BVERTTURB

Vertical Turbine Pumps

PAGE 2

Short SetVertical Turbine Pumps• Capacities to 20,000 GPM (4545 m3/hr)• Heads to 1,500 feet (457 m)• Bowl sizes from 5” to 30”

Design Features• Product lube or enclosed lineshaft design.• Cast or fabricated discharge head and flanged or

threaded column assembly.• 416 SS shafting. Other alloys available.• Standard cast iron bronze fitted construction. Ductile

iron, Ni Al brz, 316 SS or other alloys available.• Taperlock or keyed impeller design.• Wear rings optional.• Packing or mechanical seal design.• Built-in alignment and simple piping for less

costly installation and ease of maintenance/ reduce downtime.

Services• Raw Water Intake• Pumping Station• Cooling Water• Commercial/Industrial• Municipal• Mining

PAGE 3

Cross SectionalProduct Lube VSS Motor

Motor Key (supplied by Motor Vendor)Hub - MotorRing - Retaining

Soc. HD. CapscrewPlate - AdjustingHex NutHub - PumpPump KeyCapscrewGland/SplitPackingStuffing BoxHead

Headshaft

Capscrew - Col/HeadColumn - Top

Capscrew - Col/Col

Hex Nut

Column - Intermediate

Lineshaft

Bearing - Lineshaft

Column - Bottom

Coupling - Lineshaft

Pumpshaft

Capscrew - Col/Bowl

Bearing - BowlBowl - Top

Capscrew - Bowl/BowlBowl - INTMD.

Capscrew - Bowl/Bell

Capscrew - StrainerStrainer (Basket Type)

Suction Bell

Capscrew Motor/Support

Motor SupportCoupling Guard

Stud/NutCapscrew Support/Head

GasketBearing

Bypass Line Assembly (Tube & Fittings)

Mounting Holes

Bypass Return to Sump

Soc. HD. Capscrew

Thrust Ring

Key - ImpellerImpeller

Wear Ring - BowlWear Ring - Imp.

Sand Collar

Bearing - Suction

Pipe Plug

PAGE 4

LINESHAFT

Cross SectionalEnclosed Lineshaft VSS Motor

Motor Key (supplied by Motor Vendor)

Hub - MotorRing - RetainingSoc. HD. CapscrewPlate - AdjustingHex NutHub - PumpPump Key

Pipe PlugHead

Tube Nipple

Capscrew - Col/HeadHeadshaft

Column - Top

Tube - EnclosedBearing - Tube

Column - INTMD.

Capscrew - Col/Col

Hex NutLineshaftColumn - Bottom

Coupling - Lineshaft

Adapter - Bearing

Capscrew - Col/Bowl

Bowl - Discharge BowlPumpshaft

Capscrew - Bowl/Disch. BowlBearing - ThrottleBowl - Top

Capscrew - Bowl/Bowl

Bowl - INTMD.

Capscrew - Bowl/BellCapscrew - Strainer

Strainer (Basket Type)Suction Bell

Capscrew Motor/Support

Motor SupportCoupling Guard

Capscrew Support/Head

Tension Plate • Oil Lube • Water Flush

Mounting Holes

Soc. HD. CapscrewThrust Ring

Key - Impeller

ImpellerWear Ring - BowlWear Ring - Imp.

Sand Collar

Bearing - Suction

Pipe Plug

PAGE 5

Pump Bowl AssemblyThe bowl assembly is the heart of the vertical turbine pump. The

impeller and diffuser type casing are designed to deliver the head and

capacity that your system requires in the most efficient way possible.

The fact that the vertical turbine pump can be multistaged to allow

maximum flexibility both in the initial pump selection and in the event

that future system modification requires a change in the pump rating.

Submerged impellers allow pump to be started without priming.

Standard Design Features

1. SUCTION BELL – Allow smooth entry of liquid into impeller eye, minimizes vortex formation.

2. SUCTION BELL BEARING – Provided for shaft stability.

3. SAND COLLAR – Prevents solids from entering suction bearing.

4. IMPELLER – Semi-open or enclosed for appropriate service conditions.

5. TAPER LOCK – Carbon or alloy steel for fastening impellers on 17” and smaller sizes.

6. KEYED – Impeller fastened onto shaft by key and split ring.

7. PUMP SHAFT – Heavy duty 416SS standard, available in 316, 17-4 PH, Monel and other alloys for high strength and corrosion resistance.

8. INTERMEDIATE BOWL – Available in variety of cast materials. Glass lined cast iron standard 6” through 15” sizes.

9. STAGES – Flanged and bolted together for ease of maintenance. Registered fits assure positive alignment.

10. SLEEVE TYPE BEARING – Provided at each stage to assure stable operation away from critical speed.

In addition to standard features and options shown here, other features are available.

A. Hydraulic balancing of impellers to reduce axial downthrust and achieve longer thrust bearing life.

B. Independent flushing of bowl bearings and wear rings for abrasive services.

C. Hard facing of shaft journals and bearings to protect against abrasion and increase interval between maintenance periods.

D. Interior coating on bowls for improved efficiency.

E. Dynamic balancing of impellers.

F. Strainer to prevent foreign objects from entering the pump.

PAGE 6

Type “F”Head

Type “U”Discharge Located

Underground

Type “T”Suction Inlet Located

in the Head

Type “L”(Can) Suction Inlet Located in the Can

PAGE 7

Pump Bowl Assembly Options

Coupling Arrangements

CHOICE OF SEMI-OPEN ORENCLOSED IMPELLERSAvailable in alloy construction for a wide range of corrosive/ abrasive services.

KEYED IMPELLERSKeyed impellers are standard on 18” and larger sizes, furnished on all pumps for temperatures above 180º F (82º C). Regardless of size, keyed impellers provide ease of mainte-nance and positive locking under fluctuating load and temperature conditions.

WEAR RINGSAvailable for enclosed impellers and bowls; permts re-establishing initial running clearances and efficiency at lower cost. Hard facing of wear rings can be furnished when solids are present in pumpage.

RIGID FLANGED COUPLING (Type AR)To couple pump to vertical hollow shaft driver. Impeller adjustment is performed on adjusting nut located on top of motor.

ADJUSTABLE COUPLING (Type A)For vertical solid shaft driver. Impeller adjustment made by using adjustable plate in the coupling.

ADJUSTABLE SPACER COUPLING (Type AS)Same function as type A coupling with addition of spacer. Spacer may be removed for mechanical seal maintenance without disturbing driver.

PAGE 8

Sealing Flexibility

PACKED BOX WITH SLEEVE OPEN LINESHAFT

WATER FLUSH ENCLOSED LINESHAFTWater flush tube connection is sup-plied when pressurized water is introduced into the enclosing tube for bearing protection on abrasive services.

OIL LUBRICATED ENCLOSED LINESHAFTOil lubricated option is recommend-ed when water elevation would cause the upper lineshaft bearings to run without lubrication during startup. Oil is fed through tapped opening and allowed to gravitate down enclosing tube lubricating bearings.

SINGLE SEALMost popular method — used for low to medium pressures. Cartridge style for ease of installation and mainte-nance.

OUTSIDE MOUNTED SEALSProvides a method of no-leak sealing for low pressure and water application.

TANDEM SEALSTwo seals mounted in-line. Chamber between seals can be filled with a buffer liquid and may be fitted with a pressure sensitive annunciating device for safety.

PAGE 9

Applications

Goulds Water Technology combines the hydraulic engineering of turbine pumps matched to the hi-tech design of electric submersible motors.

Features

1. DISCHARGE PIPE – Properly sized for optimum water velocities to insure peak hydraulic performance.

2. DISCHARGE BOWL – Several discharge sizes available for NPT or flanged pipe.

3. DISCHARGE BEARING – Extra long top protected bronze bearing insures positive shaft alignment and stabilization for extended life.

4. INTERMEDIATE BOWL – Glass lined cast iron standard 6” through 15” size for maximum efficiency and abrasion resistance.

5. IMPELLERS – Designed for maximum efficiency with wide range hydraulic coverage. Precision balanced for smooth operation.

6. UPTHRUST WASHER – Designed for extra margin of safety against possible momentary upthrust occurring at startup.

7. INTERMEDIATE BOWL BEARINGS – Reliable long life bronze or rubber bearing.

8. TAPER LOCK – Accurately machined to insure positive locking of impeller to pump shaft.

9. PUMP SHAFT – 100,000 PSI high tensile stainless steel provides strength and excellent corrosion resistance. Ground and polished for smooth bearing surface.

10. SUCTION INLET – Contoured for smooth flow entrance. Protected by an oversized stainless steel strainer to prevent entrance o damaging solids.

11. SUCTION ADAPTER – Ductile iron provides for increased strength and positive motor alignment. Open area permits easy access to pump/motor coupling.

12. PUMP/MOTOR COUPLING – Large stainless steel coupling accurately machined for perfect alignment, balance and power transmission.

Submersible pumps and motors provide an extensive list of options versus other deep well pumping equipment systems. Advanced engineering designs and experience assure units for long term pumping service. Water well applications provide the perfect opportunity to evaluate features and benefits of submersible equipment.

2

3

4

5

6

7

8

9

12

10

11

11SUBMERSIBLE

PAGE 10

Hermetically Sealed TypeA Hermetically Sealed Type motor utilizes windings of standard construction and insula-tion thickness. The windings are encased and Hermetically Sealed within the external shell casing on the outside and an internal tube or liner inside the bore. The Hermetically Sealed enclosure eliminates the possibility of water leakage into the winding. The liquid medium circulates between the rotor and stator liner providing lubrication and cooling to the bear-ings.

Wet Winding Type

A Wet Winding Type motor is one in which the motor windings are in direct contact with a liquid medium. The medium is clean, clear water. A pressure balancing system prevents exchange of the motor liquid medium and well water due to thermal expansion and contrac-tion when the motor is operating. The liquid medium fills the inside of the motor and sur-rounds both the stator windings and the rotor. A completely water proof insulation is used on the magnet wire used for the stator wind-ings. The liquid medium inside the motor air gap and coils acts as a heat transfer device by circulating through the windings and transfer-ring heat to the external casing. Dissipation of this heat occurs as the well water flows at a required velocity over the external case. As is the case in all submersible type motors, the internal liquid medium is also used for bearing lubrication.

Submersible OptionsGoulds Water Technology can provide several options in pump and motor combinations to meet the exacting conditions of your applica-tions:

• High temperature wells

• High horsepower, limited well diameters

• Motor sensing devices

• Water level indicators

• Special materials

• Special voltage motors

Consult Goulds Water Technology Turbine

Customer Service Dept. for details.

Submersible Accessories:• Valves: Check Valves, Flow Control, Gate

Valves, Ball Valves

• Electrical Panels: Furnas Panels, V.F.D. Drivers

• Pitless Adapters

• Wire: 12 to 0000

• Heat Shrinks

• Splice Kits

• Tanks

• Well Heads: Submersible Discharge Head

• Torque Arrestors

• Gauges

• Motor Shrouds

Hermetically Sealed Type

Wet Winding Type

Submersible Options

Submersible Accessories:

PAGE 11

HE

AD

PE

R S

TAG

E (F

T.)

FLOW (100 U.S.GPM)

150

100908070

50

60

40

30

25

.4 .6 .8 1 1.5 32 4 5 6 7 8 9 10

250

200

300

400

3450 RPM60 Hz

.220

.3 15 20 25 30 40

13RAH13RAL

11CL

11RAH

9RCH

9BM

9TH

9TL

9RCL10RJL

10WAL

10RAH

8DHH

9WAH9WAL8IH8IL

7CH 8RJH

8DHL7TH7TL

8RJL7CL

7WAH

7WAL

6CL

6CH

6DHH

6DHL

5TH

5TL

5CL

5CH

8RAH8RAL7RAH

7RAL6RAH5WAH

5WAL

150

100908070

50

60

40

30

25

20

0.2 0.3 0.4 0.6 0.8 1 1.5 2 3 4 5 6 7 8 9 10 15 20 25 30 40 50 60 70 80 100

15

10987

200

HE

AD

PE

R S

TAG

E (F

T.)

FLOW (100 U.S. GPM)

1770 RPM60 Hz

250

20EH

18HM

18DH

18DM

20BH18CH18BH

18BL16DM16DHH

18LH

16F

16RGH

15F

16DHL

16BHC16BLC

14F

14RHH

14RHM

14RJH

14RJM14DHL

12FRH

12DHH14RJL

13CH

13CM

12CHC

12RJH12RJM

12DHL

10LH

10DHH

13RAH

12WAH12WAM 11CH11CM11CL

11WAH11RAH9BM 9RCH

10RJ

9TH9TL

9RCL

10WAL

10RAH

10RJL

8DHH

9WAH

9WAL8IH

8RJH

8DIL7TH

7CL

8RJL

7CH

8IL

7WAH7W

AL

8RAH

7TL

8RAL

6CH

6DHH6DHL

5TH5TL

6CL5CH

5CL

7RAH7RAL6RAH5WAH

5WAL

PAGE 12

150

100908070

50

60

40

30

25

20

0.4 0.6 0.8 1 1.5 2 3 4 5 6 7 8 9 10 15 20 25 30 40 50 60 7080 100

15

10987

200

HE

AD

PE

R S

TAG

E (F

T.)

FLOW (100 U.S. GPM)

250

18DH

16F

1180 RPM60 Hz

150 200 300

28CH

30BH

28CL30BL

28GH26GH

28BH28BL

24CH24CL 24DM

24FH

28TM24GH

24EH24EL

20GH

20CH20CL

20GL

20EH

18HM

20BH18CH18DM

18BH

18BL

16DM

18LH

16DHH

16RGH

15F

16DHH

16BHC16BLC

14F

14RHH

14RHM

14RJH

14RJM14DHL

12FRH

12DHH

14RJL

12CHC

13CM

12RJH12RJM

13CH

13RAH

12WAH11CH11CM11CL

12WAM

9WAH12DHL

10LH

10DHH

11RAH9BM 9RCH10RJ

9TH9TL

9RCL

10WAL

10RAH

9WAL 8IH8IL

10RJL

8DHH

8RJH8DHL

7TH

7CH

8RJL

7CL

7WAH7W

AL7CH

11WAH

150

100908070

50

60

40

30

25

20

0.4 0.6 0.8 1 1.5 2 3 4 5 6 7 8 9 10 15 20 25 30 40 50 60 7080 100

15

10987

200

HE

AD

PE

R S

TAG

E (F

T.)

FLOW (100 U.S. GPM)

250

885 RPM60 Hz

150 200 300

18DH

16F

28CH

30BH

28CL30BL

28GH26GH

28BH28BL

24CH24CL 24DM

24FH

28TM24GH

24EH24EL

20GH

20CH20CL

20GL

20EH

18HM

20BH18CH18DM

18BH

18BL

16DM

18LH

16DHH

16RGH

15F

16DHL

16BHC16BLC

14F

14RHH

14RHM

14RJH

14RJM14DHL

12FRH

12DHH

14RJL

12CHC

13CM

12RJH12RJM

13CH

13RAH

12WAH11CH11CM11CL

12WAM

9WAH12DHL10DHH

11RAH9BM 9RCH10RJ

9TH

9RCL

10WAL

10RAH

9WAL 8IH

11WAH

PAGE 13

HE

AD

PE

R S

TAG

E (m

)

FLOW (10 Cu. M/Hr)

8070

50

60

40

30

25

20

.8.6 1.0 1.5 2.0 3 4 5 6 7 8 9 10 15 20 25 30 40 50

15

10987

2850 RPM50 Hz

90100

60 70.4

13RAH12WAH11WAH11RAH 12CH

11CH

11CL9BM

9RCH

9TH9TL

9RCL

10WAL

10WAL

10RJL

8DHH

9WAH9WAL8IH8IL

7CH 8RJH

8DHL7TH7TL

8RJL

7WAH

7WAL 7CL

6CH6CL

5CH

8RAH8RAL

7RAH

7RAL

5CL 5TH5TL

6DHH6DHL

8RAH

5WAH5WAL

2

60

50

40

30

25

20

15

10987

6

5

3 4 6 7 10 15 20 30 40 50 60 80 100 150 200 300

HE

AD

PE

R S

TAG

E (m

)

FLOW (10 Cu. M/Hr)259851.51.8.6

1470 RPM50 Hz

708090

100

24EH24EL

20GH20GL

20CH20CL

20EH

20BH18CH

18DH

18HM

18DM

18BH18BL

16DM 16DHH

16GL

16GH15F

16DHL

14F

16BHC16BLC

14RHH

14RJH

14RHM

12RAH

14DHL

12FRH

18LH

12DHH

14RJL

13CH

13CL

13CHC12RJH

13WAH11CH12RJM

12DHL

10LH

13WAM11WAH

11CL

11CM11RAH9BN 9RCH

10RJ10DHH9TH

9TL

9RCL

10WAH

10RAH

10RJL

8DHH

9WAH9WAL 8IH

8RJH8DHL7TH

7CH

8IL7WAH

7CL 8RJL

7WAL

6CH

8RAH8RAL7RAH7RAL

14RJM

PAGE 14

NOTESNOTES

PAGE 15

NOTESNOTES

Turbine Distribution Centers: Phone FaxLUBBOCK P.O. Box 5487, Lubbock, TX 79408 1-806-763-7867 1-806-743-5730

MEMPHIS 1085 Stateline Road East, Suite 107, Southaven, MS 38671 1-662-393-5853 1-800-453-4745

ORLANDO 1150 Emma Oaks Trail, Suite 150, Lake Mary, FL 32746 1-407-829-7724 1-407-829-7725

FRESNO 3878 S. Willow Ave., #104, Fresno, CA 93725 1-559-265-4730 1-800-453-7523 1-559-265-4740

Specifications & Special Projects:LUBBOCK CUSTOMER SERVICE CENTER 1-806-763-7867 1-806-743-5730

Mexico

CanadaUSA

Venezuela

BelgiumFrance

Portugal

UK

NetherlandsGermanyItaly

China

Philippines

Singapore

Australia

Lubbock, TX

Goulds Water Technology, headquartered in Seneca Falls, New York, designs, manufactures and services pumps, motors and accessories for industrial, agricul-tural, municipal, commercial and residential markets. Our sales offices and manufacturing facilities are located worldwide.

Goulds Water Technology is a brand of Xylem, Inc., the world's largest and premier pump manufacturer, and offers the most complete range of pumps available.

Goulds is a registered trademark of Goulds Pumps, Inc. and is used under license. © 2012 Xylem Inc. BVERTTURB June 2012

Xylem Inc.

P.O. Box 5487 Lubbock, TX 79408 www.xyleminc.com/brands/gouldswatertechnology