TS series STERLING PUMPS. Submersible Turbine Pumps.

Transcription

1 TS series STERLING UMS Submersible Turbine umps

2 STERLING UMS TS series 5 through to 12 Submersible turbine pumps The Sterling TS series of submersible pumps are abroad family of engineered pumps offering reliable and efficient pumping of water in many applications. 5 : 4 m³/h 6 : 17, 4, 6 and 85 m³/h 7 : 6, 72 and 1 m³/h 8 : 9, 15, 2 and 23 m³/h 1 : 25, 28, 35, 44 and 55 m³/h 12 : 65 m³/h Features All Sterling umps are 1% factory tested All feature built in Check Valve Couplings to NEMA standard BS and flanged discharges Maximum water temperature is 3 C, higher temp available Submergence rating refer model chart Maximum solid handling refer to model chart Stainless Steel 431 shafts Due to many material combinations to suit the pumped fluid, bearings, impeller and elastomer materials are matched to the duty and main construction materials 2

3 STERLING UMS Material options Cast Iron 316 Stainless Steel Carbon Steel Zinc Free Bronze Nickel Aluminium Bronze Duplex and Super Duplex stainless steel Zeron 1 Nomenclature-Ordering: TS = Series 8 = nominal pump bowl diameter 23 = nominal flow as metres per cubic metre 5 = number of stages 3

4 STERLING UMS Submersible Turbine Submersible Turbine with shroud Submersible Turbine Inline Booster 4

5 TS rpm 5" , 3 kw 5 HZ 25, 26 kw 2 21, 22 kw 18, 18.5 kw 15 14, 15 kw 1 11, 11 kw 9, 9.3 kw 7, 7.5 kw 5 5, 5.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

6 TS rpm 6" [m/³hr] , 22 kw 5 HZ 4 24, 18.5 kw 19, 15 kw 3 14, 11 kw 2 12, 9.3 kw 1, 7.5 kw 7, 5.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm 3 ) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

7 TS rpm 6" , 22 kw 5 HZ 2 15, 18.5 kw 14, 15 kw 15 1, 11 kw 1 8, 9.3 kw 6, 7.5 kw 5 5, 5.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm 3 ) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

8 TS rpm 6" , 3 kw 5 HZ 16 12, 26 kw 14 1, 22 kw 12 8, 18.5 kw 1 7, 15 kw 8 6, 15 kw 5, 11 kw 6 4, 9.3 kw 4 3, 7.5 kw 2, 5.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

9 TS rpm 6" , 45 kw 5 HZ 2 14, 37 kw 15 11, 3 kw 1, 26 kw 1 8, 22 kw 7, 18.5 kw 5, 15 kw 5 4, 11 kw 3, 9.3 kw 2, 5.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

10 TS rpm 7" , 45 kw 5 HZ 9, 37 kw 2 7, 3 kw 15 6, 26 kw 5, 22 kw 1 4, 15 kw 3, 11 kw 5 2, 7.5 kw 1, 5.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

11 TS rpm 7" Ƞ , 45 kw 5 HZ 2 9, 37 kw 8, 3 kw 16 6, 26 kw 12 5, 22 kw 4, 18.5 kw 8 3, 15 kw 4 2, 7.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

12 TS rpm 7" , 45 kw 5 HZ 4, 37 kw 1 8 3, 26 kw 6 2, 18.5 kw 4 1, 9.3 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

13 TS rpm 8" , 75 kw 5 HZ 25 1, 55 kw 2 8, 45 kw 15 6, 37 kw 1 4, 22 kw 3, 18.5 kw 5 2, 11 kw 1, 7.5 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

14 TS rpm 8" , 75 kw 5 HZ 16 5, 55 kw , 45 kw 1 3, 37 kw 8 2, 22 kw 6 4 1, 15 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

15 TS rpm 8" , 93 kw 5 HZ , 75 kw 4, 55 kw 1 3, 45 kw 2, 3 kw 5 1, 15 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

16 TS rpm 8" , 11 kw 5 HZ 16 6, 93 kw 14 5, 75 kw , 45 kw 6 2, 3 kw 4 1, 15 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

17 TS-125 1" 29 rpm , 185 kw 5 HZ 6, 15 kw 25 5, 132 kw 2 4, 11 kw 15 3, 75 kw 1 2, 55 kw 5 1, 3 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

18 TS-128 1" 29 rpm , 15 kw 5 HZ 4, 132 kw 15 3, 11 kw 1 2, 75 kw 5 1, 37 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

19 TS-135 1" 29 rpm , 15 kw 5 HZ , 132 kw , 93 kw 8 6 1, 45 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

20 TS-144 1" 29 rpm , 15 kw 5 HZ 16 4, 132 kw , 93 kw 1 8 2, 75 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

21 TS-155 1" 29 rpm , 185 kw 5 HZ 15 3, 132 kw 1 2, 93 kw 5 1, 45 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm 3 ) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

22 12" TS rpm , 185 kw 5 HZ , 93 kw erformance curves are drafted based on pumping clean water (S.G. of 1. g/cm3) at temperature of 2 C. ump performance comply to ISO 996 gr. 3b.

23 TS Submersible turbine pump - 5" Model ower L Dp Dc Dm Rp Y kw mm mm mm in BS metres Rp TS 54/ TS 54/ TS 54/ TS 54/ TS 54/ TS 54/ TS 54/ TS 54/ TS 54/ " 3" 1.2 Dc Dp Dc L Y Dm Notes Maximum solid/particle size is 5 gr/³m Y = Minimum submergence Incorrect submergence can lead to cavitation and damage to the turbine, impellers and seals and void warranty Refer to motor brochure for submersible motor weights and dimensions Dc = diameter with cable guard Due to continuous improvement, information and data subject to change.

24 TS Submersible turbine pump - 6" Model ower L Dp Dc Dm Rp Y kw mm mm mm in BS metres Rp TS 617/ TS 617/ TS 617/ TS 617/ TS 617/ TS 617/ TS 617/ " 3" 1.2 Dc Dp Dc L TS 64/ TS 64/ TS 64/ TS 64/ TS 64/ TS 64/ TS 64/ " 3" 1.2 Y Dm TS 66/ TS 66/ TS 66/ TS 66/ TS 66/ TS 66/ TS 66/ TS 66/ TS 66/ TS 66/ " 3" 1.2 TS 685/ TS 685/ TS 685/ TS 685/ TS 685/ TS 685/ " 4" 1.2 TS 685/ TS 685/ TS 685/ TS 685/ TS 685 is supplied without a check valve Notes Maximum solid/particle size is 5 gr/³m Y = Minimum submergence Incorrect submergence can lead to cavitation and damage to the turbine, impellers and seals and void warranty Refer to motor brochure for submersible motor weights and dimensions Dc = diameter with cable guard Due to continuous improvement, information and data subject to change.

25 TS Submersible turbine pump - 7" Model ower L Dp Dc Dm Rp Y kw mm mm mm in BS metres Rp TS 76/ TS 76/ TS 76/ TS 76/ TS 76/ TS 76/ TS 76/ TS 76/ TS 76/ " 4" 2 Dc Dp Dc L TS 772/ TS TS 772/ TS 772/ TS 772/ TS 772/ TS 772/ TS 772/ " 4" 2 Y Dm TS 71/ TS 71/ TS 71/ TS 71/ TS 71/ " 4" or 6" 2 Notes Maximum solid/particle size is 5 gr/³m Y = Minimum submergence Incorrect submergence can lead to cavitation and damage to the turbine, impellers and seals and void warranty Refer to motor brochure for submersible motor weights and dimensions Dc = diameter with cable guard Due to continuous improvement, information and data subject to change.

26 TS Submersible turbine pump - 8" Model ower L Dp Dc Dm Rp Y kw mm mm mm in BS metres Rp TS 89/ TS 89/ TS 89/ TS 89/ TS 89/ TS 89/ TS 89/ TS 89/ " " 2.5 8" Dc Dp Dc L TS 815/ TS 815/ TS 815/ TS 815/ TS 815/ TS 815/ " 2 4" 8" 2.5 Y Dm TS 82/ TS 82/ " TS 82/ TS 82/ TS 82/ TS 82/ " 6" 2.5 TS 823/ TS 823/ " TS 823/ TS 823/ TS 823/ TS 823/ " 6" 2.5 Notes Maximum solid/particle size is 5 gr/³m Y = Minimum submergence Incorrect submergence can lead to cavitation and damage to the turbine, impellers and seals and void warranty Refer to motor brochure for submersible motor weights and dimensions Dc = diameter with cable guard Due to continuous improvement, information and data subject to change.

27 TS Submersible turbine pump - 1" and 12" Model ower L Dp Dc Dm Rp Y kw mm mm mm in BS metres Rp TS 125/ " TS 125/ TS 125/ TS 125/ TS 125/ TS 125/ TS 125/ " 1" 6" 3.5 Dc Dp Dc L TS " TS 128/ " TS 128/ " 3.5 TS 128/ " TS 128/ Y TS 135/ " TS 135/ " " TS 135/ " TS 135/ Dm TS 144/ TS 144/ TS 144/ TS 144/ " " 3.5 1" TS 155/ " TS 155/ " " TS 155/ " TS 155/ TS 155 is supplied without a check valve 3.5 TS 1265/ " TS 1265/ " TS 1265 Without Check Valve Rp = 8" or 1" BS With Check Valve Rp = 8"BS 8" 5 Notes Maximum solid/particle size is 5 gr/³m Y = Minimum submergence Incorrect submergence can lead to cavitation and damage to the turbine, impellers and seals and void warranty Refer to motor brochure for submersible motor weights and dimensions Dc = diameter with cable guard Due to continuous improvement, information and data subject to change.

28 Submersible Column Flanged Column Carbon Steel 34 stainless steel Nominal Diameter (inches) 3 metres Nominal dimater - inches Carbon Steel Sch 4 4" 5" 6" 8" 1" 12" 14" 16" 18" Stainless Steel Sch 1 4" 5" 6" 8" 1" 12" 14" 16" 18" Flange OD (mm) Standard length 3 metres Threaded Column Carbon Steel 34 stainless steel Nominal Diameter (inches) 3 metres Nominal dimater - inches Carbon Steel Sch 4 4" 5" 6" 8" 1" 12" Stainless Steel Sch 4 4" 5" 6" 8" 1" 12" Collar OD (mm) Thread 8 TI Standard length 3 metres Collar material Carbon Steel Bronze Carbon steel external surfaces are painted in bitumous black paint for corrosion resistance Threaded columns use industry standard thread pitch, right hand. Left hand available as an option Submersible column has a notch in the flange to allow for the drop cable TI = Threads per Inch Feb-18 Subject to change with continuous improvement. If critical, confirm with Sterling umps Sterling umps ty Ltd T: sales@sterlingpumps.com.au

29 Conversion charts Multiplier Unit VOLUME FLOW RATE - CAACITY 1 m³/h m³/day ,2 1,44 1,68 1,92 2, L/S LM , 1,167 1,333 1, IGM USGM ML/hr ML/day Multiplier Unit VOLUME FLOW RATE - CAACITY 1 m³/h , 24 m³/day 2,4 4,8 7,2 9,6 12, 14,4 16,8 19,2 21,6 24, L/S LM 1,667 3,333 5, 6,667 8,333 1, 11,667 13,333 15, 16, IGM ,1 1,466 1,833 2,2 2,566 2,933 3,3 3, USGM ,321 1,761 2,21 2,642 3,82 3,522 3,963 4,43.1 ML/hr ML/day Multiplier Unit VOLUME FLOW RATE - CAACITY 1 m³/h 1,1 1,2 1,4 1,6 1,8 2, 2,5 3, 3,5 4, 24 m³/day 26,4 28,8 33,6 38,4 43,2 48, 6, 72, 84, 96, L/S , LM 18,333 2, 23,333 26,667 3, 33,333 41,667 5, 58,333 66, IGM 4,33 4,399 5,133 5,866 6,599 7,332 9,165 1,998 12,832 14, USGM 4,843 5,283 6,164 7,45 7,925 8,86 11,7 13,29 15,41 17,611.1 ML/hr ML/day Multiplier Unit RESSURE 1 SI ka ,34 1, Bar M head ,55 1, Ft head ,153 1,73 2,37 2,883 3,46 4,613 Multiplier Unit RESSURE 1 SI ka 1,724 2,68 2,413 2,758 3,13 3,792 4,137 4,482 4,826 5, Bar M head 1,758 2,11 2,461 2,813 3,165 3,868 4,219 4,571 4,923 5, Ft head 5,767 6,92 8,73 9,227 1,38 12,687 13,84 14,993 16,147 17,3 All effort has been made for accurate calculations, reconfirm prior to use Some values in the charts have been rounded to single or no decimal points

30 Minimum Submergence A submersible borehole/well pump must be submerged at all times. The pump suction intake must be sufficiently submerged to prevent cavitation and avoid the formation of vortexes being created on the liquid being pumped. When a vortex forms, this can cause air to mix with the water being pumped, causing possible cavitation and reduce the pump capacity and can lead to internal damage of the impellers and bowls. To avoid free surface vortex formation, you would use the minimum submergence figure recommended by the manufacturer in their charts. An approximate way to determine the submergence value for a submersible turbine pumps can be based from the NSH curve; Identify the flow rate you require and go up the graph to the NSH curve/line. Examples: At the nominal flow rate of 8 m³/h the NSH is 3 metres. Now use the 3 metres and subtract atmospheric pressure of 9.81 metres. The result is a negative figure which is not acceptable for a pump intake. NSH(M) - G(M) + 1M = minimum submergence NSHr = Net ositive Suction Head required. G = head of atmospheric pressure. M = metre If the value calulated is less than zero metres, for our submersible pumps we would recommend a minimum submergence 'Y' of 1 metre. If the value calculated is above zero, use that figure and add 1 metre Example: If the NSH curve shows 12 metres, subtract 9.81 metres which equals 2.2 metres, so the recommened minimum submergence 'Y' would be 3.2 metres. In our charts we would likely state 'Y' as being 3.5 or even 4 metres. Note: Minimum submergence is considered from the bottom of the suction strainer for submersible pumps and from the bottom of the suction bell for vertical line shaft turbine pumps.

31 STERLING UMS Notes

32 STERLING UMS Sterling umps ty Ltd 14 Sharnet Circuit, akenham, VIC, 381 : F: sales@sterlingpumps.com.au STERLING UMS SA27 11/17