Centrifugal Pump Performance Curves and Technical Information

Centrifugal PumpPerformance Curves and Technical Information

0 20 40 60 80 100 120 140

0

10

20

30

40

50

60

70

80

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100

110

CAPACITY

HEA

D (F

T)

NPSH

IN FEET

10

20

30

40

50

80,00070,00060,00050,00040,00030,00020,00010,000

160

NPSH REQUIRED

250mm IMPELLER DIAMETER 9 13/16" HEAD CAPACITY

0

5

10

15

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25

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35

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GPMLBS./HR.

PSI

7.5 HP

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235

240

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3 HP

245

1

Table of ContentsIntroduction ........................................................................................................................2

Pump basics .........................................................................................................................4

Selecting a pump .................................................................................................................5

Pump inquiries application data sheet ...............................................................................7

How to calculate required pressure ....................................................................................8

Determining net positive suction head (NPSH) .................................................................8

Specific gravity and viscosity chart .....................................................................................9

Conversion factors .............................................................................................................10

Vapor pressure chart .........................................................................................................10

Tubing friction loss chart ..................................................................................................11

Fristam centrifugal pump options ....................................................................................12

Pharmaceutical options .....................................................................................................13

Pump Performance Curves: 1750 RPMFP/FPX Composites ..................... 14 FPR Composites ........................... 16701 ............................................... 18711 ............................................... 19721 ............................................... 20 3521 .............................................. 21731 ............................................... 223531 .............................................. 23741 ............................................... 24 1741 .............................................. 253541 .............................................. 26751 ............................................... 27 3451 .............................................. 283551 .............................................. 291051 .............................................. 30 1151 .............................................. 31 1161 .............................................. 32 4001 .............................................. 34

Dimensional DrawingsFP Single Flange .........................................................................................................54 FP Double Flange ........................................................................................................55FPX Single Flange .......................................................................................................56FPX Double Flange .....................................................................................................57FPR Single Flange .......................................................................................................58 FPR Double Flange .....................................................................................................59FPR 4001 Double Flange ............................................................................................60

Pump Performance Curves: 3500 RPMFP/FPX Composite ....................... 35 FPR Composites ........................... 36702 ............................................... 38712 ............................................... 39722 ............................................... 40 3522 .............................................. 41732 ............................................... 421732 .............................................. 43 3532 .............................................. 44742 ............................................... 45 1742 .............................................. 473542 .............................................. 49752 ............................................... 50 3452 .............................................. 513552 .............................................. 52

2

Fristam PrideFristam is a global manufacturer of sanitary centrifugal and positive displacement pumps, mixers and blenders respected for unmatched performance, reliability, and technical superiority.

Fristam manufactured its first pump in 1931. Today, Fristam equipment is used by many of the world’s top dairy, beverage, brewing, bio-pharmaceutical, and food processing companies.

Quality ControlFristam Pumps USA designs, manufactures, and assembles its pumps in the United States. Each component is carefully checked from raw material through final assembly.

The result of this effort is a pump worthy of the valuable product your company produces. To achieve the highest level of quality, Fristam offers the most comprehensive testing and documentation packages in the sanitary pump industry.

High Lifetime ValueThe solid design, precise machining, and robust construction of a Fristam pump ensures efficiency and operational reliability. Fristam pumps simply run better and last longer.

3

Experience and ExpertiseOver the past 100 years, Fristam has built its reputation with experience, attention to detail, and a willingness to adapt to changing needs. Fristam’s strong applications engineering capabilities make it the most reliable source for straight, smart answers to process needs.

Why Customers Choose Fristam

“simply better pumps”

“reliable, dependable”

“high standard for sanitization and performance”

“knowledgeable people who help solve problems”

Dedicated SupportFristam’s dedication and quality service do not end with your initial purchase. An international network of manufacturing facilities, sales offices and distribution supports Fristam’s commitment to customer satisfaction.

Fast Delivery, New SolutionsManufacturing in the United States ensures Fristam customers receive prompt delivery, not lead times measured in months.

Additionally, if a new production challenge arises, Fristam is responsive and able to develop new solutions quickly.

4

Pump Series – FP, FPX, or FPRThe FP, FPX, and FPR Series pumps are manufactured of 316L stainless steel and have the same pump head. The FP incorporates a heavy-duty pedestal flange between the motor and pump head. The FPX is a motor mounted pump used for standard duties. The FPR has a front-loading seal for easy changeout and may be used in place of either the FP or FPX. Double seals are only available in the FP and FPR. The FP is used for vacuum withdrawal, high temperature, high viscosity, aseptic processes and other demanding applications.

Pump Model/Housing SizeFristam offers both volute and non-volute (circular) housings in many sizes to best match different process needs. The 700 and 1700 series pumps are non-volute and designed for lower capacities. Their shorter, steeper curves provide better efficiencies on low flows and superior accuracy when used with control devices. The 1050, 1150, 3400 and 3500 series pumps are volute high capacity pumps. Their long, flat curves provide greater capacity and an ability to provide steady discharge pressure over a wide flow range.

SpeedPumps are sized using two standard speeds, 1750 and 3500 RPM. Speed selection is determined when selecting a housing. The last digit of the Fristam model number indicates the speed. All models ending in 1 are 1750 RPM. All models ending in 2 are 3500 RPM.

EfficiencyThe efficiency of centrifugal pumps varies over the individual curve. The most efficient point of two curves is illustrated in Figure 1. When sizing, it is helpful to select a pump whose curve puts the duty point as close to this bend in the curve as possible.

Impeller SizeWithin a given housing, the impeller diameter will determine the flow and pressure produced. Pressure results from the velocity achieved within the pump. The highest velocity occurs at the tip of the impeller and is directly proportional to the square of the impeller diameter. At a given speed, a larger diameter impeller will impart more velocity and produce more pressure.

HorsepowerHorsepower must be matched to a given duty or duties. The requirements are determined by individual curves. Enough horsepower must be supplied to handle the most demanding duty, often the duty requiring the most flow, pressure or the pumping of the heaviest product.

Net Positive Suction Head (NPSH)Product must be forced into a centrifugal pump for it to function properly. This force is called NPSH. Your process must have sufficient NPSH available to meet or exceed the NPSH required.

SealsFristam offers a wide selection of seals. Most processes require a standard single seal of chrome oxide coated stainless steel on carbon. More difficult applications will require harder seal materials such as silicon carbide. Double seals are used when a flush is required, where abrasion or stickiness is a problem, for vacuum withdrawal or if a sterile barrier is required between the process and atmosphere.

Pump Basics: Background Information

PR

ES

SU

RE

VOLUME

FPR

722

722

3522

FPR

352

2

003.p3 fig.1

Figure 1

5

Special ConsiderationsAll curves are based on 70°F water. If your process involves products under vacuum, with high viscosity, high specific gravity, high temperatures, undissolved solids or entrained air there are special considerations which affect pump selection. In such cases, please consult Fristam Pumps or your local Fristam distributor.

Selecting a Pump Model From the Composite CurvesComposite curves appear at the beginnings of the low- and high-speed sections. To select the correct pump model from the composite curves, find the desired flow rate along the bottom scale and the desired pressure on the left-hand vertical scale. Find the point where the vertical line from the flow rate and a horizontal line from the pressure intersect. The curve immediately above this point will be most suitable.

Selecting a Fristam Pump: A Step by Step Guide

ExampleAs an example, size a pump to pump 50 gallons per minute and generate 135 feet of head. In the composite shown in Figure 2, find the intersection point of 50 GPM on the bottom of the graph and 135 feet on the side. The pump curve directly above the duty point is the 722. In this example, model 742 (the next size larger) might also be considered. A quick review of the duty point on their individual curves reveals the 722 will be more efficient than the 742.

Considering Speed and EfficiencyIf both pumps are the same speed, consider which will be more efficient based on the information discussed in Figure 1. If both a high and low speed pump can handle the duty, the high speed will generally be more economical, but the low speed model may have a lower NPSH requirement.

Choosing Impeller Size and HorsepowerHaving chosen a pump model based on the first two steps, find the specific curve for the pump model chosen. To determine the impeller diameter and horsepower move vertically from the flow and horizontally from the pressure or head desired. Find the intersecting point.

The next higher curve indicates the correct impeller diameter. The diagonal line immediately to the right of the intersection identifies the motor horsepower required.

FPR 3500 RPM Composite Curve

200 400 600 800 1000 1200 1400 1600

1265000206 Rev. ARD 2/08

50 100 150 200 250 300 350 400 450

BAR

FEET

OF H

EAD

0

1

2

3

4

5

6

7

8

9

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11

12

13

702712

722

742

1742

752

0

400

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150

100

50

LPM

CAPACITY

0

GPM 0

PRES

SURE

Figure 2

6

Seal Selection: Single or DoubleMany applications require only single seals. Double seals are recommended for applications involving:• Abrasive products• Sticky products• Vacuum >14” Hg • Temperature regulation

Seal Selection: MaterialsRecommended seal material configurations: • Simple transfer applications: FR-N-(K)*• Sticky applications: FR-C-(N)*• Pharmaceutical applications, chlorine, brine: C-C-(N)** rotating seal, stationary seal, (flush/double seal) N = Carbon C = Silicon Carbide FR = Chrome Oxide Coated Stainless SteelK = Ceramic

ExampleUsing our previous example of 50 gallons per minute and 135 feet of head, we can determine from Figure 3 that the impeller diameter should be 145 millimeters (5.7 inches). The motor required is 5 horsepower.

Checking NPSH (Net Positive Suction Head)To assure there is sufficient product pressure at the inlet of the pump the suction conditions need to be checked. The NPSH required can be determined by finding the point on the individual pump curve where the vertical line from the desired flow rate intersects the NPSH curve. From this point, a horizontal line to the right will intersect the NPSH scale at the net positive suction head required.*

The procedure for determining the NPSH available is described in the “How To Calculate Required Pressure” section of this book. When the NPSH available is determined, it must meet or exceed the NPSH required for the pump to function properly. If the NPSH available is insufficient, a change to the inlet conditions, an enlarged inlet or another pump selection may be required.

ExampleA 722 pumping 50 GPM against 135 feet of head will require 6 feet or more of NPSH. The installation must provide at least 6 feet of head.

ElastomersViton is the standard seal elastomer and BUNA is standard for the cover gasket. Other materials and combinations are available to meet your application or process needs.

00

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150

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20

20 40 60 80 100

10,000 20,000

CAPACITY

30,000 40,000 50,000

120

60,000

HEAD

(FT)

NPSH REQUIRED

10 NPSH IN FEET

5 HP

3 HP

80

7 1/2 HP

140

70,000

150

75,000


2 HP

140

135

130

125

120

115

110

0

GPMLBS./HR.

PSI

10

20

30

40

50

60

Figure 3

*Please note that the NPSH values shown are for full size impellers. Smaller impellers may require somewhat greater NPSH.

7

The following information is required to properly process an inquiry:

Requested by _____________________________________________________ Date __________________________________

Customer _______________________________________________________________________________________________

Address _________________________________________________________________________________________________

Telephone __________________________________ Fax _________________ Email __________________________________

Description of product to be pumped _________________________________________________________________________

_______________________________________________________________________________________________________

Temperature __________ Specific Gravity _____________________________ or Density ________________________ lb./gal.

Viscosity ___________________________________ Centipoise (CPS) or other

Desired Flow Rate ___________________________GPM or lb./hr.

*Discharge Head ____________________________ ft. or PSI

Suction Conditions

Is the pump withdrawing from a vacuum? ________Yes _________No

If so, how much?_____in. Hg.

Is the product level on the inlet side of the pump above or below the center line of the pump inlet?

Above ________________ Below _______________ By how much? ________ in. or ft.

Tubing ______________ in. Diameter __________ Length ______________ No. of elbows _____________ No. of tees


No. of size of valves in suction piping:

____________________ No. __________________ Size (in.)

____________________ No. __________________ Size (in.)

Other equipment in the suction piping _______________________________________________________________________

_______________________________________________________________________________________________________

*If you do not know the desired discharge head, please provide the following:

Discharge Conditions

Is the final destination of the pump above or below the center line of the pump inlet?

Above ________________ Below _______________ By how much? ________ in. or ft.




No. and size of valves in discharge piping:

____________________ No. __________________ size (in.)

____________________ No. __________________ size (in.)

____________________ No. __________________ size (in.)

Other equipment and the drop or pressure requirement (PSI) in the discharge piping _________________________________

_______________________________________________________________________________________________________

Pump Inquiry Application Data Sheet

8

20 ft.

10 ft.

299.2 ft.

Outlet1 1/2" Pipe

Open TankWater 62

System HeadThe total head of a system against which a pump must operate is made up of the following components:

1. Static Head2. Difference of pressures existing on the liquids3. Friction

Inlet1 1/2" Pipe8 ft.

Tank180

HeatExchanger

Example: Find the head under these conditions: Pump is drawing from an open tank to discharge through a heat exchanger into an open tank that is 20 ft. above the pump. The supply is 8 ft. above the pump. 50 GPM flow is required.

Solution:1. Height to be pumped is 20 ft. minus 8 ft. =12.0 ft.

2. Friction loss from pipe is (8 ft. + 10 ft. + 20 ft. + 299.2 ft. = 337.2 ft.) 337.2 x .25 ft./ft. =84.3 ft.

3. Friction loss from 3 elbows is = 0.6 ft. = 0.6 ft.

4. *Heat Exchanger loss 2.31 times 16.5 PSI =38.1 ft.

The Total Head Loss is . . . . . . . . . . . . . . . . . . . . 135.0 ft.

*Heat Exchanger information supplied by manufacturer.

How To Calculate Required Pressure

Determining Net Positive Suction Head (NPSH)Fristam pumps are well known for requiring less net positive suction head (NPSH) available than other sanitary centrifugal pumps. However, due to the hydraulic principles involved, some level of NPSH is still required in order for the pump to run efficiently and without cavitating.

The NPSH required for each Fristam pump model has been determined by careful testing. The results of these tests are illustrated by the NPSH curve under the performance curves for each pump model.

To determine the NPSH available, first add the physical height of the liquid above the centerline of the pump inlet to the pressure above the liquid (in an open tank this is atmospheric pressure). From this total, subtract the friction losses of the line and fittings on the suction side and the vapor pressure of the liquid at the operating temperature. The remainder is the NPSH available. This number must meet or exceed the NPSH required in order for the pump to function properly. As an example, figure the NPSH available and required to pump 50 GPM and generate 135 feet water column of pressure.

The pump model required is a 722 with a 145 mm impeller (see “Selecting a Fristam Pump”). From the actual pump curve or from the example in “Selecting a Fristam Pump,” we see that the NPSH required is 3 feet.

Assuming 10 feet of 1 1/2 inch line and one elbow in the suction line, 8 feet of height of liquid above the pump center line and pumping 180°F water from an open tank, we can compute the NPSH available.

NPSH available = Physical height of liquid + atmospheric pressure - friction losses - vapor pressure (see “Vapor Pressure Chart”).

NPSH available = 8 ft. + 33.9 ft. - 4.7ft. - 17.3 ft. = 19.9 ft.

Since the NPSH available of 19.9 feet is greater than the NPSH required 3 feet, the pump has sufficient NPSH available to run properly.

9

Product SP. Visc. Temp Condition Gr. (cps) °F

Acetone 0.80 1 70 Acid: Acetic 1.01 1 100 5% Citric 1.02 1 140 10% Lactic 1.10 1 140 Nitric 1.02 18 70 Alcohol: Ethyl 0.82 1.4 70 Methyl 0.79 0.6 70 Alum 1.33 80 40 50% Conc.

Barbecue Sauce 1.10 150 70 33° Brix Beer 1.02 1 40 Beverage Concentrate 1.26 80 80 Blood 1.00 5 20 Brine 1.10 to 1 40 Sodium Chloride 1.20 1.20Butter–Melted 0.95 90 90 Buttermilk 1.04 20 40 Carbon Tetrachloride 1.59 1 70 Catsup 1.15 100 60 Chocolate Bar Coating 1.08 65 120 Cream 0.99 20 40 40% Fat Dye, Water Base 1.10 10 70 Egg—Whole 1.04 68 40 Egg Yolk 1.12 400 68 200 86 Ethylene Glycol 1.10 18 70 Fat–Animal Melted 0.90 43 110 Glaze–Donut 1.22 55 120 Honey 1.30 230 100 81.2° Brix 1500 70 Ice Cream Mix 1.15 300 40 Varies Ink, Printer’s 1.20 520 130 Juice–Single Strength: Apple, Clear 1.05 20 140 Cranberry 1.03 10 140 Grape 1.05 25 140 Orange 1.05 20 140 Tomato 1.03 180 140

Juice–Concentrate: Apple 1.36 600 50 Thixotropic Cranberry 1.03 250 100 Thixotropic Grapefruit 1000 38 Thixotropic Orange 1.32 5000 38 Thixotropic

Liqueurs 1.15 10 70 Margarine 0.93 50 120 Milk–Whole 1.03 1 40% TS Milk–Concentrated 1.10 1000 50 40% TS 1.30 100 131 75% TS Milk–Concentrated 1.20 20 110 45% TS Skim 1.10 95 70 30% TSMilk–Evaporated 1.17 60 70 48% TSMilk–Skim Condensed 1.20 20 110 45% TS

Product SP. Visc. Temp Condition Gr. (cps) °F

Milk–Sweetened 1.25 2000 50 Condensed 500 150 Milk of Magnesia 1.08 200 70

Oils: Butter 0.90 40 70 Corn 0.93 150 60 Frying 0.90 10 400 Lard 0.96 165 80 Mineral 0.93 150 70 Olive 0.92 110 60 Peanut 0.92 100 60 Soybean 0.93 95 60 Vegetable 0.92 40 100 Paint Solvents 0.90 10 70 Paper Coatings 1.05 400 70 35% TS Paraffin 0.90 9 140 Pear Puree 1.30 4000 160 Thixotropic Perfume 0.95 1 70 Pie Filling 1.20 200 140 Propylene Glycol 1.02 20 30 50%

Sauce–Apple 2000 71 800 190 Salad Dressing 0.96 5000 75 Shampoo 1.00 350 70 Sorbitol 1.30 150 70 75% Soup, Clear 1.00 20 160 Spaghetti Sauce 1.10 200 140 Syrups: Corn 1.39 240 180 40° Be Dextrose 1.35 280 180 77° Brix HFCS 42 1.35 160 70 42% TS HFCS 55 1.35 800 70 55% TS Invert 1.38 800 80 76° Brix Maple 1.37 600 68 Sugar 1.33 220 80 68° Brix Soft Drink 1.26 80 80

Toulene 0.87 1 70 Tomato Paste 1.14 150 75 11% TS 1.14 100 180 11% TS 1.14 1500 200 17% TS Varnish 0.90 125 100 Vinegar 1.01 1 70 Water 1.00 1 70 Includes WFI Wax, Liquid 1.00 75 70 Whey: Acid/Sweet 1.06 2 100 Condensed 1.11 20 100 27% TS 1.20 800 40 40% TS 1.20 400 130 50% TS 1.20 550 65 50% TS 1.24 1500 65 60% TS Sweetened 1.20 900 55 50% TS 1.24 600 145 60% TS Salt 1.06 2 80 Wort 1.05 100 150 Yeast–Brewer’s Fermenting 1.10 150 40 20% TS Yeast Slurry 1.10 270 45 35% TS Yogurt Mix 1.03 20 40

Specific Gravity andViscosity for Various Liquids

Detailed information is available on viscosity correction factors. Contact Fristam Pumps for details. The following viscosities may vary, depending upon products, formulas, and processes used by processors.

10

0 100 200 3002501505032

TEMPERATURE (F)

VAPOR PRESSURE OF WATER

50

40

30

20

10

0

PRESSURE(psia)

Vapor Pressure Chart

Length Meters x 3.281 = Feet Centimeters x 0.394 = Inches Millimeters x 0.0394 = Inches

Mass Kilograms x 2.2 = Lbs. Gallons Of Water x 8.34 = Lbs. Cubic Feet of Water x 62.4 = Lbs. Pounds x 0.454 = Kilograms Volume Liter x 0.264 = Gallon Cubic Feet x 7.48 = Gallon Lbs. Of Water x 0.119 = Gallon Imperial Gallon (British) x 1.2 = Gallon (U.S.) U.S. Gallon x 3.785 = Liter Pressure Feet of Water x 0.433 = PSI Inches of Hg. x 0.491 = PSI Atmosphere x 14.7 = PSI Meters of Water x 1.42 = PSI Kilograms/sq. Centimeter x 14.22 = PSI Bar x 14.7 = PSI

Pressure (continued) Atmosphere x 33.9 = Feet of Water PSI x 2.31 = Feet of Water Inches of Hg. x 1.13 = Feet of Water Flow Lbs. Of Water/Hour x 0.002 = GPM Lbs. Of Fluid/Hour x 0.002 = GPM Specific Gravity Cu. Meter/Hour x 4.4 = GPM Kg. Of Water/Minute x 0.264 = GPM Liters/Minute x 0.264 = GPM GPM x 3.785 = Liters/Minute

Power Liquid HP = GPM x Head ft. x Specific Gravity 3960 BHP = GPM x Head ft. x Specific Gravity 3960 x Pump Efficiency

Viscosity Centipoise = Centistokes Specific Gravity

Centistokes x 4.64 = SSU (Approx.)

Temperature (1.8 X °C) + 32 = °F .555 (°F – 32°) = °C Degrees Kelvin – 273.2 = Degrees Centigrade

Conversion Factors

11

Loss of Head Due to Friction in Feet per Foot of Stainless Steel Tubing and in Feet for Sanitary Fittings

Capacity in O.D. - 1″ O.D. - 1.5″ O.D. - 2″ O.D. - 2.5″ O.D. - 3″ O.D. - 4″ U.S. G.P.M. I.D. - .870″ I.D. - 1.370″ I.D. - 1.870″ I.D. - 2.370″ I.D. - 2.870″ I.D. - 3.834″ Tubing Elbow Tee Tubing Elbow Tee Tubing Elbow Tee Tubing Elbow Tee Tubing Elbow Tee Tubing Elbow Tee 2 .01 .01 .1 4 .025 .02 .2 5 .035 .025 .25 10 .12 .06 .4 .02 .01 .15 .005 .015 .1 15 .25 .1 .8 .04 .02 .25 .013 .02 .15 20 .43 .22 1.5 .06 .03 .3 .02 .025 .2 .005 .02 .1 .003 .02 .06 25 .66 .4 2.3 .08 .04 .4 .025 .03 .25 .006 .03 .15 .004 .03 .08 30 .93 .7 3.3 .105 .06 .55 .035 .05 .3 .008 .05 .2 .005 .04 .1 35 1.22 1.25 5.2 .135 .09 .8 .04 .06 .4 .011 .06 .25 .006 .05 .13 40 .17 .11 1.0 .05 .08 .5 .015 .07 .3 .007 .06 .15 45 .21 .16 1.3 .063 .1 .6 .02 .09 .35 .008 .065 .18 50 .25 .2 1.6 .073 .12 .7 .022 .1 .4 .01 .07 .2 60 .34 .35 2.2 .1 .18 .9 .03 .12 .45 .015 .08 .25 80 .57 .76 3.7 .16 .3 1.5 .05 .15 .55 .02 .1 .4 100 .85 1.35 5.8 .23 .44 2.3 .075 .18 .6 .03 .11 .5 .008 .04 .1 120 1.18 2.05 9.1 .32 .64 3.3 .105 .21 1.0 .04 .13 .6 .01 .05 .15 140 .42 .85 4.5 .14 .23 1.25 .05 .16 .8 .013 .06 .2 160 .54 1.13 5.8 .17 .28 1.6 .07 .2 1.1 .015 .07 .25 180 .67 1.45 7.4 .205 .31 2.0 .08 .21 1.3 .02 .08 .3 200 .81 1.82 9.0 .245 .35 2.5 .1 .26 1.6 .025 .09 .4 220 .95 2.22 11.0 .29 .41 3.0 .12 .3 1.9 .028 .1 .5 240 1.10 2.63 13.5 .34 .48 3.7 .14 .33 2.2 .035 .11 .55 260 .39 .53 4.5 .165 .39 2.5 .04 .115 .6 280 .45 .61 5.3 .19 .42 2.8 .045 .12 .65 300 .515 .7 6.2 .22 .5 3.1 .05 .13 .7 350 .68 1.05 8.5 .28 .67 4.1 .07 .15 .9 400 .86 1.55 11.0 .36 .88 5.2 .085 .18 1.2 450 1.05 2.25 13.5 .44 1.1 6.6 .105 .2 1.5 500 .54 1.4 8.0 .13 .23 1.75 550 .64 1.7 9.5 .15 .27 2.1 600 .75 2.05 10.2 .175 .3 2.5 650 .87 2.41 13.0 .2 .34 2.8 700 1.0 2.8 15.0 .23 .4 3.4 750 .26 .43 3.8 800 .3 .5 4.4 850 .33 .56 5.0 900 .37 .62 5.7 950 .41 .7 6.3 1000 .45 .8 7.0 1100 .53 1.06 8.6

Notes: 1. Flow Elbows—R/D = 1.52. Flow Through Tees—Flow A to B Port C capped off.3. Test Medium—Water at 70°F4. 16 gauge tubing was used for the measurements when the outer diameter (O.D.) was between 1" - 3" and 14 gauge tubing was used with the 4" O.D. measurement.

*Calculated data for estimating purposes only. Consult your tubing manufacturer with specific questions.

C

A

B

12

C – Clamp* B – Bevel seatF – 150# flange3F – 300# flange N – NPT I – I-Line (female)X – Other (specify)

25 – 25 Ra20 – 20 Ra 15 – 15 RaEP – ElectropolishPV – PassivationLF – Low ferriteSF – Stainless steel flangeTC – Tungsten carbide coatingAS – AsepticJH – Jacketed housing CD – Casing drainBB – Bearing block mountedAL – Adjustable base with legsX – Other (specify)

1750 3500RPM RPM

701 702711 712721 7223521 3522731 732++–– 1732++ 3531 3532741 7421741 17423541 3542751+ 752+3451 34523551 35521051 ––1151++ ––1161 ––4001+ ––

+ FPR only++ FP/FPX only

Preferred OrderingSequence (sample)

1st – Rotating2nd – Stationary3rd – Flush (Double) Seal [FP and FPR only]

Single SealFR-N – Chrome oxide SS vs. carbon*C-C – Silicon carbide vs. silicon carbide FR-C – Chrome oxide SS vs. silicon carbide

Double Seal [FP and FPR only]FR-N-K – Chrome oxide SS vs. carbon vs. ceramic*C-C-K – Silicon carbide vs. silicon carbide vs. ceramicFR-C-K – Chrome oxide SS vs. silicon carbide vs. ceramic

FPR 3541 205 3x2.5 C FR-N-K VB 15-EP-SF

MODEL

FITTING TYPE

PORT SIZE

OTHER OPTIONS

SEAL MATERIALS

1st – Inlet (in.)2nd – Outlet (in.)

ELASTOMERS1st – seal (Viton®*)2nd – cover gasket (Buna*) V – Viton®

B – BunaE – EPDMX – Other (specify)

IMPELLER SIZEImpeller diameter (mm)

* Standard

PUMP SERIESFPFPXFPR

Fristam Centrifugal Specialty Pumps• Water for Injection• Aseptic• Jacketed Housing

Fristam Centrifugal Options and Ordering Matrix

13

Pharmaceutical OptionsAll standard stainless steel components are 316L. Special castings are available in low-ferrite stainless steel or high-performance alloys such as Hastelloy® and AL-6XN®. Class VI elastomers are standard for pharmaceutical applications. Seal materials include ceramic and silicon carbide.

Electropolishing and enhanced internal surface finishes to 15 Ra are available on most products.

Casing drain and mounting options provide complete drainability critical for long-term system cleanliness. Pumps can be easily configured for steam-in-place sterilization, with no external cooling devices required.

Water For Injection (WFI) PumpsFristam is the industry leader for WFI and other high-purity service. Fristam WFI centrifugal pumps are a precision adaptation of our FP, FPX, and FPR pumps. They feature an advanced seal design that protects product sterility, saves valuable product and provides for long seal life.

Fristam pioneered a pressurized double seal flush system that ensures product sterility and saves valuable product by maintaining positive pressure in the critical seal area. The internal seal design provides extra cooling and lubrication on the front seal face to significantly extend seal life and provide for more system uptime.

Numerous seal and piping configurations, including single seal piping, are available to meet your processing requirements.

Comprehensive Documentation Options

Certified Drawings

Mill Certification

Physical Certifications

Material Verification

Certificate of Conformance

Warranty Statement

Certified Finish

Passivation of Pump

Stainless Steel Tag

Certified Welding

Hydrostatic Test

Dynamic Seal Test

Short Run Test

Performance Test

NPSH Test

Witness Test

Vibration Test

Ferrite Test

Saline Test

Seismic Calculation

Performance curve based on tests using 70°F water and 0 psig inlet pressure. A tolerance of ± 5% applies to all figures. Actual performance may vary by application product. Please contact Fristam for different conditions.

14

FP/FPX Performance CurvesModels: 1750 RPM (Composite A)

CAPACITY

LPM

GPM

0 200 400 600 800 1000 1200

0 50 100 150 200 250 300 350 4000

1

2

3

9/23/021265000074

RD 2/08

FP and FPX 1750 RPM Composite Curves

BAR

FEET

OF H

EAD

701

711

721

731

35213531

3451

3541

741

1741

0

25

50

75

100

PRES

SURE


15

FP/FPX Performance CurvesModels: 1750 RPM (Composite B)

0 800 1600 2400 3200 4000 4800 5600 6400

0 200 400 600 800 1000 1200 1400 1600 1800

CAPACITY

0

1

2

3

4

5

6

9/23/021265000073

RD 2/08

FEET

OF H

EAD

BAR FP and FPX 1750 RPM Composite Curves

0

25

50

75

100

125

150

175

200

1161

1151

10513551

LPM

GPM

PRES

SURE


16

FPR Performance CurvesModels: 1750 RPM (Composite A)


BAR

FEET

OF H

EAD

100 200 300 400 500 600 700

0

1

2

3

20 40 60 80 100 120 140 160 180 200

1265000197 Rev. ARD 2/08

0

125

100

75

50

25

1741

751

741

731721

711701

LPM

CAPACITY

0

GPM 0

PRES

SURE


17

FPR Performance CurvesModels: 1750 RPM (Composite B)


BAR

FEET

OF H

EAD

800 1600 2400 3200 4000 4800 5600 6400

200 400 600 800 1000 1200 1400 1600 18000

1

2

3

4

5

6

1265000196 Rev. ARD 2/08

0

200

175

125

150

100

75

50

25

40011161

10513551

3541

35313521

3451

0

0

CAPACITY

LPM

GPM

PRES

SURE


18

00

20

18

16

14

12

10

8

6

4

2

95

90

85

80

75

8

6

4

2

08 16 24 32 404 12 20 28 36

4,000 8,000

CAPACITY

GPMLBS./HR. 12,000 16,000 20,000

PSI

HEAD

(FT)


NPSH REQUIRED

5

10

NPSH IN FEET

1/3 HP

1/4 HP

FP/FPX/FPR Performance CurvesModel: 701 (1750 RPM, Inlet 1.5”, Outlet 1.5”)


19

FP/FPX/FPR Performance CurvesModel: 711 (1750 RPM, Inlet 2”, Outlet 1.5”)

00

5

15

20

25

30

10 20 30 40 50

5,000 10,000

CAPACITY

15,000 20,000 25,000

60

30,000

HEAD

(FT)

NPSH REQUIRED

5

10

NPSH IN FEET

1/2 HP

1/4 HP

10


125

120

115

110

100

105

3/4 HP

8

4

0

GPMLBS./HR.

PSI

10

12

6

2


20



135

130

125

120

115

110

00

15

25

30

35

40

10

5

10 20 30 40 50

5,000 10,000

CAPACITY

15,000 20,000 25,000

60

30,000

HEAD

(FT)

NPSH REQUIRED

5 NPSH IN FEET

3/4 HP

1/2 HP20

1HP

70

35,000

80

40,000

140

0

GPMLBS./HR.

PSI

16

14

12

10

8

6

2

4


21

FP/FPX/FPR Performance CurvesModel: 3521 (1750 RPM, Inlet 2.5”, Outlet 2”)

00

15

25

30

35

40

10

5

25 50 75 100 125

12,500 25,000

CAPACITY

37,500 50,000 62,500

150

75,000

HEAD

(FT)

NPSH REQUIRED

10 NPSH IN FEET

1/2 HP

1 HP

1 1/2 HP

20

175

87,500

200

100,000


3/4 HP

140

135

130

125

120

115

0

GPMLBS./HR.

PSI

16

14

12

10

8

6

2

4


22


00

20

30

40

50

20 40 60 80 100

10,000 20,000

CAPACITY

30,000 40,000 50,000

HEAD

(FT)

10

5

NPSH IN FEET

1/2 HP

10


3/4 HP

1 HP

170

165 160 155

150

NPSH REQUIRED

1 1/2 HP

0

GPMLBS./HR.

PSI

5

10

15

20


23


00

55

20

CAPACITY

HEAD

(FT)

NPSH IN FEET

10

1 HP

1 1/2 HP

2 HP

3 HP

175mm IMPELLLER DIAMETER 6 7/8" HEAD CAPACITY

170

165

160

155

150

145

140

135

130

NPSH REQUIRED

10

20

30

40

50

50 100 150 200 250

25,000 50,000 75,000 100,000 125,000

2750

GPMLBS./HR.

PSI

5

10

15

20


24


00

70

30

CAPACITY

HEAD

(FT)

NPSH IN FEET

20

1 HP

1 1/2 HP

2 HP

3 HP

5

10

40

50

60

20 40 60 80 100

10,000 20,000 30,000 40,000 50,000

10

120

60,000

140

70,000


200 195 190 185 180 175 170 165

NPSH REQUIRED

0

GPMLBS./HR.

PSI

5

10

15

20

25

30


25


00

90

30

CAPACITY

HEAD

(FT)

NPSH IN FEET

20

5 HP

1 1/2 HP

2 HP 3 HP

5

10

50

40

70

60

80

40 80 120 160

20,000

20

10,000 40,000 60,000 80,000

60 100 140 180

30,000 50,000 70,000 90,000

10

NPSH REQUIRED


200

195

190

185

180 175

170 165

0

GPMLBS./HR.

PSI

5

10

15

20

25

30

35


26


00

20

CAPACITY

HEAD

(FT)

NPSH IN FEET

10

20

50

40

30

70

60

80

100 200 350

50,000

50

25,000 100,000 175,000

150 250 300 400

75,000 125,000 150,000 200,000

450

225,000

500

250,000

10

NPSH REQUIRED


195

200

185

190

175 180

160

165 170

150

155

0

GPMLBS./HR.

PSI

5

10

15

20

25

30

5 HP

7 HP

3 HP


27

FPR Performance CurvesModel: 751 (1750 RPM, Inlet 3”, Outlet 2”)

0 20 40 60 80 100 120 140

0

10

20

30

40

50

60

70

80

90

100

110

CAPACITY

HEA

D (F

T)

NPSH

IN FEET

10

20

30

40

50

80,00070,00060,00050,00040,00030,00020,00010,000

160

NPSH REQUIRED


0

5

10

15

20

25

30

35

40

45

GPMLBS./HR.

PSI

7.5 HP

200 205 210 215 220 225 230

235

240

5 HP

3 HP

245


28

FP/FPX/FPR Performance CurvesModel: 3451 (1750 RPM, Inlet 3”, Outlet 2”)

00

20

60

80

100

120

50 100 150 200 250

25,000 50,000

CAPACITY

75,000 100,000 125,000

300

150,000

HEAD

(FT)

10

20

NPSH IN FEET

2 HP

3 HP

5 HP

40

NPSH REQUIRED


245 240

235 230 225

220

215 210 205

200 195

0

GPMLBS./HR.

PSI

5

10

15

20

25

30

35

40

45

50

7 1/2 HP


29


00

70

CAPACITY

HEAD

(FT)

NPSH IN FEET

5 HP

15 HP

7 1/2 HP

10 HP

20

40

100

90

80

120

110

130

100 200 35050

50,000 100,000 150,000 200,000 250,000 300,000

150 250 300 400 450 500 550 600 650

60

50

40

30

20

10

NPSH REQUIRED


245 240 235 230 225 220 215 210 205

200

195

0

GPMLBS./HR.

PSI

5

10

15

20

25

30

35

40

45

50

55


30


00

CAPACITY

HEAD

(FT)

NPSH IN FEET

7 1/2 HP

15 HP

20 HP

10 HP

120

100

80

60

40

20

150 300

75,000 150,000 225,000 300,000 375,000 450,000

450 600 750 900

NPSH REQUIRED

280mm IMPELLER DIAMETER 11" HEAD CAPACITY

275 270

265

260

255

250

245

240

20

10

0

GPMLBS./HR.

PSI

5

10

15

20

25

30

35

40

45

50


31

FP/FPX Performance CurvesModel: 1151 (1750 RPM, Inlet 4”, Outlet 4”)FPR model 1161 covers the range of both the FP/FPX 1151 and 1161

0

0

40

80

120

160

20

60

100

140

180

200

200 400 600 800 1000

100,000 200,000

CAPACITY

300,000 400,000 500,000

HEA

D (F

T)

10

20

NPSH

IN FEET

80

70

60

50

40

30

20

10

0

GPMLBS./HR.

PSI

280mm IMPELLER DIAMETER 11" HEAD CAPACITY 40 HP

10 HP

15 HP 20 HP 25 HP 30 HP

265260255250245240

275270

NPSH REQUIRED


32

FP/FPX Performance CurvesModel: 1161 (1750 RPM, Inlet 4”, Outlet 4”)FPR model 1161 covers the range of both the FP/FPX 1151 and 1161

0

0

40

80

120

160

20

60

100

140

180

200

200 400 600 800 1000

100,000 200,000

CAPACITY

300,000 400,000 500,000

HEA

D (F

T)

10

20

NPSH

IN FEET

80

70

60

50

40

30

20

10

0

GPM LBS./HR.

PSI

315

310 305 300

295

290

285

50 HP


NPSH REQUIRED

40 HP

30 HP

25 HP

20 HP


33

FPR Performance CurvesModel: 1161 (1750 RPM, Inlet 4”, Outlet 4”)FPR model 1161 covers the range of both the FP/FPX 1151 and 1161

Head

Capacity1265000208

Rev. A

100,000

0

lbs /hr

0gpm

0

0200 500

250,000

1000

500,000

240

10

psi

200

feet

50,00

100

150,000

300

100

25

50

75

125

150

175

200,000

400

300,00

600

450,000400,000350,000

700 800 900

20

30

40

50

60

70

80

245250255260265270275280285290

295300305310315320

NPSH

feet

20

10

0

NPSH REQUIRED

10 HP

IMPELLER DIAMETER

HEAD CAPACITY

15 HP

20 HP25 HP

30 HP

40 HP

50 HP


34


0

0

40

80

120

160

20

60

100

140

180

200

400 800 1200 1600 2000

100,000 200,000

CAPACITY

300,000 400,000 500,000

HEA

D (F

T)

10

20

NPSH

IN FEET

80

70

60

50

40

30

20

10

0

GPM LBS./HR.

PSI


NPSH REQUIRED

340

350

330

320

310

300

290

280

40 HP

50 HP

60 HP

75 HP


35

FP/FPX Performance CurvesModels: 3500 RPM (Composite)

BAR FP and FPX 3500 RPM Composite Curves

400 800 1200 1600 2000 2400 2800 3200 3600 4000 4400 4800

50 100 300 500 700 900 1100 1300150 200 400 600 800 1000 12000

2

4

6

8

10

12

6/18/1998il-0364.eps

RD 2/08

FEET

OF H

EAD

450

420

390

360

330

300

270

240

210

180

150

120

30

60

90

0

3552

3452

1742

3542

742

35321732732

722

712702 3522

0

0

CAPACITY

LPM

GPM

PRES

SURE


36

FPR Performance CurvesModels: 3500 RPM (Composite A)


200 400 600 800 1000 1200 1400 1600

1265000206 Rev. ARD 2/08

50 100 150 200 250 300 350 400 450

BAR

FEET

OF H

EAD

0

1

2

3

4

5

6

7

8

9

10

11

12

13

702712

722

742

1742

752

0

400

450

350

250

300

200

150

100

50

LPM

CAPACITY

0

GPM 0

PRES

SURE


37

FPR Performance CurvesModels: 3500 RPM (Composite B)

FEET

OF H

EAD

BAR FPR 3500 RPM Composite Curve

400 800 1200 1600 2000 2400 2800

0

8/25/041265000205

RD 2/08

100 200 300 400 500 600 700 8000

50

100

150

200

250

300

350

400

1

2

3

4

5

6

7

8

9

10

11

12

3552

354234523532

3522

LPM

CAPACITY

0

0GPM

PRES

SURE


38

FP/FPX/FPR Performance CurvesModel: 702 (3500 RPM, Inlet 1.5”, Outlet 1.5”)

HEAD

(FT)

0 10 20 30 40 500

90

75

60

45

30

15

35

0

5

10

15

20

25

30

60

5,000 10,000

CAPACITY

GPMLBS./HR. 15,000 20,000 30,00025,000

PSI

NPSH IN FEET

02

46

NPSH REQUIRED

3/4 HP

1 HP

1 1/2 HP

1/2 HP


95

90

85

80

75


39


00

20

60

80

100

120

20 40 60 80 100

10,000 20,000

CAPACITY

30,000 40,000 50,000

120

60,000

HEAD

(FT)

NPSH REQUIRED 5

10

NPSH IN FEET

3 HP

2 HP

40

5 HP


125

120

115

110

0

GPMLBS./HR.

PSI

5

10

15

20

25

30

35

40

45

50


40


00

60

100

120

140

150

40

20

20 40 60 80 100

10,000 20,000

CAPACITY

30,000 40,000 50,000

120

60,000

HEAD

(FT)

NPSH REQUIRED

10 NPSH IN FEET

5 HP

3 HP80

7 1/2 HP

140

70,000

150

75,000


2 HP

140

135

130

125

120

115

110

0

GPMLBS./HR.

PSI

10

20

30

40

50

60


41


00

60

100

120

140

160

40

20

50 100 150 200 250

25,000 50,000

CAPACITY

75,000 100,000 125,000

300

150,000

HEAD

(FT)

NPSH REQUIRED

40

20

NPSH IN FEET

10 HP

3 HP

7 1/2 HP

5 HP80

350

175,000

400

200,000


140

135

130

125

120

115 15 HP

0

GPMLBS./HR.

PSI

10

20

30

40

50

60


42

FP/FPX Performance CurvesModel: 732 (3500 RPM, Inlet 2.5”, Outlet 2”)FPR model 742 covers the range of both the FP/FPX 732 and 742

0

0

75

125

150

175

200

50

25

25 50 75 100 125

12,500 25,000

CAPACITY

37,500 50,000 62,500

150

75,000

HEA

D (F

T)

NPSH REQUIRED

5

10

NPSH

IN FEET

3 HP

7 1/2 HP

10 HP

100

175

87,500

200

100,000

5 HP


160

155

150

145

140

135

130

125

120

80

70

60

50

40

30

20

10

0

GPM LBS./HR.

PSI


43


0 0

90

150

180

210

225

60

30

50 100 150 200 250

25,000 50,000

CAPACITY

75,000 100,000 125,000

300

150,000

HEAD

(FT)

NPSH REQUIRED

15

30

NPSH IN FEET

15 HP

120

20 HP

350

175,000

375

10 HP


160

155

150

145

140

7 1/2 HP

90

10

0

GPM LBS./HR.

PSI

20

30

40

50

60

70

80


44


00

225

75

CAPACITY

HEAD

(FT)

NPSH IN FEET

50

15 HP

20 HP

25 HP

30 HP

7 1/2 HP

5 HP

25

50

125

100

175

150

200

100 200 300 400

50,000

50

25,000 100,000 150,000 200,000

150 250 350 450

75,000 125,000 175,000 225,000

25

NPSH REQUIRED


170

165

160

155

150

145

140

135

130

10 HP

90

10

0

GPMLBS./HR.

PSI

20

30

40

50

60

70

80


45


0

0

CAPACITY

HEA

D (F

T)

NPSH

IN FEET

300

250

200

150

100

50

30 60

15,000 30,000 45,000 60,000 75,000 90,000

90 120 150 180

NPSH REQUIRED

10

5


200

195 190

185

180

175 170

120

10

0

GPM LBS./HR.

PSI

20

30

40

50

60

70

80

90

100

110

7 1/2 HP

10 HP

15 HP

20 HP


46

FPR Performance CurvesModel: 742 (3500 RPM, Inlet 2.5”, Outlet 2”)FPR model 742 covers the range of both the FP/FPX 732 and 742

160

125

62,500

gpm

lbs /hr

0

12,5000

00

25

37,50025,000

50 75

50,000

Capacity

100

40 120

20 50

Head 60

140

130100125

135

150150145

155

3 HP

5 HP

7.5 HP

87,50075,000

150

100,000

8/25/041265000207

175 2000

NPSH

10

5

feet

IMPELLER DIAMETER

195250

80

100

175

165

200170

185180

190

120

psi

205200

300

feet

10 HP

HEAD CAPACITY

20 HP

15 HP

NPSH REQUIRED


47


0

0

350

150

CAPACITY

HEA

D (F

T)

NPSH

IN FEET

100

10 HP

15 HP 20 HP

25 HP 30 HP

50 HP

40 HP

10

20

200

250

300

100 200 300 400 500

50,000 100,000 150,000 200,000 250,000

50

600

300,000

700

350,000

NPSH REQUIRED


200

195

190

185

180

175

170

150

10

0

GPM LBS./HR.

PSI

20

30

40

50

60

70

80

90

100

110

120

130

140


48

FPR Performance CurvesModel: 1742 (3500 RPM, Inlet 2.5”, Outlet 2”)FPR model 1742 covers the range of both the FP/FPX 1732 and 1742

Head

Capacity8/26/04

1265000209

50,000

0

lbs /hr

0gpm

0

0100 250

125,000

500

250,000

140

20

60

40

150

100

80

200

120

psi

250

350

feet

25,000

50

75,000

150

7.5 HP

NPSH

feet

10

0

100,000

200

150,000

300

200,000175,000

350 400

225,000

450

300

20

140

145150155160 10 HP

15 HP

20 HP

165170175

180

185190

195200

205

25 HP 30 HP40 HP

50 HP

50

100

NPSH REQUIRED

IMPELLER DIAMETER

HEAD CAPACITY


49


00

300

80

CAPACITY

HEAD

(FT)

NPSH IN FEET

40 25

160

120

240

200

280

200 300 500 700

100,000

100

50,000 150,000 250,000 350,000

800

400,000

900

450,000

400 600

200,000 300,000

NPSH REQUIRED

205mm IMPELLER DIAMETER 8 1/16" HEAD

195

200

185

175

180

160

165 170

150

120

10

0

GPMLBS./HR.

PSI

20

30

40

50

60

70

80

90

100

110

155

10 HP

15 HP

20 HP

40 HP

50 HP

30 HP

10 HP

15 HP

20 HP

25 HP

40 HP

50 HP

30 HP 190


50


0 50 100 150 200 250 300

0

50

100

150

200

250

300

350

400

450

500

CAPACITY

HEA

D (F

T)

NPSH

IN FEET

10

20

30

40

50

60

70

80

90

100

175,00025,000 50,000 75,000 100,000 125,000 150,000

350

NPSH REQUIRED


0

20

GPMLBS./HR.

PSI

40

60

80

100

120

140

160

180

200

245

235

225 220 215 210 205

200

240

40 HP

30 HP25 HP

20 HP

15 HP

50 HP

230


51


00

150

250

300

350

400

100

50

100 200 300 400 500

50,000 100,000

CAPACITY

150,000 200,000 250,000

600

300,000

HEAD

(FT)

NPSH REQUIRED 20

NPSH IN FEET

20 HP

25 HP

30 HP

15 HP200

700

350,000

800

400,000


40 HP

50 HP

245 240 235 230 225 220 215

210

205

200

195

170

10

0

GPMLBS./HR.

PSI

20

30

40

50

60

70

80

90

100

110

120

130

140

150

160


52


00

100

200

300

400

500

150 300 450 600 750

75,000 150,000

CAPACITY

225,000 300,000 375,000

HEAD

(FT)

25

50

NPSH IN FEET

0

GPMLBS./HR.

PSI

20

40

60

80

100

120

140

160

180

200


NPSH REQUIRED

25 HP

75 HP

60 HP

50 HP

40 HP

30 HP

245

240

235

230 225 220 215

210 205 200 195

54

FP Single Flange Dimensional DrawingAll pump dimensions are in millimeters (inches). Dimensions are based on clamp fittings. Motor dimensions may vary by manufacturer.

J198

(7.80")

C

180(7.09") F

E356

(14.00")

36(1.42") X 16(.63") SLOT(4 PLACES) 38 (1.50")

MAX. ADJ.

98(3.88")

180(7.09")

A

H B

ØG

INLET

210(8.27")

203(8.00")

ADJ. LEGS(OPTIONAL)

OUTLET

1265000384 REV-

ØK

D

108(4.25")

144 (5.67")

195(7.68")

200(7.87")

191(7.52")

211(8.31")

190(7.48")

170(6.69")

211(8.31")

2"2.5"FP 741 / 732 / 742

FP 3451 / 3452 3" 2"

FP 3521 / 3522

FP 3531 / 3532

FP 3541 / 3542

FP 1741 / 1732 / 1742

2"2.5"

2.5"

3"

2"

2.5"

2.5" 2"

INLETPUMP MODEL OUTLET

FP 711 / 712

FP 721 / 731 / 722

FP 701 / 702

1.5"2"

2" 1.5"

1.5" 1.5"

181(7.13")

149(5.87")

141(5.55")

270(10.63")

101(3.98")

96(3.78")

158.5(6.24")

170(6.69")

170(6.69")

170(6.69")

166(6.54")

162(6.38")

118(4.64")

115(4.53")

114(4.49")

140(5.51")

158(6.22")

104(4.09")

115.5(4.55")

118(4.64")

80(3.15")

95(3.74")

91(3.58")

162(6.38")

162(6.38")

150.5(5.93")

202(7.95")

290(11.42")

350(13.78")

198(7.80")

230(9.06")

270(10.63")

260(10.24")

202(7.95")

202(7.95")

190.5(7.50")

154.5(6.08")

158(6.22")

158(6.22")

DIMENSIONS IN MILLIMETERS (INCHES)

108.5(4.27")

113(4.45")

113(4.45")

58(2.28")

79(3.11")

44.5(1.75")

A B

150(5.90")

150(5.90")

146.5(5.77")

C D150

(5.90")185

(7.28")230

(9.06")

190(7.48")

190(7.48")

186.5(7.34")

E F ØG

157(6.19")

252(9.94")

115(4.53")

388(15.27")10 HP 215TC

189(7.46")

15 HP10 HP 215TC189

(7.46")416

(16.40")

1.5 HP

2 HP

3 HP

7.5 HP

5 HP

7.5 HP7.5 HP

3 HP

5 HP

2 HP

1.5 HP

1 HP

313(12.31")

133(5.23")

184TC

213TC

182TC

184TC

386(15.18")

152(6.00")

189(7.46")

388(15.27")

152(6.00")

348(13.68")

145TC

145TC

145TC

143TC

284(11.19")

133(5.22")

133(5.22")

284(11.19")

133(5.22")

259(10.19")

263(10.34")

263(10.34")

216(8.50")

216(8.50")

263(10.34")

216(8.50")

183(7.19")

183(7.19")

183(7.19")

DIMENSIONS INMILLIMETERS (INCHES)

0.5 HP

0.75 HP

3500 RPM

MOTOR HP

1 HP

0.75 HP

1750 RPM

MOTOR FRAME

56C

56C

56C

115(4.53")

115(4.53")

236(9.29")

236(9.29")

H115

(4.53")

J236

(9.29")157

(6.19")157

(6.19")

157(6.19")

ØK

1265000385 REV-

55

BALDOR

ØK

J L D

C

INLET

F300

(11.81")559

(22.00") E

19(.75") X 35(1.38") SLOT(4 PLACES)

250(9.84")

M

N

290(11.42")

300(11.81")

A

H B

ADJ. BASE(OPTIONAL)

OUTLET

ØE

1265000386 REV-

FP 1161

FP 1051

FP 1151

PUMP MODEL

FP 3551 / 3552

FP 1732 / 1742

FP 3452

FP 3542

FP 3532

FP 1161

406(15.98")

170(6.69")

250(9.84")

146(5.75")

110.5(4.35")

115(4.53")

211(8.31")

3" 2.5"

3" 2"

231(9.09")

211(8.31")

140(5.51")

140(5.51")

2.5" 2"

2.5" 2"

3" 2.5"

6" 4"

4" 4"

195(7.68")

96(3.78")

191(7.52")

95(3.74")

250(9.84")

250(9.84")

170(6.69")

170(6.69")

164.5(6.48")

290(11.42")

118(4.64")

350(13.78")

350(13.78")

160.5(6.32")170.5(6.71")

119(4.68")

114(4.49")

406(15.98")

406(15.98")

260(10.24")

270(10.63")

101(3.98")

143.5(5.65")

164.5(6.48")

115.5(4.55")

146(5.75")

146(5.75")

111(4.37")

110.5(4.35")

DIMENSIONS IN MILLIMETERS (INCHES)OUTLETINLET

4"4"

4" 4"

250(9.84")

A170

(6.69")

B406

(15.98")202.5(7.97")

D167

(6.57")

C ØGMOTOR HP

50 HP

40 HP

25 HP

30 HP

20 HP

15 HP

7.5 HP

10 HP

1750 RPMDIMENSIONS IN MILLIMETERS (INCHES)

189(7.46")

263(10.34")

416(16.40")

588(23.13")

324TSD40 HP

50 HP

326TSD

326TSD

30 HP

324TSD

286TSC

415(16.33")

499(19.66")

588(23.13")284TC

25 HP 284TSC

286TC

256TC

254TC

395(15.56")

336(13.25")

263(10.34")

333(13.12")

333(13.12")

239(9.42")

220(8.67")

388(15.27")

MOTORFRAME3500 RPM

213TC

215TC

263(10.34")

J ØK

189(7.46")

H

200(7.87")

200(7.87")

200(7.87")

200(7.87")

200(7.87")

200(7.87")

L

FP 742 2"2.5"

200(7.87")

91(3.58")

270(10.63")

153(6.02")

104(4.09")

279.5(11.00")

285.5(11.24")

275.5(10.85")

258.5(10.18")

268(10.55")

E317.5

(12.50")261

(10.28")

F

117(4.62")

M

44.5(1.75")

N

20 HP225

(8.88")256TC491

(19.34")263

(10.34")200

(7.87")

395(15.56")

117(4.62")

44.5(1.75")

98(3.88")

38(1.50")

98(3.88")

38(1.50")

117(4.62")

44.5(1.75")

117(4.62")

44.5(1.75")

117(4.62")

117(4.62")

44.5(1.75")

44.5(1.75")

117(4.62")

44.5(1.75")

**

* 3551 ONLY ** 3551, 1051 & 1151 ONLY *** 117 (4.62") FOR 1051, 1151 & 1161**** 44.5 (1.75") FOR 1051, 1151 & 1161

**

***

*** ****

****

261(10.28")

279.5(11.00")

261(10.28")

200(7.87")

220(8.66")

220(8.66")

220(8.66")

220(8.66")

200(7.87")

333(13.12")

588(23.13")

395(15.56")

333(13.12")

588(23.13")

395(15.56")

333(13.12")

588(23.13")

395(15.56")

333(13.12")

588(23.13")

395(15.56")

333(13.12")

588(23.13")

395(15.56")

333(13.12")

588(23.13")

395(15.56")

254(10.00")197.5(7.78")

195(7.68")204.5(8.05")

216(8.50")

212(8.35")

222(8.74")

197.5(7.78")

216(8.50")

197.5(7.78")

98(3.88")

38(1.50")

98(3.88")

38(1.50")

98(3.88")

38(1.50")

44.5(1.75")

117(4.62")

1265000387 REV-

216(8.50")3 HP

5 HP*

*133

(5.23")182TC313

(12.31")200

(7.87")117

(4.62")44.5

(1.75")263

(10.34")189

(7.46")213TC388

(15.27")200

(7.87")117

(4.62")44.5

(1.75")

FP Double Flange Dimensional DrawingAll pump dimensions are in millimeters (inches). Dimensions are based on clamp fittings. Motor dimensions may vary by manufacturer.

56

FPX Single Flange Dimensional DrawingAll pump dimensions are in millimeters (inches). Dimensions are based on clamp fittings. Motor dimensions may vary by manufacturer.

ØGØE

A

L38 (1.50")MAX. ADJ.

H

J

Q

MK

C

DNF

B

ADJ. LEGS(OPTIONAL)

ØP

INLET

OUTLET

98(3.88")

il-0657

MOTOR HP

7.5 HP

10 HP

20 HP

15 HP

3 HP

1.5 HP

1 HP

5 HP

2 HP

1750 RPM

FPX 3551

FPX 3451 / 3452

FPX 3541 / 3542

FPX 3531 / 3532

FPX 3521 / 3522

FPX 1741 / 1732 / 1742

FPX 741 / 732 / 742

FPX 721 / 731 / 722

FPX 711 / 712

FPX 701 / 702

PUMP MODEL

185(7.28")

150(5.90")

144 (5.67")

58(2.28")

113(4.45")

140(5.51")

140(5.51")

115(4.53")

95(3.74")

80(3.15")

91(3.58")

96(3.78")

79(3.11")

191(7.52")

3"

3"

3"

231(9.09")2.5"

211(8.31")

211(8.31")

2"

2.5"

2.5"

2.5"

2.5"

2.5"

2"

2" 200(7.87")

190(7.48")2"

2"

195(7.68")

170(6.69")

2"

1.5"

260(10.24")

162(6.38")

115.5(4.55")

290(11.42")

350(13.78")

350(13.78")

168(6.61")

119(4.68")

114(4.49")

118(4.64")

158(6.22")

162(6.38")

270(10.63")

270(10.63")

150.5(5.93")

104(4.09")

118(4.64")

162(6.38")

101(3.98")

113(4.45")

141(5.55")

150(5.90")

230(9.06")

230(9.06")


44.5(1.75")

OUTLETINLET

1.5"

2"

108(4.25")1.5"

1.5"

A B108.5(4.27")

C146.5(5.77")

D150

(5.90")

ØE

121(4.75")

263(10.34")

491(19.34")

13.5(17/32")

169(6.65")

254(10.00")

254(10.00")

225(8.88")

159(6.25")

256TC 499(19.66")

336(13.25")

159(6.25")

239(9.42")

254(10.00")

254(10.00")

13.5(17/32")

169(6.65")

121(4.75")


183(7.19")

140(5.50")

89(3.50")

216(8.50")

254TC

256TC

213TC

215TC

20 HP

10 HP

447(17.59")

263(10.34")

388(15.27")

263(10.34")

145TC

184TC

182TC

184TC

182TC

7.5 HP

2 HP

3 HP

348(13.69")

386(15.18")

216(8.50")

313(12.31")

183(7.19")

183(7.19")

114(4.50")

140(5.50")

159(6.25")

225(8.88")

133(5.25")

133(5.25")

189(7.46")

210(8.25")

254(10.00")

140(5.50")

216(8.50")

216(8.50")

114(4.50")

114(4.50")

152(5.97")

114(4.50")

89(3.50")

132(5.21")

140(5.50")

140(5.50")

191(7.50")

140(5.50")

145TC

143TC

MOTORFRAME

1.5 HP

3500 RPM281

(11.06")

F183

(7.19")

ØG89

(3.50")

H133

(5.22")

J102

(4.00")

K140

(5.50")

L

70(2.75")

8.7(11/32")

120(4.72")

140(5.53")

89(3.50")

10.3(13/32")

10.3(13/32")

10.3(13/32")

13.5(17/32")

169(6.65")

121(4.75")

140(5.53")

140(5.53")

108(4.25")

108(4.25")

406(16.00")

10.3(13/32")

10.3(13/32")

8.7(11/32")

10.3(13/32")

140(5.53")

89(3.50")

140(5.53")

89(3.50")

140(5.53")

120(4.72")

89(3.50")

70(2.75")

8.7(11/32")

ØP120

(4.72")70

(2.75")

M N Q356

(14.00")281

(11.06")133

(5.22")102

(4.00")281

(11.06")133

(5.22")102

(4.00")

183(7.19")

132(5.21")

140(5.50")

191(7.50")

191(7.50")

191(7.50")

386(15.18")

152(5.97")

388(15.27")

263(10.34")

189(7.46")

140(5.50")

5 HP 114(4.50")

347(13.68")184TC 216

(8.50")152

(5.97")140

(5.50")191

(7.50")140

(5.53")89

(3.50")10.3

(13/32")

15 HP 436(17.15")215TC 263

(10.34")133

(5.25")189

(7.46")140

(5.50")216

(8.50")108

(4.25")140

(5.53")10.3

(13/32")

1265000540

356(14.00")

356(14.00")

356(14.00")

356(14.00")

356(14.00")

356(14.00")

356(14.00")

356(14.00")

356(14.00")

356(14.00")

406(16.00")

406(16.00")

57

BALDOR

ØJ

M PS

ØR

H Q D

C

INLET

K

117.5(4.62")

44.5 (1.75")MAX. ADJ.

N

ADJ. LEGS(OPTIONAL)

ØE

A

BL OUTLET

il-0661

OUTLET

2"

2"

FPX 1161

2.5"FPX 3532

FPX 3542

FPX 3452 3"

3" 2.5"

FPX 1742

FPX 3552

2"2.5"

3" 2.5"

6" 4"

INLETPUMP MODEL

FPX 1151

FPX 1051

118(4.64")

211(8.31")

115(4.53")140(5.51")140(5.51")

231(9.09")

119(4.68")

170.5(6.71")

114(4.49")

160.5(6.32")

91(3.58")

95(3.74")

200(7.87")191

(7.52")

153(6.02")

104(4.09")115.5(4.55")

164.5(6.48")

290(11.42")

350(13.78")

350(13.78")

270(10.63")

260(10.24")

DIMENSIONS IN MILLIMETERS (INCHES)DCBA

110.5(4.35")

146(5.75")

ØE 3500 RPM

25 HP

30 HP

25 HP

1750 RPM

15 HP

20 HP

10 HP

MOTOR HP DIMENSIONS IN MILLIMETERS (INCHES)

279(11.00")

241(9.50")

333(13.11")

178(7.00")

367(14.44")

588(23.13")284TC

286TC

286TSC

284TSC

279(11.00")

159(6.25")

ØJHMOTORFRAME

416(16.40")

499(19.66")

447(17.59")254TC

256TC

215TC

270(10.62")

320(12.60")

263(10.34")

NMLK

226(8.88")239

(9.42")

210(8.25")

254(10.00")

254(10.00")

178(7.00")

216

QP ØR

200(7.87")

S

4" 4"

4" 4"

FPX 1161

4" 4"

250(9.84")

170(6.69")

406(15.98")

250(9.84")

170(6.69")

406(15.98")

250(9.84")

170(6.69")

406(15.98")

250(9.84")

170(6.69")

406(15.98")

167(6.57")

110.5(4.35")

146(5.75")

111(4.37")

146(5.75")

164.5(6.48")

211(8.31")

202.5(7.97")

588(23.13")

367(14.44")

159(6.25")

178(7.00")

333(13.11")

333(13.11")

333

241(9.50")

254(10.00")

279(11.00")

279(11.00")

200(7.87")200

(7.87")200

(7.87")200

(7.87")200

(7.87")200

13.5(17/32")

13.5(17/32")

13.5(17/32")

13.5(17/32")

444(17.50")

470(18.50")

444(17.50")

444(17.50")

444(17.50")

7.5 HP216

(8.50")189(7.46")

140(5.50")

263(10.34")213TC

388(15.27")

133(5.25")

470(18.50")

10.3(13/32")

200(7.87")

30 HP

203(8.00")

636(25.00")40 HP 324TSC

413(16.25")

333(13.11")

267(10.50")

371(14.62")

318(12.50")

13.5(17/32")

200(7.87")

216(8.50")

470(18.50")

108(4.25")

133(5.25")

189(7.46")

216(8.50")

108(4.25")

10.3(13/32")

470(18.50")

121(4.75")121

(4.75")121

(4.75")121

(4.75")121

(4.75")

13.5(17/32")

588(23.13")

367(14.44")

178(7.00")

588(23.13")

367(14.44")

178(7.00")

279(11.00")

279(11.00")

121(4.75")

444(17.50")

133(5.25")

16.7(21/32")

50 HP133(5.25")

203(8.00")

636(25.00")326TSC

413(16.25")

305(12.00")

371(14.62")

318(12.50")

16.7(21/32")

216(8.50")

470(18.50")

133(5.25")

203(8.00")

636(25.00")324TC40 HP

413(16.25")

267(10.50")

371(14.62")

318(12.50")

16.7(21/32")

216(8.50")

470(18.50")

50 HP470

(18.50")16.7

(21/32")216

(8.50")318

(12.50")371

(14.62")305

(12.00")413

(16.25")636

(25.00")203

(8.00")133(5.25")326TC

il-0660

FPX Double Flange Dimensional DrawingAll pump dimensions are in millimeters (inches). Dimensions are based on clamp fittings. Motor dimensions may vary by manufacturer.

58

FPR Single Flange Dimensional DrawingAll pump dimensions are in millimeters (inches). Dimensions are based on clamp fittings. Motor dimensions may vary by manufacturer.

1265000202 Rev A

Q S

W

Z

T D

C

L

M

Ø V

Inlet

Adjustment

YMax. Leg

R

E

X

P

A

B

N

Adjustable Legs(Optional)

Outlet

MOTOR HP MOTORFRAME L M N P Q R S T V W X Y Z PUMP MODEL INLET OUTLET A B C D E

1750 RPM 3500 RPM1 HP 1.5 HP 143TC 284 175 89 133 101.6 140 127 120 8.7 356 98 38 57.2 FPR 701/702 1.5" 1.5" 108 44.5 106.5 139.5 150

11.18" 6.89" 3.5" 5.25" 4" 5.5" 5" 4.72" 0.34" 14" 3.86" 1.5" 2.25" 4.25" 1.75" 4.19" 5.49" 5.91"

1.5 HP 145TC 284 175 89 133 127 140 127 120 8.7 356 98 38 57.2 FPR 711/712 2" 1.5" 144 58 113 145 18511.18" 6.89" 3.5" 5.25" 5" 5.5" 5" 4.72" 0.34" 14" 3.86" 1.5" 2.25" 5.67" 2.28" 4.45" 5.71" 7.28"

2 HP 2 HP 145TC 284 175 89 133 127 140 127 120 8.7 356 98 38 57.2 FPR 721/731/722 2" 1.5" 170 79 113 145 23011.18" 6.89" 3.5" 5.25" 5" 5.5" 5" 4.72" 0.34" 14" 3.86" 1.5" 2.25" 6.69" 3.11" 4.45" 5.71" 9.06"

3 HP 182TC 340 221 114 149 114 191 108 169 10.3 356 98 38 69.9 FPR 741/742 2.5" 2" 195 96 101 136 27013.39" 8.7" 4.5" 5.87" 4.5" 7.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 2.75" 7.68" 3.78" 3.98" 5.35" 10.63"

3 HP 182TC 354 221 114 149 114 191 108 169 10.3 356 98 38 69.9 FPR 1741/1742 2.5" 2" 200 91 104 145.5 27013.94" 8.7" 4.5" 5.87" 4.5" 7.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 2.75" 7.87" 3.58" 4.09" 5.73" 10.63"

5 HP 184TC 354 221 114 149 140 191 108 169 10.3 356 98 38 69.9 FPR 3521/3522 2.5" 2" 190 80 118 157.5 23013.94" 8.7" 4.5" 5.87" 5.5" 7.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 2.75" 7.48" 3.15" 4.65" 6.2" 9.06"

5 HP 184TC 354 221 114 149 140 191 108 169 10.3 356 98 38 69.9 FPR 3531/3532 2.5" 2" 191 95 115.5 157.5 26013.94" 8.7" 4.5" 5.87" 5.5" 7.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 2.75" 7.52" 3.74" 4.55" 6.2" 10.24"

7.5 HP 184TC 423 221 114 149 140 191 108 169 10.3 356 98 38 69.9 FPR 3541/3542 3" 2.5" 211 115 118 157.5 29016.65" 8.7" 4.5" 5.87" 5.5" 7.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 2.75" 8.31" 4.53" 4.65" 6.2" 11.42"

7.5 HP 213TC 403 260 133 187 140 216 108 169 10.3 356 98 38 88.915.87" 10.25" 5.25" 7.38" 5.5" 8.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 3.5"

10 HP 215TC 403 260 133 187 178 216 108 169 10.3 356 98 38 88.915.87" 10.25" 5.25" 7.38" 7" 8.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 3.5"

10 HP 215TC 416 260 133 187 178 216 108 169 10.3 356 98 38 88.916.38" 10.25" 5.25" 7.38" 7" 8.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 3.5"

15 HP 215TC 515 260 133 187 178 216 108 169 10.3 356 98 38 88.920.28" 10.25" 5.25" 7.38" 7" 8.5" 4.25" 6.65" 0.41" 14" 3.86" 1.5" 3.5"

15 HP 254TC 499 327 159 244 210 254 102 169 13.5 406 98 38 108.019.65" 12.87" 6.25" 9.63" 8.25" 10" 4" 6.65" 0.53" 16" 3.86" 1.5" 4.25"

20 HP 256TC 499 327 159 244 254 254 102 169 13.5 406 98 38 108.019.65" 12.87" 6.25" 9.63" 10" 10" 4" 6.65" 0.53" 16" 3.86" 1.5" 4.25"

20 HP 256TC 499 327 159 244 254 254 102 169 13.5 406 98 38 108.019.65" 12.87" 6.25" 9.63" 10" 10" 4" 6.65" 0.53" 16" 3.86" 1.5" 4.25"

25 HP 284TSC 588 371 178 333 241 279 121 179 13.5 445 118 45 120.723.15" 14.63" 7" 13.13" 9.5" 11" 4.75" 7.05" 0.53" 17.5" 4.63" 1.75" 4.75"

25 HP 284TC 588 371 178 333 241 279 121 179 13.5 445 118 45 120.723.15" 14.63" 7" 13.13" 9.5" 11" 4.75" 7.05" 0.53" 17.5" 4.63" 1.75" 4.75"

30 HP 286TSC 588 371 178 333 279 279 121 179 13.5 445 118 45 120.723.15" 14.63" 7" 13.13" 11" 11" 4.75" 7.05" 0.53" 17.5" 4.63" 1.75" 4.75"

30 HP 286TC 588 371 178 333 279 279 121 179 13.5 445 118 45 120.723.15" 14.63" 7" 13.13" 11" 11" 4.75" 7.05" 0.53" 17.5" 4.63" 1.75" 4.75"

40 HP 324TSC 636 419 203 359 267 318 121 179 16.7 470 118 45 133.425.04" 16.5" 8" 14.13" 10.5" 12.5" 4.75" 7.05" 0.66" 18.5" 4.63" 1.75" 5.25"

40 HP 324TC 636 419 203 359 267 318 121 179 16.7 470 118 45 133.425.04" 16.5" 8" 14.13" 10.5" 12.5" 4.75" 7.05" 0.66" 18.5" 4.63" 1.75" 5.25"

50 HP 326TSC 636 419 203 359 305 318 121 179 16.7 470 118 45 133.425.04" 16.5" 8" 14.13" 12" 12.5" 4.75" 7.05" 0.66" 18.5" 4.63" 1.75" 5.25"

50 HP 326TC 636 419 203 359 305 318 121 179 16.7 470 118 45 133.425.04" 16.5" 8" 14.13" 12" 12.5" 4.75" 7.05" 0.66" 18.5" 4.63" 1.75" 5.25"

1265000463

59

1265000203 Rev C

C

Q S

W

ZDTL

M

Ø V

Inlet

YMax. Leg

Adjustment

R X

N

A

Ø E

BP

Adjustable Legs(Optional)

Outlet

1750 RPM 3500 RPM973241995415029.9683896533.01061801191411941411122313

"29.41"95.5"9.3"17.5"70.8"57.2"5.1"68.3"41"14.0"3.6"52.4"5.7"5.4"78.5"5.4"7.8"23.210535.0614110411129.9683896533.01061801191411941411122843

"87.31"23.6"94.4"15.5"13.8"57.2"5.1"68.3"41"14.0"3.6"52.4"5.7"5.4"78.5"5.4"7.8"7.310530719110410329.9683896533.01061801191041941411122743

"87.31"96.6"96.4"15.5"60.9"57.2"5.1"68.3"41"14.0"3.6"52.4"5.7"5.5"78.5"5.4"7.8"66.316045.2027610710529.9683896533.01061801191041941411122683

"89.51"79.7"75.6"96.6"48.9"57.2"5.1"68.3"41"14.0"3.6"52.4"5.7"5.5"78.5"5.4"7.8"2.516046415.0110710529.9683896533.01061801191041941411122683

"89.51"57.5"53.4"96.6"48.9"57.2"5.1"68.3"41"14.0"3.6"52.4"5.7"5.5"78.5"5.4"7.8"2.51388 260 133 187 140 216 108 160 10.3 356 98 38 88.9

15.28" 10.25" 5.25" 7.38" 5.5" 8.5" 4.25" 6.3" 0.41" 14" 3.86" 1.5" 3.5"388 260 133 187 178 216 108 160 10.3 356 98 38 88.9

15.28" 10.25" 5.25" 7.38" 7" 8.5" 4.25" 6.3" 0.41" 14" 3.86" 1.5" 3.5"436 260 133 187 178 216 108 160 10.3 356 98 38 88.9

17.17" 10.25" 5.25" 7.38" 7" 8.5" 4.25" 6.3" 0.41" 14" 3.86" 1.5" 3.5"447 327 159 244 210 254 102 160 13.5 406 98 38 108

17.6" 12.87" 6.25" 9.63" 8.25" 10" 4" 6.3" 0.53" 16" 3.86" 1.5" 4.25"491 327 159 244 254 254 102 160 13.5 406 98 38 108

19.33" 12.87" 6.25" 9.63" 10" 10" 4" 6.3" 0.53" 16" 3.86" 1.5" 4.25"499 327 159 244 254 254 102 160 13.5 406 98 38 108

19.65" 12.87" 6.25" 9.63" 10" 10" 4" 6.3" 0.53" 16" 3.86" 1.5" 4.25"588 371 178 333 241 279 121 174 13.5 445 118 45 121

23.15" 14.63" 7" 13.13" 9.5" 11" 4.75" 6.85" 0.53" 17.5" 4.63" 1.75" 4.75"588 371 178 333 241 279 121 174 13.5 445 118 45 121

23.15" 14.63" 7" 13.13" 9.5" 11" 4.75" 6.85" 0.53" 17.5" 4.63" 1.75" 4.75"588 371 178 333 279 279 121 174 13.5 445 118 45 121

23.15" 14.63" 7" 13.13" 11" 11" 4.75" 6.85" 0.53" 17.5" 4.63" 1.75" 4.75"588 371 178 333 279 279 121 174 13.5 445 118 45 121

23.15" 14.63" 7" 13.13" 11" 11" 4.75" 6.85" 0.53" 17.5" 4.63" 1.75" 4.75"636 419 203 359 267 318 121 209 16.7 470 118 45 133

25.04" 16.5" 8" 14.13" 10.5" 12.5" 4.75" 8.23" 0.66" 18.5" 4.63" 1.75" 5.25"636 419 203 359 267 318 121 209 16.7 470 118 45 133

25.04" 16.5" 8" 14.13" 10.5" 12.5" 4.75" 8.23" 0.66" 18.5" 4.63" 1.75" 5.25"636 419 203 359 305 318 121 209 16.7 470 118 45 133

25.04" 16.5" 8" 14.13" 12" 12.5" 4.75" 8.23" 0.66" 18.5" 4.63" 1.75" 5.25"636 419 203 359 305 318 121 209 16.7 470 118 45 133

25.04" 16.5" 8" 14.13" 12" 12.5" 4.75" 8.23" 0.66" 18.5" 4.63" 1.75" 5.25"685 470 229 383 286 356 89 209 16.7 508 127 45 149

26.97" 18.5" 9" 15.06" 11.25" 14" 3.5" 8.23" 0.66" 20" 5" 1.75" 5.87"685 470 229 383 286 356 89 209 16.7 508 127 45 149

26.97" 18.5" 9" 15.06" 11.25" 14" 3.5" 8.23" 0.66" 20" 5" 1.75" 5.87"685 470 229 383 311 356 89 209 16.7 508 127 45 149

26.97" 18.5" 9" 15.06" 12.25" 14" 3.5" 8.23" 0.66" 20" 5" 1.75" 5.87"685 470 229 383 311 356 89 209 16.7 508 127 45 149

26.97" 18.5" 9" 15.06" 12.25" 14" 3.5" 8.23" 0.66" 20" 5" 1.75" 5.87"

FPR 1161 4" 4"

FPR 3551/3552 3" 2.5"

FPR 1051 4" 4"

FPR 751/752 3" 2"

FPR 3451/3452 3" 2"

B C D EPUMP MODEL INLET OUTLET AYML S T V W

3 HP 182TC

XN P Q RMOTOR HP MOTORFRAME

CT281PH 3

5 HP 184TC

CT481PH 5

7.5 HP 184TC

7.5 HP 213TC

10 HP 10 HP 215TC

15 HP 215TC

15 HP 254TC

20 HP 256TC

20 HP 256TC

25 HP 284TC

25 HP 284TSC

30 HP 286TC

30 HP 286TSC

40 HP 324TC

40 HP 324TSC

50 HP 326TC

50 HP 326TSC

75 HP 365TC

75 HP 365TSC

Z

60 HP 364TC

60 HP 364TSC

1265000463

FPR Double Flange Dimensional DrawingAll pump dimensions are in millimeters (inches). Dimensions are based on clamp fittings. Motor dimensions may vary by manufacturer.

60

A

E4X ØH

C

4" SANITARYCLAMP

232 [9.13"]

G

6" SANITARYCLAMP

239.5 [9.43"]

300.5 [11.83"]

127.8 [5.03"]

F

228.5 [9.00"]D

J

�440 [�17.32"]

K

44.4 [1.75"]MAX. ADJ.

ADJUSTABLE LEGS(OPTIONAL)

B

12650000538/19/02

FPR Double Flange Dimensional Drawing Model 4001

636 418 203 371 267 317 133 16.7 470 11725" 16.5" 8" 14.6" 10.5" 12.5" 5.2" 0.7" 18.5" 4.6"636 418 203 371 305 317 133 16.7 470 11725" 16.5" 8" 14.6" 12" 12.5" 5.2" 0.7" 18.5" 4.6"684 470 229 380 286 355 149 16.7 508 127

26.9" 18.5" 9" 15" 11.3" 14" 5.9" 0.7" 20" 5"684 470 229 380 311 355 149 16.7 508 127

26.9" 18.5" 9" 15" 12.2" 14" 5.9" 0.7" 20" 5"782 520 254 477 349 406 168 20.6 508 127

30.8" 20.5" 10" 18.8" 13.7" 16" 6.6" 0.8" 20" 5"

G ØH J KD E FMOTORFRAME A B

364TC

40 HP 324TC

CMOTORHP

12650000541/28/2008

75 HP 365TC

100 HP 405TC

50 HP 326TC

60 HP

Fristam Pumps USA2410 Parview RoadMiddleton, WI 53562-2524

Tel +1 800 841 5001Fax +1 608 831 [email protected]/usa

Part #1050000103©2014 Fristam Pumps USA

CENTRIFUGAL POSITIVE DISPLACEMENT MIXING & BLENDING

Centrifugal Pump Performance Curves and Technical Information

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