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ITT<br />
<strong>Goulds</strong> Pumps<br />
Vertical Turbine Pumps<br />
<strong>Goulds</strong> Pumps is a brand of ITT<br />
Residential and Commercial Water.<br />
www.goulds.com<br />
Engineered for life<br />
Vertical Turbines
Short Set<br />
Vertical Turbine Pumps<br />
• Capacities to 20,000 GPM (4545 m 3/hr)<br />
• Heads to 1,500 feet (457 m)<br />
• Bowl sizes from 5” to 30”<br />
Design Features<br />
• Product lube or enclosed lineshaft design.<br />
• Cast or fabricated discharge head and flanged or<br />
threaded column assembly.<br />
• 416 SS shafting. Other alloys available.<br />
• Standard cast iron bronze fitted construction.<br />
Ductile iron, Ni Al brz, 316 SS or other alloys<br />
available.<br />
• Taperlock or keyed impeller design.<br />
• Wear rings optional.<br />
• Packing or mechanical seal design.<br />
• Built-in alignment and simple piping for less<br />
costly installation and ease of maintenance/<br />
reduce downtime.<br />
Services<br />
• Raw Water Intake<br />
• Pumping Station<br />
• Cooling Water<br />
• Commercial/Industrial<br />
• Municipal<br />
• Mining
Cross Sectional<br />
Product Lube<br />
Capscrew<br />
Motor/Support<br />
Motor Support<br />
Coupling Guard<br />
Stud/Nut<br />
Capscrew Support/Head<br />
Gasket<br />
Bearing<br />
By-Pass Line Assembly<br />
(Tube & Fittings)<br />
Mounting Holes<br />
By-Pass Return To Sump<br />
Soc. HD. Capscrew<br />
Thrust Ring<br />
Key - Impeller<br />
Impeller<br />
Wear Ring - Bowl<br />
Wear Ring - Imp.<br />
Sand Collar<br />
Bearing - Suction<br />
Pipe Plug<br />
VSS Motor<br />
Motor Key<br />
(Supplied By Motor Vendor)<br />
Hub - Motor<br />
Ring - Retaining<br />
Soc. HD. Capscrew<br />
Plate - Adjusting<br />
Hex Nut<br />
Hub - Pump<br />
Pump Key<br />
Capscrew<br />
Gland/Split<br />
Packing<br />
Stuffing Box<br />
Head<br />
Headshaft<br />
Capscrew - Col/Head<br />
Column - Top<br />
Capscrew - Col/Col<br />
Hex Nut<br />
Column - Intermediate<br />
Lineshaft<br />
Bearing - Lineshaft<br />
Column - Bottom<br />
Coupling - Lineshaft<br />
Pumpshaft<br />
Capscrew - Col/Bowl<br />
Bearing - Bowl<br />
Bowl - Top<br />
Capscrew - Bowl/Bowl<br />
Bowl - INTMD.<br />
Capscrew - Bowl/Bell<br />
Capscrew - Strainer<br />
Strainer (Basket Type)<br />
Suction Bell
LINESHAFT<br />
Cross Sectional<br />
Enclosed Lineshaft<br />
Capscrew<br />
(Motor/Support)<br />
Motor Support<br />
Coupling Guard<br />
Capscrew Support/Head<br />
Tension Plate<br />
• Oil Lube<br />
• Water Flush<br />
Mounting Holes<br />
Soc. HD. Capscrew<br />
Thrust Ring<br />
Key - Impeller<br />
Impeller<br />
Wear Ring - Bowl<br />
Wear Ring - Imp.<br />
Sand Collar<br />
Bearing - Suction<br />
Pipe Plug<br />
VSS Motor<br />
Motor Key<br />
(Supplied By Motor Vendor)<br />
Hub - Motor<br />
Ring - Retaining<br />
Soc. HD. Capscrew<br />
Plate - Adjusting<br />
Hex Nut<br />
Hub - Pump<br />
Pump Key<br />
Pipe Plug<br />
Head<br />
Tube Nipple<br />
Capscrew Col./HD.<br />
Headshaft<br />
Column - Top<br />
Tube - Encl.<br />
Bearing - Tube<br />
Column - INTMD<br />
Capscrew - Col./Col.<br />
Hex Nut<br />
Lineshaft<br />
Column - Bottom<br />
Coupling - Lineshaft<br />
Adapter - Bearing<br />
Capscrew - Col./Bowl<br />
Bowl - Disch. Bowl<br />
Pumpshaft<br />
Capscrew - Bwl./Disch. Bwl.<br />
Bearing - Throttle<br />
Bowl - Top<br />
Capscrew - Bowl/Bowl<br />
Bowl - INTMD<br />
Capscrew - Bowl/Bell<br />
Capscrew - Strainer<br />
Strainer (Basket Type)<br />
Suction Bell
Pump Bowl Assembly<br />
The bowl assembly is the heart of the <strong>vertical</strong> <strong>turbine</strong> pump.<br />
The impeller and diffuser type casing are designed to deliver the<br />
head and capacity that your system requires in the most efficient<br />
way possible. The fact that the <strong>vertical</strong> <strong>turbine</strong> pump can<br />
be multistaged to allow maximum flexibility both in the initial<br />
pump selection and in the event that future system modification<br />
requires a change in the pump rating. Submerged impellers<br />
allow pump to be started without priming.<br />
Standard Design Features<br />
1. SUCTION BELL – Allow smooth entry of liquid into impeller<br />
eye, minimizes vortex formation.<br />
2. SUCTION BELL BEARING – Provided for shaft stability.<br />
3. SAND COLLAR – Prevents solids from entering suction<br />
bearing.<br />
4. IMPELLER – Semi-open or enclosed for appropriate service<br />
conditions.<br />
5. TAPER LOCK – Carbon or alloy steel for fastening impellers<br />
on 17” and smaller sizes.<br />
6. KEYED – Impeller fastened onto shaft by key and split ring.<br />
7. PUMP SHAFT – Heavy duty 416SS standard, available in<br />
316, 17-4 PH, Monel and other alloys for high strength and<br />
corrosion resistance.<br />
8. INTERMEDIATE BOWL – Available in variety of cast materials.<br />
Glass lined cast iron standard 6” through 15” sizes.<br />
9. STAGES – Flanged and bolted together for ease of<br />
maintenance. Registered fits assure positive alignment.<br />
10. SLEEVE TYPE BEARING – Provided at each stage to assure<br />
stable operation away from critical speed.<br />
In addition to standard features and options<br />
shown here, other features are available.<br />
A. Hydraulic balancing of impellers to reduce axial downthrust<br />
and achieve longer thrust bearing life.<br />
B. Independent flushing of bowl bearings and wear rings for<br />
abrasive services.<br />
C. Hard facing of shaft journals and bearings to protect against<br />
abrasion and increase interval between maintenance periods.<br />
D. Interior coating on bowls for improved efficiency.<br />
E. Dynamic balancing of impellers.<br />
F. Strainer to prevent foreign objects from entering the pump.
Type “F”<br />
Head<br />
Type “U”<br />
Discharge Located<br />
Underground<br />
Type “T”<br />
Suction Inlet Located<br />
in the Head<br />
Type “L”<br />
(Can) Suction Inlet<br />
Located in the Can
Pump Bowl Assembly Options<br />
CHOICE OF SEMI-OPEN OR<br />
ENCLOSED IMPELLERS<br />
Available in alloy construction for a<br />
wide range of corrosive/ abrasive services.<br />
Coupling Arrangements<br />
RIGID FLANGED COUPLING<br />
(Type AR)<br />
To couple pump to <strong>vertical</strong> hollow<br />
shaft driver. Impeller adjustment is<br />
performed on adjusting nut located<br />
on top of motor.<br />
KEYED IMPELLERS<br />
Keyed impellers are standard on<br />
18” and larger sizes, furnished on all<br />
<strong>pumps</strong> for temperatures above 180º<br />
F (82º C). Regardless of size, keyed<br />
impellers provide ease of maintenance<br />
and positive locking under<br />
fluctuating load and temperature<br />
conditions.<br />
ADJUSTABLE COUPLING<br />
(Type A)<br />
For <strong>vertical</strong> solid shaft driver. Impeller<br />
adjustment made by using adjustable<br />
plate in the coupling.<br />
WEAR RINGS<br />
Available for enclosed impellers and<br />
bowls; permts re-establishing initial<br />
running clearances and efficiency at<br />
lower cost. Hard facing of wear rings<br />
can be furnished when solids are<br />
present in pumpage.<br />
ADJUSTABLE SPACER<br />
COUPLING (Type AS)<br />
Same function as type A coupling<br />
with addition of spacer. Spacer may<br />
be removed for mechanical seal<br />
maintenance without disturbing<br />
driver.
Sealing Flexibility<br />
PACKED BOX WITH SLEEVE<br />
OPEN LINESHAFT<br />
Whenever packing, lubrication<br />
leakage can be tolerated and the<br />
discharge pressure does not exceed<br />
300 psi, a packed box may be used.<br />
Optional headshaft sleeve available to<br />
protect shaft.<br />
SINGLE SEAL<br />
Most popular method — used for low<br />
to medium pressures. Cartridge style<br />
for ease of installation and maintenance.<br />
WATER FLUSH ENCLOSED<br />
LINESHAFT<br />
Water flush tube connection is supplied<br />
when pressurized water is<br />
introduced into the enclosing tube<br />
for bearing protection on abrasive<br />
services.<br />
OUTSIDE MOUNTED SEALS<br />
Provides a method of no-leak sealing<br />
for low pressure and water<br />
application.<br />
OIL LUBRICATED<br />
ENCLOSED LINESHAFT<br />
Oil lubricated option is recommended<br />
when water elevation would cause<br />
the upper lineshaft bearings to run<br />
without lubrication during startup. Oil<br />
is fed through tapped opening and<br />
allowed to gravitate down enclosing<br />
tube lubricating bearings.<br />
TANDEM SEALS<br />
Two seals mounted in-line. Chamber<br />
between seals can be filled with a<br />
buffer liquid and may be fitted with a<br />
pressure sensitive annunciating device<br />
for safety.
SUBMERSIBLE<br />
Applications<br />
<strong>Goulds</strong> Pumps combines the hydraulic engineering of <strong>turbine</strong><br />
<strong>pumps</strong> matched to the hi-tech design of electric submersible<br />
motors.<br />
Features<br />
1 Discharge Pipe<br />
Properly sized for optimum water velocities to insure<br />
peak hydraulic performance.<br />
2 Discharge Bowl<br />
Several discharge sizes available for NPT or flanged pipe.<br />
3 Discharge Bearing<br />
Extra long top protected bronze bearing insures positive<br />
shaft alignment and stabilization for extended life.<br />
4 Intermediate Bowl<br />
Glass lined cast iron standard 6” through 15” size for<br />
maximum efficiency and abrasion resistance.<br />
5 Impellers<br />
Designed for maximum efficiency with wide range<br />
hydraulic coverage. Precision balanced for smooth<br />
operation.<br />
6 Upthrust Washer<br />
Designed for extra margin of safety against possible<br />
momentary upthrust occurring at startup.<br />
7 Intermediate Bowl Bearings<br />
Reliable long life bronze or rubber bearing.<br />
8 Taper Lock<br />
Accurately machined to insure positive locking of<br />
impeller to pump shaft.<br />
9 Pump Shaft<br />
100,000 PSI high tensile stainless steel provides strength<br />
and excellent corrosion resistance. Ground and polished<br />
for smooth bearing surface.<br />
10 Suction Inlet<br />
Contoured for smooth flow entrance. Protected by an<br />
oversized stainless steel strainer to prevent entrance of<br />
damaging solids.<br />
11 Suction Adapter<br />
Ductile iron provides for increased strength and positive<br />
motor alignment. Open area permits easy access to<br />
pump/motor coupling.<br />
12 Pump/Motor Coupling<br />
Large stainless steel coupling accurately machined<br />
for perfect alignment, balance and power transmission.<br />
Submersible <strong>pumps</strong> and motors provide an extensive list<br />
of options versus other deep well pumping equipment<br />
systems. Advanced engineering designs and experience<br />
assure units for long term pumping service. Water<br />
well applications provide the perfect opportunity to<br />
evaluate features and benefits of submersible equipment.<br />
6<br />
10<br />
11<br />
1<br />
2<br />
3<br />
4<br />
5<br />
7<br />
8<br />
9<br />
12
Hermetically Hermetically Sealed Sealed Type<br />
10<br />
A Hermetically Sealed Type motor utilizes<br />
windings of standard construction and<br />
insulation thickness. The windings are<br />
encased and Hermetically Sealed within the<br />
external shell casing on the outside and an<br />
internal tube or liner inside the bore. The<br />
Hermetically Sealed enclosure eliminates the<br />
possibility of water leakage into the winding.<br />
The liquid medium circulates between<br />
the rotor and stator liner providing lubrication<br />
and cooling to the bearings.<br />
Wet Winding Type<br />
A Wet Winding Type motor is one in which<br />
the motor windings are in direct contact<br />
with a liquid medium. The medium is clean,<br />
clear water. A pressure balancing system<br />
prevents exchange of the motor liquid medium<br />
and well water due to thermal expansion<br />
and contraction when the motor is<br />
operating. The liquid medium fills the inside<br />
of the motor and surrounds both the stator<br />
windings and the rotor. A completely water<br />
proof insulation is used on the magnet wire<br />
used for the stator windings. The liquid<br />
medium inside the motor air gap and coils<br />
acts as a heat transfer device by circulating<br />
through the windings and transferring<br />
heat to the external casing. Dissipation of<br />
this heat occurs as the well water flows at a<br />
required velocity over the external case. As is<br />
the case in all submersible type motors, the<br />
internal liquid medium is also used for bearing<br />
lubrication.<br />
Submersible Options<br />
<strong>Goulds</strong> Pumps can provide several options in<br />
pump and motor combinations to meet the<br />
exacting conditions of your applications:<br />
• High temperature wells<br />
• High horsepower, limited well diameters<br />
• Motor sensing devices<br />
• Water level indicators<br />
• Special materials<br />
• Special voltage motors<br />
Consult <strong>Goulds</strong> Pumps Turbine Customer<br />
Service Dept. for details.<br />
Submersible Accessories:<br />
• Valves<br />
— Check Valves<br />
— Flow Control<br />
— Gate Valves<br />
— Ball Valves<br />
• Electrical Panels<br />
— Furnas Panels<br />
— V.F.D. Drivers<br />
• Pitless Adapters<br />
• Wire<br />
— 12 to 0000<br />
• Heat Shrinks<br />
• Splice Kits<br />
• Tanks<br />
• Well Heads<br />
— Submersible Discharge Head<br />
• Torque Arrestors<br />
• Gauges<br />
• Motor Shrouds
HEAD PER STAGE (FT.)<br />
HEAD PER STAGE (FT.)<br />
400<br />
300<br />
250<br />
200<br />
150<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
.2<br />
250<br />
200<br />
150<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
15<br />
6RAH<br />
5WAH<br />
5WAL<br />
3450 RPM<br />
60 Hz<br />
5WAL<br />
6RAH<br />
5WAH<br />
7RAL<br />
7RAH<br />
8RAL<br />
5CL<br />
8RAH<br />
5CH<br />
6CL<br />
5TL<br />
7WAH<br />
7WAL<br />
9WAL<br />
8IL<br />
7CL<br />
6CH 6DHH<br />
5TH<br />
10RAH<br />
6DHL<br />
.3 .4 .6 .8 1 1.5 2 3 4 5 6 7 8 9 10 15 20 25 30 40<br />
1770 RPM<br />
60 Hz<br />
7RAL<br />
7RAH<br />
8RAH<br />
7WAH<br />
8RAL 6CH<br />
5CL<br />
5CH<br />
6CL<br />
9WAH<br />
8IH<br />
7CH<br />
8RJL<br />
FLOW (100 U.S. GPM)<br />
10<br />
9<br />
8<br />
7<br />
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<br />
5TL<br />
7WAL<br />
5TH<br />
9WAL<br />
8IL<br />
7CL<br />
6DHH<br />
6DHL<br />
10RAH<br />
9WAH<br />
8IH<br />
7CH<br />
8RJL<br />
7TL<br />
10WAL<br />
8RJH<br />
7TH<br />
13RAH<br />
12WAH<br />
12WAM 11CH<br />
11CM<br />
11WAH<br />
11RAH<br />
11CL<br />
9BM 9RCH 10RJ<br />
10RJL<br />
8DIL<br />
9RCL<br />
8DHH<br />
9TL<br />
9TH<br />
FLOW (100 U.S. GPM)<br />
7TL<br />
10WAL<br />
8RJH<br />
7TH<br />
11RAH<br />
9BM<br />
10RJL<br />
8DHL<br />
9RCL<br />
8DHH<br />
14RJH<br />
14RHM<br />
14RJM<br />
14DHL<br />
13CH<br />
12FRH<br />
12DHH<br />
12RJH<br />
12RJM<br />
12DHL<br />
13CM<br />
12CHC<br />
10DHH<br />
10LH<br />
9RCH<br />
13RAL<br />
11CL<br />
9TL<br />
20BH<br />
18CH<br />
18BH<br />
18BL<br />
16DHH<br />
16DM<br />
16BHC<br />
16DHL<br />
16BLC<br />
14RHH<br />
13RAH<br />
9TH<br />
14F<br />
14RJL<br />
18HM<br />
18DM<br />
15F<br />
20EH<br />
18DH<br />
16F<br />
18LH<br />
16RGH<br />
11
1<br />
HEAD PER STAGE (FT.)<br />
HEAD PER STAGE (FT.)<br />
250<br />
200<br />
150<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
15<br />
1180 RPM<br />
60 Hz<br />
10<br />
9<br />
8<br />
7<br />
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<br />
250<br />
200<br />
150<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
15<br />
7WAH<br />
7WAL<br />
7CH<br />
10RAH<br />
9WAH<br />
9WAL 8IH<br />
7CL<br />
8IL<br />
7CH<br />
8RJL<br />
885 RPM<br />
60 Hz<br />
10RAH<br />
9WAH<br />
10WAL<br />
8RJH 8DHL<br />
7TH<br />
13CM<br />
13RAH<br />
12WAH 11CH<br />
12WAM<br />
11WAH<br />
11CL<br />
11RAH<br />
9BM 9RCH 10RJ<br />
10RJL<br />
9RCL<br />
8DHH<br />
9TL<br />
11CM<br />
9TH<br />
14RJL<br />
12CHC<br />
12RJH<br />
12RJM<br />
10DHH<br />
16BLC<br />
18BL<br />
16BHC<br />
14RHH<br />
14RJH<br />
14RJM 14DHL<br />
12FRH<br />
12DHH<br />
13CH<br />
12DHL<br />
10LH<br />
FLOW (100 U.S. GPM)<br />
20CL<br />
20BH<br />
18CH 18DM<br />
18BH<br />
16DM<br />
16DHH<br />
14F<br />
14RHM<br />
15F<br />
20CH<br />
20EH<br />
24CL<br />
18LH<br />
16F<br />
16RGH<br />
24CH<br />
24EL<br />
28CH 30BH<br />
28CL 30BL 28GH<br />
28BH<br />
28BL<br />
24EH<br />
20GL<br />
24DM 24FH<br />
20GH<br />
28TM 24GH<br />
18DH 18HM 16DHH<br />
10<br />
9<br />
8<br />
7<br />
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<br />
9WAL 8IH<br />
10WAL<br />
13CM<br />
13RAH<br />
12WAH 11CH<br />
12WAM<br />
11WAH<br />
11CL<br />
11RAH<br />
9BM 9RCH 10RJ<br />
9RCL<br />
11CM<br />
9TH<br />
14RJL<br />
12CHC<br />
12RJH<br />
12RJM<br />
10DHH<br />
16BLC<br />
18BL<br />
16BHC<br />
14RHH<br />
14RJH<br />
14RJM 14DHL<br />
12FRH<br />
12DHH<br />
13CH<br />
12DHL<br />
20CL<br />
20BH<br />
18CH 18DM<br />
18BH<br />
16DM<br />
16DHL<br />
14F<br />
14RHM<br />
15F<br />
FLOW (100 U.S. GPM)<br />
20CH<br />
20EH<br />
24CL<br />
18LH<br />
16F<br />
16RGH<br />
24CH<br />
24EL<br />
28CH 30BH<br />
28GH<br />
28CL 30BL<br />
28BH<br />
28BL<br />
24EH<br />
20GL<br />
24DM 24FH<br />
20GH<br />
28TM 24GH<br />
18DH 18HM 16DHH<br />
26GH<br />
26GH<br />
150 200 300<br />
150 200 300
HEAD PER STAGE (m)<br />
HEAD PER STAGE (m)<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
15<br />
10<br />
9<br />
8<br />
7<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
15<br />
10<br />
9<br />
8<br />
7<br />
6<br />
5<br />
.4<br />
.6<br />
7RAL<br />
.8<br />
2850 RPM<br />
50 Hz<br />
8RAH<br />
5WAL<br />
5WAH<br />
7RAL<br />
7RAH<br />
8RAL<br />
5CL<br />
8RAH<br />
5CH<br />
6CL<br />
5TL<br />
7WAH<br />
7WAL<br />
6CH<br />
5TH<br />
9WAL<br />
8IL<br />
7CL<br />
6DHH<br />
6DHL<br />
10WAL<br />
.6 .8 1.0 1.5 2.0 3 4 5 6 7 8 9 10 15 20 25 30 40 50<br />
7RAH<br />
8RAL<br />
1<br />
1470 RPM<br />
50 Hz<br />
8RAH<br />
1.5<br />
7WAH<br />
7WAL<br />
6CH<br />
2<br />
9WAL<br />
8IL<br />
7CL<br />
10RAH<br />
9WAH<br />
8IH<br />
7CH<br />
8RJL<br />
10WAH<br />
9WAH<br />
8IH<br />
7CH<br />
8RJL<br />
7TL<br />
FLOW (10 Cu. M/Hr)<br />
12RAH<br />
13CL<br />
13CHC<br />
13WAH<br />
11CH<br />
13WAM<br />
11WAH<br />
11RAH 11CL<br />
11CM<br />
12RJM<br />
9BN 9RCH 10RJ 10DHH<br />
10RJL<br />
8RJH<br />
8DHL<br />
7TH<br />
9RCL<br />
8DHH<br />
9TL<br />
9TH<br />
14RJM<br />
13CH<br />
12RJH<br />
12DHL<br />
10LH<br />
10WAL<br />
8RJH<br />
7TH<br />
11RAH<br />
11WAH<br />
12WAH<br />
9BM 9RCH<br />
10RJL<br />
8DHL<br />
9RCL<br />
8DHH<br />
13RAH<br />
11CL<br />
9TL<br />
11CH<br />
12CH<br />
3 4 5 6 7 8 9 10 15 20 25 30 40 50 60 80 100 150 200 300<br />
FLOW (10 Cu. M/Hr)<br />
20CH<br />
20BH<br />
18CH<br />
18DM<br />
18BH<br />
18BL<br />
16DM 16DHH<br />
16BHC<br />
16GH<br />
16BLC 14RHH<br />
14RJL<br />
14RJH<br />
14DHL<br />
12DHH 12FRH<br />
16DHL<br />
14F<br />
14RHM<br />
9TH<br />
20CL 20EH<br />
15F<br />
18LH<br />
16GL<br />
24EH<br />
24EL 20GH<br />
20GL<br />
18HM<br />
18DH<br />
60 70<br />
1
NOTES<br />
NOTES<br />
1
NOTES<br />
NOTES<br />
1
ITT Vertical Turbines<br />
Lubbock, TX★<br />
Mexico★<br />
Turbine Distribution Centers: Phone Fax<br />
LUBBOCK, TX P.O. Box 5487, Lubbock, TX 79408 1-806-763-7867 1-800-453-4749<br />
MEMPHIS, TN 5815 Shelby Drive, Memphis, TN 38141 1-901-375-9965 1-800-453-4745<br />
ORLANDO, FL 1150 Emma Oaks Trail, Suite 150, Lake Mary, FL 32746 1-407-829-7724 1-800-453-4748<br />
FRESNO, CA 3878 S. Willow Ave., #104, Fresno, CA 93725 1-559-265-4730 1-800-453-7523<br />
<strong>Goulds</strong> Pumps and the ITT Engineered Blocks Symbol are<br />
registered trademarks and tradenames of ITT Corporation.<br />
SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.<br />
© 2006 ITT Corporation<br />
Canada ★ ★<br />
USA<br />
★<br />
“The trusted <strong>Goulds</strong> Pumps name...”<br />
Venezuela<br />
Engineered for life<br />
UK<br />
Belgium<br />
France<br />
Portugal<br />
Almost 160 years ago in Seneca Falls NY, Seabury S. Gould<br />
cast the world’s first all metal pump. This was a major step<br />
in building a business that would grow into one of the<br />
largest pump manufacturers in the world, and a creating a<br />
pump brand that is trusted and revered around the globe.<br />
Today, the <strong>Goulds</strong> Pumps brand is an integral part of ITT’s<br />
Residential & Commercial Water group (ITT R&CW).<br />
The trusted <strong>Goulds</strong> Pumps name can be found on a full<br />
★★<br />
★★<br />
★ ★ ★<br />
Netherlands<br />
Germany<br />
Italy<br />
★<br />
China<br />
★<br />
Singapore<br />
★<br />
Australia<br />
★ Philippines<br />
range of pump products, including submersible and lineshaft<br />
<strong>turbine</strong>, 4” submersible, jet, sump, effluent, sewage<br />
and centrifugal, as well as double suction, multi-stage,<br />
slurry and process <strong>pumps</strong>.<br />
ITT R&CW is a global leader in the industrial and water<br />
technologies markets, producing the world’s leading line<br />
of residential water well <strong>pumps</strong>, circulating <strong>pumps</strong>, wastewater<br />
<strong>pumps</strong>, controls and accessories.<br />
<strong>Goulds</strong> Pumps...Leading The Way Since 1848.<br />
Specifications & Special Projects:<br />
LUBBOCK CUSTOMER SERVICE CENTER<br />
1-806-763-7867 1-800-453-4749
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