted in sleeve for 1 R1 / 2 connection. Pump type QF6- QF6-N QF6-5 QF6-5N QF6-7 QF6-7N QF6-9 QF6-9N QF6-11 QF6-11N QF6-15 QF6-15N QF6-21 QF6-21N QF6-26 QF6-26N QF6-9 QF6-9N QF6-9 QF6-9N QF6-52 Type MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 1 MS 11R MS 11 MS 11R MS 11 MS 11R MS 11 MS 11R MS 11 MS 11R R Motor Power [kw] C B Dimensions [mm] A xv xv D E 1xV x8v x6v 1xV x8v x6v 1xV Net weight [kg] xv x8v x6v E = Maximum diameter of pump inclusive of cable guard and motor. 2

24 QF [ft] SP 8 M (QF) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Power Head [hp] [kw].6. BPkW / STAGE.2. [%] 6 Efficiency Q [m³/h] DOC-SPL-1-QF6 2

25 Technical Data Submersible Pump QF B C E D Rp 2 A QF-5 to - 66 are mounted in sleeve for Rp 2 connection. Pump type QF8- QF-N QF-R QF-5 QF-5N QF-5R QF-7 QF-7N QF-7R QF-9 QF-9N QF-9R QF- QF-N QF-R QF-15 QF-15N QF-15R QF-18 QF-18N QF-21 QF-21N QF-25 QF-25N QF- QF-N QF-18 QF-18N QF-21 QF-21N QF-25 QF-25N QF- QF-N QF-7 QF-7N QF- QF-N QF-5 QF-5N QF-58 QF-58N QF-66 QF-66N Type Motor MS 1 MS 11R MS 11 MS 1 MS 11R MS 11 MS 1 MS 11R MS 11 MS 11 MS 11R MS 11 MS 11 MS 11R MS 11 MS 11 MS 11R MS 11 MS 11 MS 11R MS 11 MS 11R MS 11 MS 11R MS 11 MS 11R R R R R R R R R R Power [kw] E = Maximum diameter of pump inclusive of cable guard and motor. C B Dimensions [mm] A Net weight [kg] xv xv D E 1xV x8v x6v 1xV x8v x6v 1xV xv x8v x6v

26 QF SP 9 M (QF2) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Power Q [m³/h] DOC-SPL-1-QF

27 Technical Data Submersible Pump QF2 B C E D Rp 2 A Moter Dimensions [mm] B A Net weight xv xv [kg] Power xv xv Pump type Type [kw] C 1xV X6V 1xV X6V D E QF2- MS QF2-5 MS QF2-7 MS QF2-9 MS QF2-1* MS QF2-18* MS *ALSO AVAILABLE 6" MOTOR 27

28 QF25 [ft] SP 1 M (QF25) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Power Head [hp] [kw].6 BPkW / STAGE..2. [%] Efficiency Q [m³/h] DOC-SPL-1-QF

29 Technical Data Submersible Pump QF25 B C E D Rp 2 A Pump type QF25- QF25-5 QF25-8 QF25- QF25- QF25- QF25- Type MS 1 MS 11 MS 1 MS 11 MS 11 Motor Power [kw] E = Maximum diameter of pump inclusive of cable guard and motor. C Dimensions [mm] B A xv x28v x6v xv x28v x6v B E Net weight [kg] xv x8v x6v

30 QF [ft] SP 17 M (QF) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Head [%] NPSH Efficiency Q [m³/h] 8 DOC-SPL-1-QF6

31 QF [ft] SP 17 M (QF) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Head [%] NPSH Efficiency Q [m³/h] 8 DOC-SPL-1-QF6 1

32 Technical Data Submersible Pump QF Dimensions and Weights B C E D Rp 2 1/2 A QF - to QF -9 are mounted in sleeve for Rp connection. Pump type QF-1 QF-2 QF- QF- QF-5 QF-6 QF-7 QF-8 QF-9 QF-5 QF-6 QF-7 QF-8 QF-9 QF-1 QF-11 QF- QF-1 QF-1 QF-15 QF- QF-17 QF-18 QF-19 QF-2 QF-21 QF- QF-2 QF-2 QF-25 QF-26 QF-27 QF-28 QF-29 QF- QF- QF-6 QF-9 QF-2 QF-5 QF-8 QF-5 Type MS 11 MS 11 MS 11 MS 11 MS 11 MS 11 MS 11 MS 11 MS 11 MS15 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 Motor Power [kw] * Maximum diameter of pump with one motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges Dimensions [mm] C B A D E* Net weight [kg]

33 QF P2 [hp] P2 [kw] SP 17 M (QF) Hz, SF 1.15 ISO 996 Annex A Power Q [m³/h] DOC-SPL-1-QF6

34 QF P2 [hp] 72 P2 [kw] 5 52 SP 17 M (QF) 6 Hz, SF 1.15 ISO 996 Annex A Power Q [m³/h] DOC-SPL-1-QF6

35 QF5 [ft] SP M (QF 5) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Head [%] Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF56 5 5

36 QF5 [ft] SP M (QF 5) Hz, SF 1.15 ISO 996 Annex A Efficiency Head [%] Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF56 5 6

37 Technical Data Submersible Pump QF5 Dimensions and Weights B C E D Rp A QF5-2 to QF5-9 are mounted in sleeve for Rp connection. Pump type QF5-1 QF5-2 QF5- QF5- QF5-5 QF5- QF5-5 QF5-6 QF5-7 QF5-8 QF5-9 QF5-1 QF5-11 QF5- QF5-1 QF5-1 QF5-15 QF5- QF5-17 QF5-18 QF5-19 QF5-2 QF5-21 QF5- QF5-2 QF5-2 QF5-25 QF5-26 QF5-27 QF5-28 QF5-29 QF5-1 QF5- QF5-6 QF5-9 Type Motor MS11 MS11 MS11 MS11 MS11 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MS15 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 Power [kw] * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges. C Dimensions [mm] B A D E* E** Net weight [kg]

38 QF5 [hp] [kw] SP M (QF 5) Hz, SF 1.15 ISO 996 Annex A Power Q [m³/h] DOC-SPL-1-QF56 5 8

39 QF5 [hp] [kw] SP M (QF 5) 6 Hz, SF 1.15 ISO 996 Annex A Power Q [m³/h] DOC-SPL-1-QF56 5 9

40 QF75 [ft] SP 6 M (QF 75) 6 Hz, SF 1.15 ISO 996 Annex A C A C Efficiency Head 2 1 [%] BC - --BB -2-2-AB -1-1-A -1-B Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF756 75

41 QF75 [ft] SP 6 M (QF 75) Efficiency Head NPSH Efficiency DOC-SPL-1-QF

42 Technical Data Submersible Pump QF75 Dimensions and Weights E Rp Rp Pump type QF75-1-B QF75-1-B Type MS 11 MS 1 Motor Power [kw] A C E* E** A C E* E** Rp connection Dimensions [mm] 7 Rp connection 7 18 B 1 6 D Net weight [kg] 2 QF75-1-A MS QF75-1 MS QF75-2-AB MS QF75-2 MS B C D A QF75--BB QF75- QF75- QF75--BC QF75- QF75-5-C QF75-5 QF75-6-A QF75-6 QF75-7-C MS 11 MS QF QF QF QF 75-2 to QF 75-2 are mounted in sleeve for Rp connection. QF75-1 QF QF QF QF QF QF QF QF75-18 MTSFC QF75-19 MTSFC QF75-2 MTSFC QF75- MTSFC QF75-2 MTSFC * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges. 2

43 QF75 [hp] [kw] SP 6 M (QF 75) 6 Hz, SF ISO 996 Annex A C A Power 11-5-C BC BB AB Q [m³/h] -1-1-A -1-B DOC-SPL-1-QF756 75

44 QF75 [hp] [kw] 6 SP 6 M (QF 75) 6 Hz, SF 1.15 ISO 996 Annex A Power Q [m³/h] DOC-SPL-1-QF756 75

45 QF1 [ft] SP 6 M (QF 1) 6 Hz, SF 1.15 ISO 996 Annex A B Efficiency Head [%] AA - --A -2-2-BB -1-1-B Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF 1 5

46 QF1 [ft] SP 6 M (QF 1) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Head [%] B -8 NPSH Efficiency Q [m³/h] 8 DOC-SPL-1-QF 1 6

47 Technical Data Submersible Pump QF1 Dimensions and Weights B C E D A Rp Rp Pump type QF1-1-B QF1-1-A QF1-1 QF1-2-BB QF1-2 QF1--A QF1--A QF1- QF1--AA QF1- QF1-5 QF1-6-B QF1-6 QF1-7 QF1-8 QF1-9-B QF1-9 QF1-1 QF1-11 QF1- QF1-1 QF1-1 QF1-15 QF1- QF1-17 QF1-18 QF1-19 QF1-2 QF1-21 MS 11 MS 11 MS 11 MS 11 MS 11 MS 11 Motor Type MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 Power [kw] Rp connection Dimensions [mm] Rp connection A C E* E** A C E* E** B D Net weight [kg] * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges. 7

48 QF1 [hp] [kw] SP 6 M (QF 1) 6 Hz, SF ISO 996 Annex A B Power AA A BB Q [m³/h] -1-B DOC-SPL-1-QF 1 8

49 QF1 [hp] [kw] SP 6 M (QF 1) 6 Hz, SF 1.15 ISO 996 Annex A Power Q [m³/h] -9-9-B -8 DOC-SPL-1-QF 1 9

50 QF5 [ft] 17-6-B SP 77 M (QF 5) 6 Hz, SF 1.15 ISO 996 Annex A BB B 1 Efficiency Head [%] A --AA -2-2-A -2-BA -1 Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF56 5 5

51 QF5 [ft] SP 77 M (QF 5) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Head [%] Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF

52 Technical Data Submersible Pump QF5 Dimensions and Weights B C E D Rp 5 A 8 x ø15 Pump type QF5-1 QF5-2-BA QF5-2-A QF5-2 QF5--AA QF5--A QF5- QF5--B QF5- QF5-5-BB QF5-5 QF5-6-B QF5-6 QF5-7 QF5-8 QF5-9 QF5-1 QF5-11 QF5- QF5-1 QF5-1 QF5-15 Type Motor MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 Power [kw] Dimensions [mm] Rp 5 connection 5'' Grundfos flange A C E* E** A C E* E** B D Net weight [kg] ø5 ø175 ø2 * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges. 52

53 QF5 [hp] [kw] SP 77 M (QF 5) Hz, SF 1.15 ISO 996 Annex A 2-6-B BB - Power B A --AA A 8-2-BA Q [m³/h] DOC-SPL-1-QF56 5 5

54 QF5 [hp] [kw] SP 77 M (QF 5) Hz, SF ISO 996 Annex A Power Q [m³/h] -6 DOC-SPL-1-QF56 5 5

55 QF [ft] 5 15 SP M (QF ) 6 Hz, SF B ISO 996 Annex A AB B Efficiency Head BB -2-2-B -2-AB -1-1-A [%] Efficiency 8 NPSH Q [m³/h] 8 DOC-SPL-1-QF6 55

56 QF [ft] 1-1 SP M (QF ) 6 Hz, SF ISO 996 Annex A Efficiency Head [%] Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF6 56

57 Technical Data Submersible Pump QF Dimensions and Weights B C E D Rp 5 A 8 x ø15 ø5 ø175 ø2 Pump type QF-1-A QF-1 QF-2-AB QF-2-B QF-2 QF--BB QF--B QF- QF--AB QF- QF-5-B QF-5 QF-6 QF-7 QF-8 QF-9 QF-1 QF-11 QF- QF-1 Type Motor MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 Power [kw] Rp 5 connection Dimensions [mm] 5'' Grundfos flange A C E* E** A C E* E** * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges. B D Net weight [kg]

58 QF [hp] [kw] SP M (QF ) Hz, SF 1.15 ISO 996 Annex A 2-5-B AB Power B --BB B 1-2-AB Q [m³/h] -1-A DOC-SPL-1-QF6 58

59 QF [hp] [kw] SP M (QF ) Hz, SF 1.15 ISO 996 Annex A Power Q [m³/h] -5 DOC-SPL-1-QF6 59

60 QF21 [ft] 17 - SP 5 M (QF 21) 6 Hz, SF A ISO 996 Annex A AA A AA Efficiency Head [%] A -2-AA -1-1-A Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF2 21 6

61 QF21 [ft] SP 5 M (QF 21) 6 Hz, SF 1.15 ISO 996 Annex A Efficiency Head A -7-AA -6-6-A -6-AA -5-5-A -5-AA [%] Efficiency 8 NPSH Q [m³/h] 8 DOC-SPL-1-QF

62 Technical Data Submersible Pump QF21 Dimensions and Weights B C E D Rp 6 A 8 x ø15 ø17 ø196 ø Pump type QF21-1-A QF21-1 QF21-2-AA QF21-2-A QF21-2 QF21--AA QF21--A QF21- QF21--AA QF21--A QF21- QF21-AA QF21-5-A QF21-5 QF21-6-AA QF21-6-A QF21-6 QF21-7-AA QF21-7-A QF21-7 QF21-8 QF21-9 QF21-1 QF21-11 QF21- QF21-1 Type Motor MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MTSFC 2 MOTOR 1" MOTOR 1" MOTOR 1" MOTOR 1" MOTOR 1" MOTOR " MOTOR " Power [kw] A Rp 5 connection Dimensions [mm] 5'' Grundfos flange C E* E** A C E* E** * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges. B D Net weight [kg]

63 QF21 [hp] [kw] 72 SP 5 M (QF 21) 6 Hz, SF 1.15 ISO 996 Annex A A 56 --AA A Power AA A AA Q [m³/h] -1-A DOC-SPL-1-QF2 21 6

64 QF21 [hp] 28 [kw] 21 SP 5 M (QF 21) 6 Hz, SF 1.15 ISO 996 Annex A Power A -7-AA A -6-AA A -5-AA Q [m³/h] DOC-SPL-1-QF2 21 6

65 QF27 [ft] 5 15 SP M (QF 27) 6 Hz, SF ISO 996 Annex A 1 --A --AA Efficiency Head A -2-AA -1-1-A [%] Efficiency 8 NPSH Q [m³/h] 8 DOC-SPL-1-QF

66 QF27 [ft] SP M (QF 27) Hz, SF 1.15 ISO 996 Annex A Efficiency Head [%] A -5-AA - --A --AA Efficiency NPSH Q [m³/h] 8 DOC-SPL-1-QF

67 Technical Data Submersible Pump QF27 Dimensions and Weights E Rp 6 B C D A Pump type QF27-1-A QF27-1 QF27-2-AA QF27-2-A QF27-2 QF27--AA QF27--A QF27- QF27--AA QF27--A QF27- QF27-5-AA QF27-5-A QF27-5 QF27-6 QF27-7 QF27-8 QF27-9 QF27-1 Type Motor MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MOTOR 1" MOTOR 1" MOTOR 1" MOTOR 1" MOTOR " Power [kw] A Rp 6 connection Dimensions [mm] 6'' Grundfos flange C E* E** A C E* E** C B D Net weight [kg] x ø15 ø17 ø196 ø * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges. 67

68 QF27 [hp] [kw] SP M (QF 27) 68 6 Hz, SF ISO 996 Annex A A AA 6-2 Power A AA A Q [m³/h] DOC-SPL-1-QF

69 QF27 [hp] 28 [kw] 21 2 SP M (QF 27) 6 Hz, SF 1.15 ISO 996 Annex A Power A -5-AA A --AA Q [m³/h] DOC-SPL-1-QF

70 QF6 [ft] 17 - SP 215 M (QF 6) 6 Hz, SF 1.15 ISO 996 Annex A A 1 --AA A Efficiency Head AA -1-1-A [%] Efficiency 8 NPSH Q [m³/h] 8 DOC-SPL-1-QF66 6 7

71 QF6 [ft] A SP 215 M (QF 6) 6 Hz, SF 1.15 ISO 996 Annex A 6-7-AA A 2-6-AA A 26-5-AA Efficiency Head A --AA [%] Efficiency 8 NPSH Q [m³/h] 8 DOC-SPL-1-QF

72 Technical Data Submersible Pump QF6 Dimensions and Weights B C E D Rp 6 A 8 x ø15 ø17 ø196 ø Pump type QF6-1-A QF6-1 QF6-2-AA QF6-2-A QF6-2 QF6--AA QF6--A QF6- QF6--AA QF6--A QF6- QF6-5-AA QF6-5-A QF6-5 QF6-6-AA QF6-6-A QF6-6 QF6-7-AA QF6-7-A QF6-7 Type Motor MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MTSFC2 MOTOR 1" MOTOR 1" MOTOR 1" MOTOR 1" MOTOR 1" MOTOR 1" MOTOR 1" MOTOR " MOTOR " MOTOR " Power [kw] A Dimensions [mm] Rp 6 connection 6'' Grundfos flange C E* E** A C E* E** * Maximum diameter of pump with one motor cable. ** Maximum diameter of pump with two motor cable. Also available 5 kw in 6" joining. All pumps are also available in N version. Other types of connection are possible by means of connecting flanges B D Net weight [kg]

73 QF6 [hp] [kw] 1 SP 215 M (QF 6) 6 Hz, SF ISO 996 Annex A A AA Power A AA Q [m³/h] -1-1 DOC-SPL-1-QF66 6 7

74 QF6 [hp] [kw] SP 215 M (QF 6) 6 Hz, SF 1.15 ISO 996 Annex A A -7-AA A 8-6-AA -5 Power A 18-5-AA A AA Q [m³/h] DOC-SPL-1-QF66 6 7

75 Submersible Motors Submersible Motors F+,QF 1 x V, submersible motors Encapsulated Type Motor Power Size [kw] Power [hp] 11 GPM Electrical date Motor Full-load current efficiency (%) Power factor I n[a] 5% 75% 1% Cos 5% Cos 75% Cos 1% Dimension MS 1 " * MS 1 " * MS 1 " * MS 1 " * MS 1 " * MS 1 " ** * Applies to 2 and wire motors ** Applies to 2 wire motors x V, submersible motors Encapsulated Motor Type Size Power [kw] Power [hp] Full-load current I [A] n Electrical date Motor efficiency (%) Power factor 5% 75% 1% Cos 5% Cos 75% Cos 1% MS 1 " MS 1 " MS 1 " MS 1 " MS 1 " MS 1 " MS 1 " MS 1 " MS 1 " " " " " " " " " " " st In 1st In Length [mm] Weight [lbs) Dimension Length [mm] Weight [lbs) 75

76 Submersible Motors Submersible Motors F+,QF x 8 V, submersible motors Encapsulated Motor Type Size Power [kw] MS 1 MS 1 MS 1 MS 1 MS 1 MS 1 MS 11 MS 11 MS 11 Power [hp] Electrical date Full-load current I[A] n Motor efficiency (%) Power factor 5% 75% 1% Cos 5% Cos 75% Cos 1% Dimension " " " " " " " " " " " " " " " " " " " st In Length [mm] Weight [lbs) x 6 V, submersible motors Encapsulated Motor Type Size Power [kw] MS 1 MS 1 MS 1 MS 1 MS 1 MS 1 MS 1 MS 11 MS 11 MS 11 " " " " " " 2.2. ".. ". 5.5 " " 7.5 6" 6" " 9.2 6" 11. 6" 1. 6" 15. 6" ". 6" 26. 6". Power [hp] Electrical date Full-load current I[A] n Motor efficiency (%) Power factor 5% 75% 1% Cos 5% Cos 75% Cos 1% st In Dimension Length [mm] Weight [lbs)

77 D C v1 v2 Accessories s QF Connecting pieces The tables below show the range of connecting pieces for connection of thread to flange and thread to thread. Thread - Flange Thread - Thread D v1 v2 A C B F B A L E x n L Type Pump outlet Connecting piece SP 17 Rp 2.5 SP Rp SP 6 SP 6 SP 77 SP SP 5 SP SP 215 Rp Rp Rp 5 Rp 6 1 R 2/ 2 JIS R 2/ JIS R 2/ 2 DIN 5 PN 1 R 2/ 2 DIN 5 PN 1 R 2/ 2 DIN 65 PN 1 R 2/ 2 DIN 65 PN 1 R 2/ 2 DIN 8 PN 1 R 2/ 2 DIN 8 PN R JIS R DIN 65 PN R DIN 65 PN R DIN 8 PN R DIN 8 PN R DIN 1 PN R DIN 1 PN R JIS R DIN 65 PN R DIN 65 PN R DIN 8 PN R DIN 8 PN R DIN 1 PN R DIN 1 PN R DIN 1 PN R DIN 1 PN R 5 JIS R 5 JIS 5 R 5 DIN 1 PN R 5 DIN 1 PN R 5 DIN 5 PN R 5 DIN 5 PN R 5 DIN 15 PN R 5 DIN 15 PN R 6 JIS 5 R 6 JIS 6 R 6 DIN 5 PN R 6 DIN 5 PN R 6 DIN 15 PN R 6 DIN 15 PN R 6 DIN 2 PN R 6 DIN 2 PN A 1 R 2 /2 1 R 2/ R 2/ 1 R 2/ 2 1 R 2/ 2 1 R 2/ 2 1 R 2/ 2 1 R 2/ 2 R R R R R R R R R R R R R R R R R 5 R 5 R 5 R 5 R 5 R 5 R 5 R 5 R 6 R 6 R 6 R 6 R 6 R 6 R 6 R 6 Thread - Flange Dimensions [mm] B C D E F L V 1 V 2 n DIN W - Nr Product number DIN W - Nr ID8 ID81 ID 81 ID815 ID8 ID ID 8 ID815 ID815 ID8155 ID8156 ID ID8 ID815 ID815 ID8155 ID8156 ID8157 ID8158 ID Type SP 77 SP SP 5 SP SP 215 Pump outlet Rp 5 NPT 5 Rp 6 NPT 6 Connecting piece R 5 Rp 5 R 5 Rp 6 NPT5 NPT NPT5 NPT 6 R 6 Rp 5 NPT6 NPT 5 A R 5 R 5 NPT 5 NPT 5 R 5 NPT 6 Thread - Flange Dimensions [mm] DIN W - Nr Product number DIN W - Nr

78 Accessories s QF Cable termination kit with plug Description For watertight joining of motor cable and submersible drop cable in an acrylic tube filled with resin. Used for both single and multi-core cables during installation of submersible pumps. 2 hours of hardening is required. Version MS 1 and MA 11 up to 7.5 kw: 2 For cables up to x 2.5 mm 2 For cables up to x 6 mm Prod No. MS1 1 MS1 2 Cable termination kit type KM Description Version For watertight shrink-joining of motor cable and submersible drop cable. Motor cable 2 [mm ] Number of leads Prod No. Enables the joining of : Flat cable MS1 - cables of equal size. - cables of different sizes. - a cable lead and a single-lead. Flate cable MS1 The joint is ready for use after a few minutes and requires no long hardening time as do resin joints. Flate cable -25 MS1 5 The joint cannot be separated. single leads MS1 6 single leads 1-25 MS1 7 single leads MS1 8 single leads 6- MS1 9 Cable termination kit Description For watertight joining of motor cable and submersible drop cable. Type Version Diameter of Joint For outer cable diameter [mm] Prod No. 2 For " motors and cables uptp x 6 mm C app MS1 1 2 For 6" motors and cables uptp x 1 mm C 1 6 app. 9-2 MS For 6" motors and cables uptp x mm C 2 52 app MS1 2 For 8" and 1" motors and cables up to x 5 mm 2 For 8" and 1" motors and cables up to x 7 mm C C app. 26- app MS1 1 MS1 1 78

79 Accessories s QF Flow sleeves Shakti offers a complete range of stainless steel flow sleeves for both vertical and horizontal operation. Flow sleeves are recommended for all applications in which motor cooling is insufficient. The result is a general extension of motor life. Flow sleeves are to be fitted: if the submersible pump is exposed to high thermal load like current unbalance, dry running, overload, high ambient temperature, bad cooling conditions. if aggressive liquids are pumped, since corrosion is doubled for every 1 C the temperature rises. If sedimentation or deposits occur around and/or on the motor. Note : More information about accessories is available on request. Zinc anodes Application Cathodic protection by means of zinc can be used for corrosion protection of SP pumps in chloride-containing liquids such as brackish water and sea water. Sacrificial anodes are placed on the outside of the pump and motor as protection against corrosion. The number of anodes required depends on the pump and motor in question. Please contact Shakti for further details. Liquid temperatures Sea water: Up to 5 C. Brackish water (min. 15 g/m³ chloride): Up to 5 C. Anode life The zinc anodes have a life of one to four years, depending on operating conditions (temperature, flow and chloride content). Product numbers of zinc anodes Product Number ZA 1 ZA 2 ZA ZA ZA 5 " Motors ZA 6 QF Zinc anodes for pumps QF 5 QF 75 Used for pump type Q F 1 QF 5 Zinc anodes for motors 6" Motors ZA 7 QF 15 6" Motors ZA 7 QF 2 1 QF 27 6" Motors ZA 8 QF 79

80 s Miscellaneous Head Losses in Ordinary Water pipes Uper figures indicate the velocity of water in m/sec. Lower figures indicate head in metres per 1 metres of straight pipes m /h Quantity of Wate Litres/min Litres/sec C bends slide valves T-pieces,non -return valves ½ / The table is calculated in accordance with H. Lang s new formula a =.2 and for a water temperature of 1 C Naminal Pipe Diameter in Inches and Internal Diameter in (mm) 11/ / / ½ Head Losses In Ordinary Water Pipes The head loss in bends, slide valves. T-Pieces and non -return valves is equivatent to the metres of straight of straight pipes stated in the last two lines of the table. TO find the head loss in foot valves multiply the loss in T-pieces by two. 8