-VI- 1 -

VI Engineering

VI – 1 DEFINITIONS PAGE VI-3 VI – 2 PART LIST AND MATERIALS CODES PAGE VI-7

- DISCHARGE HEADS AND STUFFING BOXES

- Cast Iron Discharge Head PAGE VI-8 - Fabricated WL PAGE VI-9 - Packing Box Product Lube PAGE -VI-10 - Stuffing Box Oil Lube Page VI-11 - Fabricated WOF/ANSI Base for Barrel Pumps Page VI-12 - Fabricated WOFT (TEE) ANSI Base for Barrel Pumps PAGE VI-13 - Fabricated WOFE with Elbow in three sections Page VI-14 - Fabricated WOFG with Elbow in three sections Page VI-15

- THREADED COLUMN

- Open Line Shaft Page VI-16 - Enclosed Line Shaft Page VI-17

- FLANGED COLUMN

- Open Line Shaft Page VI-18 - Enclosed Line Shaft Page VI-19

- BOWL ASSEMBLY

- Line Shaft Turbine Threaded discharge and suction Page VI-20 - Line Shaft Turbine Threaded discharge and Bell suction Page VI-21 - Line Shaft Turbine flanged discharge and Bell suction Page VI-22 - Rubber bushing, wear ring and keyed shaft impellers construction Page VI-23 - Short Coupling Pump Assembly with basket Strainer Page VI-24 - Submersible Pump Page VI-25 - Mix Flow Pump Page VI-26 - Axial Pump Page VI-27 - Reference Table in Discharges Page VI-28 - Reference Table in suctions Page VI-29

-VI- 2 -

CODE MATERIALS LIST PAGE VI-30-33 VI – 3 ENGINEERING AND LIMIT CONDITIONS STANDARD COMPONENTS

- Bowl assembly Page VI-34 - Standard Engineering Limitations and Special Components Page VI-35 - Construction Materials and Performance Corrections PAGE VI-36 - Submergence Requirements PAGE VI-37 - Mechanical Friction in Line Shafts Page VI-38 - Shaft Power ratings Page VI-39 - Thrust Loads Elongation Page VI-40 - Column Bearing Spacing Page VI-41 - Suction Barrels Diameter Selection and Applications Page VI-42 - Casting Discharge Heads Page-VI-43

VI – 4 STANDARD AND SPECIAL CONSTRUCTION MATERIALS PAGE VI-44 -49

- Discharge Heads - COLUMN - Shafts - BOWL ASSEMBLY

VI – 5 FRICTION LOSSES TABLES - Thrust Loads Elongation and Shaft Power ratings Page VI-52 -53 - Velocity Head Chart Page VI-54 - Discharge Head Friction Losses Casting, and Fabricated WL, WT Page VI-55 - Discharge Head Friction Losses Fabricated WE and WG Page VI-56 - Column Pipe Friction Losses with Line Shaft OLS or ELS Page VI-57 - Flow and Diameter Barrel Design Page VI-59

VI- 6 SUBMERSIBLE PUMPS - General Information Page VI- - Friction Losses in Elbows, Pipe Page VI-62 - Pipe Friction Losses with Hanzen Williams Calculation Page VI-64 - Check valves Friction Losses Page VI-65 - Submersible cable Selection Page VI-

VI- 7 PAINTING AND COATING STANDARDS

VI- 8 TESTING PROCEDURES

-VI- 3 -

VI – 1 DEFINITIONS Bowl Assembly Efficiency: E1, is the ratio of the bowl assembly power output to the bowl assembly power input, expressed in per cent. This is the efficiency that is usually shown on catalog rating charts. Bowl Assembly Power Output: Is the power delivered to the bowl assembly, expressed in horsepower (KW). Column Loss: hc, is the value of the head loss, expressed in feet (meters), caused by the flow friction in the column pipe. Discharge Head Loss: he, is the value of the head loss expressed in feet (meters), caused by the flow friction in the discharge head assembly. Driver Efficiency: Eg, is the ratio of the driver power output, of the driver power input, expressed in per cent. Driver Power Input: Is the power input to the driver, expressed in horsepower, (KW). Dynamic Discharge Head: Includes static discharge head plus friction head plus velocity head. Dynamic Suction Head: Includes static suction head minus friction head minus velocity head Dynamic Suction Lift: Includes static suction lift, friction head loss and velocity head Line Shaft Loss: Is the power, expressed in horsepower (KW) required due to the rotation friction of the line shaft. This value is added to the bowl assembly input to predict the pump input. Overall Efficiency: E, is a ratio of pump power output to prime mover power input, expressed in per cent. Power: is expressed in units of horsepower (KW). One horsepower is equivalent to 550 ft-

lb per second, 33,000ft-lb per minute, 2545 Btu per hour, or 0.746 (KW). Pump Efficiency: Ep, is the ratio of pump power output to pump power input, expressed in per cent. Pump Power Input: Is the power delivered to the top shaft by the driver, expressed in horsepower, (KW). Bowl Assembly Power Output: Is defined as (Q X H ) / 3960 for water having a specific weight of 62.4 lb per cubic foot (Relative density of 1.0). It is expressed in horsepower when Q is in Gallons per minute and H in feet of water Setting: Is the nominal vertical distance in feet (meters) from the base of the discharge head to the column pipe connection at the bowl assembly Static Discharge Head: Is the vertical elevation from the center line of first impeller of the pump to the point of free discharge Static Suction Head: is the vertical distance from the center line of the pump first impeller of the up to the free level of the liquid source Static Suction Lift: is the vertical distance from the center line of first impeller of the pump down to the free level of the liquid source. Suction Head: Exists when the source of supply is above the center line of the first impeller of the pump. Suction Lift: Exists when the source of supply is below the center line of the first impeller of the pump. Total Dynamic Head: Includes the dynamic discharge head plus dynamic suction lift or minus dynamic suction head.

-VI- 4 -

2.1 Types and nomenclature

2.1.1 Scope

This Standard applies to vertical centrifugal pumps that are driven by vertical electric motors or horizontal engines with right angle gears; it includes types, nomenclature and definitions.

2.1.2 Definition of vertical pumps

All vertical pumps contain one or more bowls (diffusers); The pumps are equipped with one of the following four types of impellers:

Radial flow Modified radial flow (turbine pumps) Mixed flow Axial flow (propeller pumps)

The pumps, particularly the radial flow and modified radial flow types, are usually designed for multistaging, by bolting or threading individual bowls together The pumping element (bowl assembly) is usually suspended by a column pipe, which also carries the liquid from the bowl to the discharge opening; The driver is mounted either on the discharge head (lineshaft pumps) directly to the bowl assembly or below (pumps with submersible motors) There is an horizontal configuration, such as an electrical motor or engine, driving through a right angle gear

2.1.3 Types of vertical pumps

2.1.3.1 Deep well (lineshaft)

This type of vertical pump is commonly installed in a drilled and cased well. Its function is to lift liquid (usually water) from the water level in the well to the surface and provide a specified discharge pressure at the surface. The pumping element consists of a single or multistage bowl assembly and is located below the lowest liquid level. The bowl bearings are usually lubricated by the pumped liquid. The column pipe and lineshaft assembly is either an open type product lubricated assembly or enclosed type oil or

external liquid lubricated assembly. The column pipe is supported at the surface by a discharge head. The discharge head directs the water from vertical to horizontal flow and also supports a driver. A shaft sealing arrangement is contained within the discharge head. This type of pump is self- priming. 2.1.3.2 Wet pit, short setting or close-coupled (lineshaft) This type of vertical pump usually is suspended in a wet pit and the pumping element can be fitted with a bowl assembly of any desired specific speed. Normally the bowl assembly bearings are product-lubricated; however, they can be force-lubricated by grease, water or other lubricants. The column pipe assembly supports the bowl assembly and houses a lineshaft. The lineshaft bearings are usually open type, product-lubricated. However, enclosed type lineshaft, force-feed lubrication with oil, grease or water may also be supplied. A shaft sealing arrangement is contained within the discharge head on product-lubricated pumps. This type of pump is self-priming. 2.1.3.3 Barrel or can (lineshaft) This type of pump is mounted in an enclosed container (barrel or can) and generally is used in booster applications and where inadequate suction pressure conditions exist (see Figure 2.6). The can pump contains the same pumping elements and column pipe as the wet pit type pumps. The lineshaft bearing assembly is almost always product- lubricated. The discharge head performs the same functions as the wet pit head except the base is sealed to atmosphere. Liquids other than water are commonly pumped by this type of pump. This type of pump is very effective where inadequate system NPSH is available. Additional NPSH is created by extending the pump can length and bowl assembly to create additional submergence (suction head). 2.1.3.4 Submersible

-VI- 5 -

This type consists of an electric drive motor coupled directly to the bowl assembly. See Figure 2.5. The driving “submersible type” motor and bowl assembly are designed to be submerged in the liquid pumped. The pumping element usually is of the turbine bowl design; however, mixed flow and propeller types are also available. This type of unit is normally used in wells and occasionally for wet pit or canned booster service.

2.1.4 Classification by configuration

Listed below are the general configurations that describe vertical pumps.

2.1.4.1 Mounting, above and below floor discharge

Vertical pump bowls discharge the pumped liquid into a column, which takes it to the discharge.

There are two basic types of pump discharge configurations. Pumps with above floor discharge and pumps with below floor discharge. The driver is mounted above the floor in both.

2.1.4.2 Hollow/solid shaft driver

The hollow shaft drivers have the top section of the head shaft installed inside the tubular hollow driver shaft. The coupling of the head shaft to driver is arranged on top of the motor and has a provision for axial lineshaft adjustment.

The solid shaft driver is coupled to the lineshaft by an axially adjustable rigid coupling. The coupling is installed below the driver on the extended driver shaft.

2.1.4.3 Open/enclosed impeller

A typical semi-open impeller has a back shroud, with integral impeller vanes, but the vanes are open to the front (no front shroud). The leakage control is adjustable between the impeller vane and seat. This is achieved by positioning the impeller shaft axially for close impeller vane-to-bowl seat clearance.

The enclosed impeller has both a back shroud and a front shroud. Leakage control is limited. 2.1.4.4 Open/enclosed lineshaft

With open lineshaft pumps, the pump shafting is exposed to the pumped liquid, which also cools and lubricates the lineshaft bearings. Enclosed line shaft pumps have the line shaft protected from the pumped liquid by the shaft enclosing tube. The lineshaft bearings may be lubricated by fresh water, oil, or some other liquid injected into the enclosing tube at the ground or floor level. 2.1.5 Classification by impeller design

2.1.5.1 Specific speed

Specific speed is a number usually expressed as:

Where: NS = Pump specific speed; n = Pump speed in revolutions per minute; Q = Rate of flow at best efficiency in cubic meters per hour (gallons per minute); Hba = Bowl assembly head per stage in meters (feet) (full diameter impeller). The specific speed of an impeller is defined as the revolutions per minute at which a geometrically similar impeller would run if it were of such a size as to discharge 1 m3/hr versus 1 m head (one gallon per minute against one foot head). Specific speed is indicative of the shape and characteristics of an impeller. Specific speed is useful to the designer in establishing design parameters. Impeller form and proportions vary with specific speed. It can be seen that there is a

-VI- 6 -

gradual change in the profiles from radial to axial flow configuration.

2.1.5.2 Radial flow

Pumps with this type of impeller have very low specific speeds (up to approximately 1,150 [1,000]). The liquid enters the eye of the impeller and is turned by the impeller vanes and shroud to exit perpendicular to the axis of the pump shaft.

2.1.5.3 Modified radial flow

This type of pump usually has specific speed ranging from around 1,150 to 4,650 (1,000 to 4,000). The impellers are normally single suction. In pumps of this type, the liquid enters the impeller at the eye and exits semi-

radially, at about a 60° to 70° angle with shaft axis. 2.1.5.4 Mixed flow

This type of pump has a single inlet impeller with the flow entering axially and discharging about 45° with shaft axis, to the periphery. Pumps of this type usually have a specific speed from 4,650 to 10,000 (4,000 to 9,000). 2.1.5.5 Axial flow

A pump of this type, also called a propeller pump, has a single inlet impeller with the flow entering axially and discharging nearly axially. Pumps of this type usually have a specific speed above 10,000 (9,000). The axial flow pump propeller does not have a shroud.

-VI- 7 -

VI-2 PART LIST AND MATERIAL CODES

-VI- 8 -

CAST IRON DISCHARGE HEAD

Part No. Name Std. Material uns Code 1 Discharge Head Gray iron castings F12101 051 1A Companion Flange Gray iron castings F12101 051 1B Suction Flange Gray iron castings F12101 051

1C

Cap Screws Companion Flange

Carbon steel Threaded std. Fasteners

K03005

084

1D Pipe Plug Galvanized steel Vendor 003 1E*

Coupling Guards

Galvanized net

K02600

088

1F* Motor Adapter plate Gray iron castings F12101 051 1G

“O” Ring Disch Head

Neoprene Newby- B15

017

* Optional Component

-VI- 9 -

FABRICATED WL DISCHARGE HEAD WL

Part. No. Name Std. Material uns Code 6L Fabricated “L” discharge head Structural steel K02600 077 6A Fabricated discharge head flange Structural steel K02600 077

8

Top line shaft product lub Carbon steel bars-cold finished

G10450

082

2 Packing Box product lub. Several materials / / / 010

-VI- 10 -

PACKIING BOX PRODUCT LUBRICATED

Part. No. Name Std. Material uns Code 2A Stuffing box product lub. Gray iron castings F12101 051 2B Stuffing box bearing product lub. Bronze C84400 038 2C Lantern rings Vendor std. Neoprene Newby B-15 017 2D Graphics rings product lub Graphite stuffing box packing / / / 000 2E Grase zerk whit cover Cobre std. / / / 001

2F

Paking gland bolts Carbon steel threaded std. Fasteners

K03005

084

2H Packin gland Bronze C84400 038 2I

Stuffin box cap screws Carbon steel threaded std. Fasteners

K03005

084

2J* Slinger Vendor std. Neoprene Newby B-15 017 * Optional component

-VI- 11 -

STUFFING BOX OIL LUBRICATED

S H A F

Part No. Name Std. Material uns Code 2J*

Slinger

Vendor std. Neoprene

Newby- B15

017

3 Packing box oil lub Several materials / / / 010 3A Tension cone Gray iron castings CL-30 F12101 051

3B

“O” Ring oil lub. Stuffing box

Vendor std. Rubber buna N (Nitrile)

/ / /

139

2D Grafited packing rings Graphite stuffing box packing / / / 000 3D Packing gland Bronze C84400 038 3E Cap Tension cone Gray iron castings CL-30 F12101 051 3F Bushing Bronze C84400 038 3G Stuffing box screw Carbon steel threaded std. fasteners / / / 084 22 Adjusting Nipple Steel / / / 081 * Opconal component

-VI- 12 -

FAB WN ANSI BASE FOR BARRELL PUMPS

*Optional component not shown

Part No. Name Std. Material uns Code 8 Top line shaft product lub Carbon steel bars-cold finished G10450 082 11 Line shaft coupling Carbon steel bars-cold finished G12150 083 15 Column flange pipe Steel K03005 079 16 Column flange bolts Carbon steel Threaded std fasteners K03005 084 27 Suction barrel Structural steel K02600 077 28 Mounting flange bolts Carbon steel Threaded std fasteners K03005 084 29 Mounting fange gasket Vendor std. Neoprene Newby-

B15 017

6A Fabricated discharge head flange

Structural steel K02600 077

6T Fabricated “T” discharge head Structural steel K02600 077 27C Coupling suction flange to

head Structural steel K02600 077

30A * Threaded discharge flange Gray iron castins CL-30 F12101 051

-VI- 13 -

FAB WT TEE ANSI BASE FOR BARRELL PUMPS

Part No. Name Std. Material uns Code 8 Top line shaft product lub Carbon steel bars-cold finished G10450 082 11 Line shaft coupling Carbon steel bars-cold finished G12150 083 15 Column flange pipe Steel K03005 079 16 Column flange bolts Carbon steel Threaded std fasteners K03005 084 27 Suction barrel Structural steel K02600 077 28 Mounting flange bolts Carbon steel Threaded std fasteners K03005 084 29 Mounting fange gasket Vendor std. Neoprene Newby-B15 017 6A Fabricated discharge head

flange Structural steel K02600 077

6B Fabricated suction head flange Structural steel K02600 077 6T Fabricated “T” discharge head Structural steel K02600 077 27C Coupling suction flange to

head Structural steel K02600 077

30A * Threaded discharge flange Gray iron castins CL-30 F12101 051 *Optional Component not shown

-VI- 14 -

FABRICATED WOFE DISCHARGE HEAD

Part. No. Name Std. Material uns Code 6A Fabricate discharge head flange Structural steel K02600 077 6LE Fabricated “ WLE “ discharge head Structural steel K02600 077

8

Top line shaft product lub.

Carbon steel bars-cold finished

G10450

082

9

Head intermediate or bottom line shaft product lub

Carbon steel bars-cold finished

G10450

082

-VI- 15 -

FABRICATED WG DISCHARGE HEAD

Part. No. Name Std. Material uns Code 6A Fabricate discharge head flange Structural steel K02600 077 6GE Fabricated “ WLG “ discharge head Structural steel K02600 077 8 Top line shaft product lub. Carbon steel bars-cold finished G10450 082

-VI- 16 -

THREADED COLUMN PRODUCT LUBRICATED

art. No. Name Std. Material uns Code 8 Top line shaft product lub. Carbon steel bars-cold finished G10450 082 9 Intermediate shaft product lub. Carbon steel bars-cold finished G10450 082 10 Linning metalized in shafts Hard chromium surface lining / / / 157 11 Line shaft coupling Carbon steel bars-cold finished G12150 083 12 Bearing retainer Bronze C84400 038 12A Bearing retainer rubber Neoprene Newby-B15 017 13 Threaded column pipe Steel K03005 079 14 Column pipe coupling Steel K03005 079

-VI- 17 -

THREADED COLUMN OIL LUBRICATED

20 13 22 26 14 25 23

11

24

Part. No. Name Std. Material uns Code 11 Line shaft coupling Carbon steel bars-cold finished S12150 083 13 Threaded column pipe Steel K03005 079 14 Column pipe coupling Steel K03005 079 20 Top, intermediate or botton line shaft oil lub. Carbon steel bars-cold finished G10450 082 22 Top adjusting tub Steel tube K02600 081 23 5” length enclosing tube Steel tube K02600 081 24 Adjusting tube Steel tube K02600 081 25 Enclosing tube stabilizer Neoprene Newby B-15 017 26 Intermediate adapter bearing oil lub. Bronze C84400 038

-VI- 18 -

FLANGED COLUMN PRODUCT LUBRICATED

No. Name Std. Material UNS Code

8 Top line shaft product lub. Carbon steel bars-cold finished G10450 082

9 Intermediate shaft product lub. Carbon steel bars-cold finished G10450 083

10 Linning metalized in shafts Hard chromium surface linning / / / 157

11 Line shaft coupling Carbon steel bars-cold finished G12150 083

15 Top Column Pipe Flanged Steel Pipe K03005 079

12 Bearing Retainer Bronze C84400 038

12A Bearing retainer rubber Neoprene 017

16 Flanged Column Bolts Steel / / / 084

17 Parking Flange Column Neoprene / / / 017

18 Flanged Column Nuts Steel / / / 084

-VI- 19 -

FLANGED COLUMN OIL LUBRICATED

Part. No. Name Std. Material UNS Code

11 Line shaft coupling Carbon steel bars-cold finished S12150 083

15 Column flange pipe Steel K03005 079

16 Column flange bolts Carbon steel threaded std. Fasteners / / / 084

17 Column flange parking Neoprene Newby B-15 017

18 Column flange nuts Carbon steel threaded std. Fasteners / / / 084

20 Top, intermediate or botton line shaft oil lub.

Carbon steel bars-cold finished G10450 082

22 Top adjusting tub Steel K02600 081

23 5” length enclosing tube Steel K02600 081

24 Adjusting tube Steel K02600 081

25 Enclosing tube stabilizer Neoprene Newby B-15 017

26 Intermediate adapter bearing oil lub. Bronze C84400 038

-VI- 20 -

LINE SHAFT TURBINE THREADED DISCHARGE AND SUCTION

Part No.

Name

Std. Material

UNS

Code

30 Discharge case product Lub. Gray iron castings CL-30 F12101 051 31 Discharge case product Lub. Bushing. Bronze C84400 038 41 Bowl ass shaft. CR.S.S Bar (Free machining) S41600 097 42 Enclosed impeller. Bronze C84400 038 46 Impeller collet. Carbon steel bars-cold finished G410450 082 49 Intermediate bowl. Gray iron castings CL-30 F12101 051 50 Bowl bearing. Bronze C84400 038 51 Intermediate bowl cap screw set. Carbon steel Vendor 084 52 Top bowl. Gray iron castings CL-30 F12101 051 53 Discharge case product lub bushing. Bronze C84400 038 57 Threaded suction case Gray iron castings CL-30 F12101 051 61 Suction case bearing. Bronze C84400 038

65

Sand collar.

Vendor std. Neoprene Newby B- 15

017

68 Suction case pipe plug. Std. Galv. Steel Vendor 003

-VI- 21 -

LINE SHAFT TURBINE THREADED DISCHARGE AND BELL SUCTION

Part No. Name Std. Material uns Code 30 Discharge case product Lub. Gray iron castings CL-30 F12101 051 31 Discharge case product Lub. Bushing. Bronze C84400 038 41 Bowl ass shaft. CR.S.S Bar (Free machining) S41600 097 42 Enclosed impeller. Bronze C84400 038 46 Impeller collet. Carbon steel bars-cold finished G410450 082 49 Intermediate bowl. Gray iron castings CL-30 F12101 051 50 Bowl bearing. Bronze C84400 038 51 Intermediate bowl cap screw set. Carbon steel threaded std. Fasteners Vendor 084 52 Top bowl. Gary iron castings CL-30 F12101 051 53 Discharge case product lub bushing. Bronze C84400 038 55 Suction bell. Gray iron castings CL-30 F12101 051 61 Suction case bearing. Bronze C84400 038 65 Sand collar. Vendor std. Neoprene Newby B-15 017 68 Suction case pipe plug. Std. Galv. Steel Vendor 003

-VI- 22 -

LINE SHAFT TURBINE FLANGED DISCHARGE AND BELL SUCTION

Part No. Name Std. Material uns Code 41 Bowl ass shaft CR.S.S. Bar (free machining) S41600 097 42 Enclosed impeller Bronze C84400 038 46 Impeller collet Carbon steel bars-cold finished G10450 082 49 Intermediate bowl Gray iron castings CL-30 F12101 051 50 Bowl bearing Bronze C84400 038 51 Intermediate bowl cap screw set Carbon steel threaded std. fasteners Vendor 084 52 Top bowl Gray iron castings CL-30 F12101 051 53 Discharge case product lub Bushing Bronze C84400 038 55 Suction bell Gray iron castings CL-30 F12101 051 61 Suction case bearing Bronze C84400 038 65 Sand collar Bronze C84400 038 68 Suction case pipe plug. Std. Galv. Steel Vendor 003

-VI- 23 -

RUBBER BUSHING, WEAR RING AND KEYED SHAFT IMPELLERS CONSTRUCTION

Part. No.

Name

Std. Material

uns

Code

43 Impeller wear ring Bronze C84400 038 47 Impeller key Carbon steel bars-cold finished G10450 082 48 Cap impeller key Carbon steel bars-cold finished G10450 082 48A Thrust ring Carbon steel bars-cold finished G10450 082 50A Rubber bearing Neoprene Newby B-15 017 54 Bowl wear ring Bronze C84400 038

-VI- 24 -

SHORT COUPLING PUMP ASSEMBLY WITH BASKET STRAINER

Part No. Name Std. Material uns Code 30 Discharge case product Lub. Gray iron castings CL-30 F12101 051 33A Thrust ring for submersible pump Leaded semi-red brass sand casting C84400 038 34 Discharge case subm pipe Plug Std. Galv. Steel Vendor 003 41 Bowl ass shaft. CR.S.S Bar (Free machining) S41600 097 42 Enclosed impeller. Leaded semi-red brass sand casting C84400 038 46 Impeller collet. Carbon steel bars-cold finished G410450 082 49 Intermediate bowl. Gray iron castings CL-30 F12101 051 50 Bowl bearing. Leaded semi-red brass sand casting C84400 038 51 Intermediate bowl cap screw set. Carbon steel threaded std. Fasteners Vendor 084 52 Top bowl. Gary iron castings CL-30 F12101 051 53 Discharge case product lub bushing. Leaded semi-red brass sand casting C84400 038 60 Smg. Suction bracket Ductil iron casting F32800 057 61 Suction case bearing. Leaded semi-red brass sand casting C84400 038 62 Submersible pump strainer Perforated sheet S30400 147 63 Motor coupling CR.S.S Bar (Free machining) S41600 097 65 Sand collar. Vendor std. Neoprene Newby B-15 017

-VI- 25 -

SUBMERSIBLE PUMP

Part No. Name uns Code 30 Discharge case product Lub. Gray iron castings CL-30 F12101 051 33A Thrust ring for submersible pump Leaded semi-red brass sand casting C84400 038 34 Discharge case subm pipe Plug Std. Galv. Steel Vendor 003 41 Bowl ass shaft. CR.S.S Bar (Free machining) S41600 097 42 Enclosed impeller. Leaded semi-red brass sand casting C84400 038 46 Impeller collet. Carbon steel bars-cold finished G410450 082 49 Intermediate bowl. Gray iron castings CL-30 F12101 051 50 Bowl bearing. Leaded semi-red brass sand casting C84400 038 51 Intermediate bowl cap screw set. Carbon steel threaded std. Fasteners Vendor 084 52 Top bowl. Gary iron castings CL-30 F12101 051 53 Discharge case product lub bushing. Leaded semi-red brass sand casting C84400 038 60 Smg. Suction bracket Ductil iron casting F32800 057 61 Suction case bearing. Leaded semi-red brass sand casting C84400 038 62 Submersible pump strainer Perforated sheet S30400 147 63 Motor coupling CR.S.S Bar (Free machining) S41600 097 65 Sand collar. Vendor std. Neoprene Newby B-15 017

-VI- 26 -

MIX FLOW PUMP

Part. No.

Name

Std. Material

uns

Code

41 Bowl ass shaft CR. S.S. Bar (Free Machining) S41600 097 52 Top bowl Gray iron casting CL-30 F12101 051

51

Intermediate bowl cap screw set

Carbon steel threaded std. Fasteners

Vendor

084

55 Suction bell Gray iron casting CL-30 F12101 051 68 Suction case pipe plug Std. Galv. Steel Vendor 003

53

Discharge case product lub bushing

Leaded semi-red brass sand casting

C84400

038

46 Impeller collet Carbon steel bars-cold finished G10450 082 44 Semi-open impeller Leaded semi-red brass sand casting C84400 038

65

Sand collar

Std. Neoprene

Newby- B15

017

61 Suction case bearing Leaded semi-red brass sand casting C84400 038 47 Impeller key Carbon steel bars-cold finished G10450 082 48 Cap impeller key Carbon steel bars-cold finished G10450 082 48A Thrust ring Carbon steel bars-cold finished G10450 082

-VI- 27 -

AXIAL PUMP

Part No.

Name

Std. Material

uns

Code

11 Coupling Shaft 41 Bowl ass shaft. CR.S.S Bar (Free machining) S41600 097 45 Axial impeller. Bronze C84400 038 47 Impeller key Carbon steel bars-cold finished G10450 082 38A Intermediate bowl. Axial pump Gray iron castings CL-30 F12101 051 51 Intermediate bowl cap screw set. Carbon steel Vendor 084 53 Discharge case bushing. Bronze C84400 038 61 Suction case bearing. Bronze C84400 038 68 55

Suction case pipe plug. Suction Bell axial pump

Std. Galv. Steel Gray iron castings CL-30

Vendor F12101

003 051

-VI- 28 -

REFERENCE TABLE DISCHARGE TYPE IN BOWL ASSEMBLY

Model

DISCHARGE TYPE AND PART NO.

IT SBM 28

IT J PROD LUB & Sbm

30C

IT PROD

LUB 30

IT

HEAVY PROD LUB 30

IT HEAVY OIL 30 B

ET

HEAVY

PROD LUB

ET-

HEAVY OIL LUB

39A

W & P D1 D2 D1 D2 D1 D2 D1

D2 D1 D2 D2 D2

5W 3 NPT 4 NPT - - 3 F 4 F - - 3 F 4 F - - 6LS,6HH,6W 3 NPT 4 NPT - - 3 F 4 F - - 3 F 4 F - -

7W 4 NPT 6 NPT - - 4 F 6 - - 4 F 6 - -

8L,8W,8M 4 NPT 6 NPT - - 4 F 6 - - 4 F 6 - -

8HH - 6 NPT - - 6 - - - - 6 6

9W,9WB 6 NPT 8 NPT - - 6 8 - - 6 8 - - 10M,10W,

10CC

6 NPT

8 NPT - - 6 8 - - 6 8 - -

10L 6 NPT - - - 6 - - - 6 - - -

10HH,10HXH 8 NPT - - - 8 - - - - 8 8

11W 8 NPT - - 8 - - - 8 - - -

12WH - - - - 8 10 - - 8 10 - -

12M,12L,12Z - - - - 8 - 8 - 10 10 12HXH - - - - - - - - 10 10

14L,14M, 14HXH, 14HH

- - - - 10 12 10 12 - -

16M - - - - 12 - 12 - - -

18HH - - - - - - - - 12 - - - J D1 D2 D1 D2 D1 D2 D

1 D2 D1 D2 D2 D2

6J 3 4 - - 3 4 - - - - - - 7J 4 6 F - - 4 F 6 F - - - - - - 8J 4 5 F 6 F - - - - - - - -

10J 6 F

8 F

- - 6 F 8 F - - - - - -

-VI- 29 -

REFERENCE TABLE

SUCTION TYPE IN BOWL ASSEMBLY

MODEL

SUCION TYPE

NP 55 NP 57 NP 3 60

Bell

Thread

Flange Thread

Submersible

5W n/a

4 NPT n/a

Nema 6

6LS,6HH,6W n/a 4 NPT n/a Nema 6

7W n/a 6 NPT n/a Nema 6 - 8

8L,8W,8M n/a 6 NPT n/a Nema 6 - 8

8HH n/a 6 NPT n/a Nema 8

9W,9WB n/a 6 NPT n/a Nema 8-10

10L,10M,10W n/a 6 NPT n/a Nema 8-10

10HH,10HXH n/a 8 NPT n/a Nema 8-10

11W Yes 8 NPT 8 NPT Nema 8-10

12W Std n/a 10 NPT C.F

12M,12L Yes n/a 8 NPT C.F

12HXH n/a 10 NPT n/a C.F

14L,14M Std n/a 10 NPT C.F

14HXH Sitd n/a 10 NPT C.F

14HH Sitd n/a 10 NPT C.F

16M Std n/a 12 NPT C.F

18HH Std n/a n/a C.F

19W Std n/a n/a C.F

20W Std n/a n/a C.F

28HXH Std n/a n/a C.F

Linea J Bell Thread 60 60A

6J Std n/a n/a N 6 N 6

7J Std 4 n/a N 6 N 6

8J Std 4 n/a N 8 N6-N8

10J Std 6 n/a N 8 N8

-VI- 30 -

CODE MATERIALS LIST

Code Description Spec’n Grade Uns. Design 0 GRAPHITE STUFFING BOX PACKING n/a n/a n/a 1 COMERCIAL STD BRASS n/a n/a n/a 2 COMERCIAL STD FIBERGLASS n/a n/a n/a 3 COMERCIAL STD. GALV. STEEL n/a n/a n/a 4 COMERCIAL STD LEATHER n/a n/a n/a 5 COMERCIAL STD STEEL n/a n/a n/a 6 COMERCIAL STD S.S n/a n/a n/a 7 COMERCIAL STD RUBBER n/a n/a n/a 8 COMERCIAL STD TEFLON n/a n/a n/a 9 COMERCIAL STD TEXTOLITE n/a n/a n/a 10 ASSEMBLY n/a n/a n/a 11 GLASS LINING ONLY n/a n/a n/a 12 HERESITE LINING ONLY n/a n/a n/a 13 COMERCIAL STD VELLUMOID F104 Vend. Std. n/a 14 COMERCIAL STD BUNA-N (NITRILE) D2000-90 Vend. Std n/a 15 COMERCIAL STD VITON D2000-90 Vend. Std. n/a 16 COMERCIAL CLOTH INSERTED RUBBER D2000-90 Vend. Std. n/a 17 COMERCIAL STD NEOPRENE D2000-90 Vend. Std. Newby B-15 18 COMERCIAL STD GR. 1010 CARB. GRAPHITE n/a n/a n/a 19 COMERCIAL STD GR. 1035 CARB. GRAPHITE n/a n/a n/a 20 RED BRRONZE CONT. CASTINGS B505-91 838 C83800 21 RED BRONZE SAND CASTINGS B584-90b 838 C83800 22 TIN BRONZE CONT. CASTINGS B505-91 844 C84400 23 TIN BRONZE SAND. CASTINGS B584-90b 932 C93200 24 TIN BRONZE CONT. CASTINGS B505-91 927 C92700 25 TIN BRONZE SAND CASTINGS n/a 927 C92700 26 TIN BRONZE CONT. CASTINGS B505-91 937 C93700 27 TIN BRONZE SAND CASTINGS B584-90b 937 C93700 28 ALUMN, BRONZE SAND CASTINGS B148-89a 953 C95300 29 TIN BRONZE CONT. CASTINGS B505-91 943 C94300 30 TIN BRONZE SAND CASTINGS B584-90a 943 C94300 31 TIN BRONZE CONT. CASTINGS B505-91 938 C93800 32 TIN BRONZE SAND CASTINGS B584-90a 938 C93800 33 ALUMN. TIN BRONZE CONT. CASTINGS B505-91 954 C95400 34 ALUMN. BRONZE SAND CASTINGS B148-89a 954 C95400 35 ALUMN. BRONZE CONT. CASTINGS B505-91 952 C95200 36 ALUMN. BRONZE SAND CASTINGS B148-89a 952 C95200 37 NICKEL ALUMN. BRONZE SAND CASTINGS B148-89a 955 38 BRONZE SAND CASTINGS B584-90a 844 C84400 39 BRONZE CONT. CASTINGS B505-91 932 C93200 40 R 405 MONEL B164-90 CI. B NO4405 41 MONEL CASTING n/a Gr. M35 n/a 42 K-500 MONEL BAR n/a n/a NO5500 Code Description Spec’n Grade Uns. Design

-VI- 31 -

43 400 MONEL A494-90a M35-1 NO400 44 S-MONEL n/a n/a NO4019 45 CAST ALUMINUM B26-92 356 A13560 46 SEAMLESS BRASS TUBE B135-91 260 C26000 47 COMERCIAL STD COPPER n/a n/a n/a 48 RED BRASS SAND CASTING W/HERESITE LINING B584-90a 838 C83800 49 RED BRASS SAND CASTING W/FUSECOAT LINING B584-90a 844 C83800 50 GRAY IRON CASTINGS A48-90 CL 20 F11401 51 GRAY IRON CASTINGS A48-90 CL.30 F12101 52 CL. 30 CAST IRON W/ ENAMEL LINING n/a n/a n/a 53 CL. 30 CAST IRON W/ HERESITE LINING n/a n/a n/a 54 GRAY IRON CASTINGS A48-90 CL.40 F12801 55 GRAY IRON CASTINGS A48-90 CL 45 F13101 56 DUCTILE IRON CASTINGS A536-84 Gr.80-55-06 F33800 57 DUCTIL IRON CASTINGS A536-84 GR.60-40-18 F32800 58 AUSTENITIC GRAY IRON CASTONGS A436-84 TIPO 1 F41000 59 AUSTENITIC GRAY IRON CASTONGS A436-84 TIPO 2 F41002 60 ABRASION RESISTANT ALLOID CAST IRON A532-87 CL. 2 tipo B F45005 61 DUCTIL IRON CASTINGS LOW TEM SERVICE A571-84 D-2M F43010 62 CL 30 CAST IRON FUSECOAT LINNING n/a n/a n/a 63 CL 40 CAST IRON FUSECOAT LINNING n/a n/a n/a 64 CL 40 CAST IRON ENAMELL LINNING n/a n/a n/a 65 CL 45 CAST IRON FUSECOAT LINNING n/a n/a n/a 66 CL 45 CAST IRON ENAMELL LINNING n/a n/a n/a 67 DUCTILE IRON FUSECOAT LINNING n/a n/a n/a 68 CUPOLA MALLEABLE IRON A197-79 n/a F22000 69 DUCTILE IRON W/ ENAMEL LINING n/a n/a n/a 70 CARBON STEEL CASTINGS A216-89 GR. WCB J03002 71 ALLOY STEEL BARS HOT-ROLLED A322-90B GR. 4130 G41300 72 CARBON STEEL PLATE A283-88 Gr. C K02401 73 CARBON STEEL FORGINGS PIPING COMPONENTS A105-87a n/a K03005 74 CARBON STEEL FORGINGS-GENERAL PURPOSE PIPING A181-87 CI. 60 K03502 75 CARBON STEEL FORGINGS-GENERAL PURPOSE PIPING A181-87 CI.70 K03502 76 FORGED OR ROLLED ALLOY STEEL PIPE.. A182-90 Gr. F1 K12822 77 STRUCTURAL STEEL A36-90 n/a K02600 78 CARBON STEEL & ALLOY STEEL PIPING & FITTINGS A234-90a Gr. WPB K03006

79

BLACK & GALV. STEEL PIPE-WELDED & SEAMLESS

A53-90a gr-b

Tipo S, Gr, B

K03005

80 BLACK & GALV, STEEL PIPE-WELDED & SEAMLESS A53-90a Tipo E, Gr, B k02600 81 BLACK & GALV, STEEL PIPE-WELDED & SEAMLESS A53-90a n/a n/a 82 CARBON STEEL BARS-COLD FINISHED A108-90a Gr. 1045 G10450 83 CARBON STEEL BARS-COLD FINISHED A108-90a GR.1215 G12150 84 CARBON STEEL THREADED STD. FASTENERS A307-90 GR. A n/a 85 ALLOY STEEL BOLTING FOR HIGH TEMP. A193-90 GR. B7 G41400 86 CARBON STEEL, COLD FINISHED A108-90a Gr. 1020 G10200 87 CARBON STEEL BARS-COLD FINISHED A108-90a Gr. 1213 G12130 88 CARBON STEEL KOLD ROLLED SHEET (GALV) A366-85 n/a n/a 89 4140 STEEL CASTINGS n/a n/a G41400 90 FREE-MACHINED AUSTENITIC Cr-Ni SS BAR A582-88 TIPO 303 S30300 91 AUTENITIC OR Ni S.S. BAR A276-90a TIPO 304 S30400 Code Description Spec’n Grade Uns. Design

-VI- 32 -

92 LOW CARBON AUSTENITIC CR.-NI S.S. BAR A276-90a TIPO 304L S30403

93 AUSTENITIC OR NI SS BAR 316 A276-90a TIPO 316 S31600

94 LOW CARBON AUSTENITIC CR.-NI. S.S. BAR A276-90a TIPO 316L S31603

95 AUSTENITIC CR.-NI S.S. BAR A276-90a TIPO 321 S32100

96 CR. S.S. BAR ( HARDENABLE BY HT ) A276-90a TIPO 410 S41000

97 CR. S. S. BAR ( FREE MACHINING ) A582-88a TIPO 416 S41600

98

AGE HARDENING S.S. BARS & SHAPES (PH15-7MO)

A564-89

TIPO632- COND- RH950

S15700

99

AGE HARDENING S.S. BARS & SHAPES (17-4PH)

A564-89

TIPO630- COND H900- 174PH

S17400

100 AUSTENITIC S.S. PIPE SEAMLESS & WELDED A312-89a GR. TP304 S30400

101 ALLOY STEEL CASTINGS SS304 A743-89 GR. CF-8 J92600

102 316 STAINLESS STEEL A743-89 GR. CF-8M J92900

103 ALLOY STEEL CASTINGS SS 416 A743-89 GR. CA-15 J91150

104 ALLOY STEEL CASTINGS SS316L A743-89 GR. CF-3M J92800

105 ALLOY STEEL CASTINGS A743-89 GR. CF-3 J92700

106 ALLOY & SS 304 BOLTING A193-90 GR. B8 S30400

107 ALLOY & SS 316 BOLTING A193-90 Gr B 8M S31600

108 AUSTENITIC S.S. PIPE SEAMLESS & WELDED A312-89a GR. TP316 S31600

109 PLATE FOR FUSION WELDED UNFIRED PRESSURE VESSEL A240-90a

TIPO 316L

S31603

110 API 5L LINE PIPE n/a n/a n/a

111 CARBON STEEL PLATES FOR PRESSURE VESSELS A285-87 Gr. C K02801

112 AUSTENITIC S.S. PIPE SEAMLESS & WELDED A312-89a GR. TP304L S30403

113 AUSTENITIC S.S. PIPE SEAMLESS & WELDED A312-89a GR. TP316L S31603

114

AUSTENITIC Cr. Ni. S.S. SHEET, STRIP PLATE, FLAT BAR

A666-89a

GR.A TIPO 304-2B

S30400

115 CORROSION RESISTANT HIGH STRENGTH BAR A276-90a XM 19 S20910

116 SEAMLESS OR E.R.W CARBON STEEL PIPE A252-90 GR. 2 n/a

117 LOW TEMP. SEAMLESS AND WELDED PIPE A333-88a GR.6 K03006

118 PRESSURE VESSEL PLATE FOR LOW TEMP A516-86 GR. 70 K02700

119 SEAMLESS C.S. PIPE FOR HIGH TEMP. A106-90 GR. B PVQ K03006

120 FUSION WELDED PIPE FOR HIGH PRESSURE A672-89B B70PVQ n/a

121 LOW TEMPERATURE STEEL CASTINGS A352-89 LCB J03003

122 ABRASION RESISTANT CASTINGS AISI 4340 n/a G43400

123 HIGH STRENGTH STEEL CASTINGS A148-89a GR. 175-145 n/a

124 304 SS AUSTINITIC SS TUBING SEAMLESS & WELDED A269--90a 304-SS S30400

125 CARBON STEEL WIRE ROD & ROUND WIRE A510-90 C-1025 G10250

126 AUSTINITIC 316 SS TUBING SEAMLESS & WELD A269-90a 316 SS S31600

127 AUSTINITIC SS TUBING SEAMLESS & WLEDED A269-90a 321 SS S32100

128 CARBON STEEL BARS COLD FINISHED A108-90a Gr. 1117 G11700

129 VENDOR STD ALUMINUM n/a n/a n/a

130 VENDOR STD. PLATED STEEL n/a n/a n/a

131 VENDOR STD RUBBER/STEEL n/a n/a n/a

132 VENDOR STD. EPR n/a n/a n/a

133 FLOURALLOY A n/a n/a n/a

134 AUSTENITIC STEEL CASTING, HIGH TEMPERATURE SERVICE

351-90

CF8

J92900

135 QUENCHED & TEMPERED STEEL BOLTS & STUDS A449-90a n/a K04200

136 LOW TEMP, SEAMLESS & WELDED PIPE A333-88a GR. 7 K21903

Code Description Spec’n Grade Uns. Design

-VI- 33 -

137 VENDOR STD METALLIC PACKING n/a n/a n/a 138 VENDOR STD. BRAIDED ARAMID FIBER n/a n/a n/a 139 VENDRO STD. RUBBER BUNA N (NITRILE) n/a n/a n/a 140 VENDOR STD. RUBBER (EPDM) n/a n/a n/a 141 VENDOR STD. RUBBER (VITON) n/a n/a n/a 142 FUSECOTE LINING n/a n/a n/a 143 VENDOR STD TAPE n/a n/a n/a 144 410 S.S. n/a n/a n/a 145 VENDOR STD PLASTIC n/a n/a n/a 146 ALLOY STEEL CASTINGS A351-90 CF-8 J92600 147 PERFORATED SHEET A167-90 SS304-316 S30400 148 ALLOY STEEL CASTINGS A743-89 CA-6 MN n/a 149 CARBON STEEL BARS COLD FINISHED A108-90a GR. 1018 G10180

150

CARBON STEEL NUTS FOR HIGH PRESSURE & TEMP SERVICE

A563-90

GR. A

K05802

151

AGE HARDENED S.S. BARS & SHAPES (17-4PH)

A564-89

TIPO 330 COND H1150

S17400

152 CARBON & ALLOY STEEL NUT FOR HIGH PRESS & TEMP A194-90 GR. 8 S30400 153 CARBON & ALLOY STEEL NUT FOR HIGH PRESS & TEMP A194-90 GR. 8M S31600

154

PLATE FOR FUSION WELDED UNFIRED PRESSURE VESSEL

A240-90a

TIPO 304L

S30403

155 ALLOY STEEL SOCKET HEAD CAP SCREWS A574-90 K03104 158 COMERCIAL ALUMINUM SHHET

037A

NICKEL ALUMN. BRONZE SAND CASTINGS

B148-89a

958-81-4.5 fe-9.5 al-5 ni

C95500

037-A NICKEL-AL-BRONZE, SAND CASTING B148-89a 958 C95800 048A RED BRONZE B30-4A 85-5-5-5 C83600 057A DUCTIL IRON NICKEL-CROMIUM C60 n/a n/a n/a 124A HARD CHROMIUM LINING n/a Cr n/a

-VI- 34 -

VI-3 ENGINEERING AND LIMITATIONS STANDARD COMPONENTS

BOWL ASSEMBLY

SIZE AND

MODEL PUMP

STD SD

MAX SD

MAX

PRESS P.S.I.

BEST AXIAL CLEAR

STD

AXIAL CLEAR

K THRUST FACTOR

LB/FT

IMP

WEIGH T LBS

EYE

AREA IN2

SPEC

SPEED NS

ALLOW SPHERE IN

5WL 1.00 1.00 480 0.125 0.300 1.20 2.0 3.08 2140 0.22 5WH 1.00 1.00 480 0.125 0.260 1.20 2.0 3.08 2182 0.22 6WL 1.00 1.00 420 0.125 0.300 2.10 2.3 4.05 2100 0.22 6WH 1.00 1.00 420 0.125 0.300 2.10 2.3 4.05 2160 0.22

6LS-1C 0.88 0.88 500 0.125 0.281 1.5 3.5 3.38 2170 0.25 6LS-2C 0.88 0.88 500 0.125 0.281 1.5 3.5 3.38 2180 0.13 6LS-3C 0.88 0.88 500 0.125 0.281 1.5 3.5 3.38 2180 0.13 6HH-1C 1.00 1.00 360 0.125 0.375 4.13 2.65 6.88 4060 0.5 6HH-2C 1.00 1.00 360 0.125 0.25 4.10 2.35 7.51 4420 0.50

7WL 1.19 1.19 415 0.125 0.365 3.50 3.1 7.54 2183 0.43 7WH 1.19 1.19 415 0.125 0.365 3.50 3.1 7.54 2300 0.43

7HXH2C 1.19 1.19 410 0.125 0.313 3.40 6.0 8.50 3960 0.50 8WL 1.19 1.19 425 0.125 0.345 4.00 5.7 8.51 2660 0.43 8WH 1.19 1.19 425 0.125 0.345 4.00 5.7 8.51 2765 0.43 8HH 1.19 1.19 420 0.250 0.380 8.00 5.25 15.90 4509 1.13 9WL 1.50 1.50 400 0.125 0.795 4.90 7.0 12.56 2290 0.56 9WH 1.50 1.50 400 0.125 0.795 3.10 7.0 12.56 2300 0.56 9WBL 1.50 1.50 400 0.125 C.F 4.60 7.0 12.56 1700 0.56 9WBH 1.50 1.50 400 0.125 C.F 4.65 7.0 12.56 1695 0.56

10CC-1C 1.50 1.50 278 0.125 C.F 4.0 9.0 10.41 1568 0.53 10CC-2C 1.50 1.50 278 0.125 C.F 5.0 9.5 9.74 1500 0.50

10WH 1.50 1.50 335 0.125 0.625 6.1 8.5 14.92 3000 0.61 11WL 1.50 1.69 380 0.250 0.610 7.90 13.0 15.60 2030 0.68

11WH 1.50 1.69 380 0.250 0.610 7.40 13.0 15.60 2130 0.68 12WH 1.69 1.69 350 1.0 1.25 7.50 19.0 20.50 2200 0.73

12MS3C 1.50 1.69 357 0.125 0.690 5.50 21.0 17.87 3050 0.81

14LS

1.69

2.00

380

0.250

0.760

17.20

28.0

31.50

2520

0.75

14HH2C 1.69 2.00 380 0.125 C.F 20.00 44.0 56.19 5490 0.69

14HXH

1.69

2.00

380

0.250

0.575

24.80

31.75

47.30

3740

1.50

16MS 1.94 2.25 457 0.250 0.800 36.0 25.0 81.41 3645 1.22

18HH-1C 1.94 2.19 270 0.250 C.F 35.00 151.0 84.91 5200 0.88

18HH-2C 1.94 2.19 270 0.250 C.F 35.00 151.0 97.86 5100 0.88

19W 2.25 2.25 350 0.125 0.550 32.0 54.0 74.50 3789 1.00

20W 2.44 2.44 380 0.250 C.F 68.0 80.70 3420 1.75

24HH

1.94

2.44

195 0.03

C.F.

57.00

190.0

152.04

5200

1.12

28HXH 2.69 2.94 130 0.188 1.300 64.20 205.0 168.22 3800 C.F.

-VI- 35 -

STANDARD ENGINEERING LIMITATIONS AND SPECIAL COMPONENTS

BOWL ASSEMBLY MIX FLOW PUMP

MODEL

STD SD

MAX PRES P.S.I.

FACTOR K LB/FT

WEIGHT IMP LBS

MIN SUM PLG

ALLOWABLE SPHERE IN

8MFX 1 100 17.6 20 18 1 ½ 10MFX 1 3/16 100 25.0 30 21 1 5/8 12MFX 11/2 100 23.0 38 33 1 5/8 16MFX 1 11/16 100 60.0 70 45 2 ¼ 24MFX 2 3 /16 100 125.0 290 59 3 ¼-4

BOWL ASSEMBLY AXIAL FLOW PUMP

MODEL

STD SD

MAX PRES P.S.I.

FACTOR K LB/FT

WEIGHT IMP LBS

MIN SUM PLG

ALLOWABLE SPHERE IN

10PO 1 3/16 75 32 20 25 2 ¼ 12PO 1 ½ 75 48 40 36 2 7/8 14 PO 1 11/16 75 66 50 42 3 3/8 16 PO 1 11/16 75 86 60 46 4 20 PO 1 15/16 75 135 115 59 4 7/8 24PO 2 7/16 75 194 200 74 5 7/8

Notes for Limitations in Standard Bowl Assembly 1.- Use Line Shaft Horse Power Ratings table pg to check the right diameter of shaft and use the hydraulic thrust instead the total thrust value 2.- The maximal length of the shaft is limited at commercial obtainable of shafting and assembly considerations 3.-Maximum axial clearance indicated may require special machining at extra price and head produced in some cases can be dropped with the corresponding drop efficiency because the recirculation of liquid 4.-The max pressure is with standard cast iron class 30 and std thickness, but we can obtain in some models more pressure strength with different materials according with the table below and different thickness at extra price 5.-Allowable sphere indicate the size of passageways in the vanes. This is NOT and indicative of the maximal solids sized which could be pumped 6.- The K factor and the weight of the impeller are used for calculate the hydraulic thrust developed by the pump, the impeller weight includes he shaft and collet of each impeller

-VI- 36 -

CONSTRUCTION MATERIAL AND PERFORMANCE CORRECTIONS

WHEN CASTING BOWLS AND IMPELLERS IN SPECIAL MATERIALS, PUMP PERFORMANCE IS REDUCED IN HEAD AND EFFICIENCY, THE TABLE GIVE THE MULTIPLIERS FOR DIFERENT MATERIALS, IF THE IMPELLER AND THE BOWL IS DIFERENT AT STD MATERIAL BOTH MULTIPLIERS ARE USED

SPECIAL MATERIALS PRESSURE RATINGS MULTIPLIER

CONSTRUCTION MATERIALS

PERFORMANCE MULTIPLIER BOWLS IMPELLERS

STEEL 0.96 0.96 BRONZE STD 0.98 0.98 ZINCLESS BRONZE 0.98 0.98 ALLUMINUM BRONZE 0.98 0.98 304 STAINLESS 0.95 0.95 316 STAINLESS 0.95 0.95

SPECIAL MATERIALS PERFORMANCE MULTIPLIER

CONSTRUCTION MATERIALS

PRESSURE MULTIPLIER

STEEL 2.00 BRONZE STD 0.85 ZINCLESS BRONZE 0.95 ALLUMINUM BRONZE 2.50 304 STAINLESS 1.90 316 STAINLESS 2.00

NOTES: FOR HIGH PRESSURE APPLICATION WHERE THE STANDARD MATERIALS ARE SATISFACTORIES A STEEL JACKET CAN BE FITTED TO THE BOWL ASS TO PROVIDE A 200% OF PRESSURE RATING AND THE DIAMETER WOULD BE 2 INCHES HIGHER

-VI- 37 -

Submergence requirements based on diameter of suction bell

-VI- 38 -

MECHANICAL FRICTION IN LINE SHAFTS

THE TOTAL BHP WILL BE THE SUM OF PERFORMANCE CURVE HORSE POWER AND THE VALUE OBTAINED FROM THE BELOW TABLE

SHAFT SIZE

SHAFT RPM 3460 2900 1760 1450 1160 960 860 720 690

¾ 0.60 0.51 0.31 0.26 1 1.05 0.87 0.53 0.44 0.35 0.29 0.26 0.25 1 ¼ 1.60 1.33 0.79 0.67 0.52 0.44 0.39 0.35 1 ½ 2.20 1.90 1.14 0.96 0.74 0.63 0.56 0.47 0.44 1 11/16 2.81 2.36 1.43 1.18 0.94 0.78 0.70 0.59 0.56 1 15/16 1.83 1.51 1.21 1.00 0.89 0.75 0.72 2 ¼ 2.40 2.00 1.55 1.35 1.20 1.00 0.96 2 7/16 2.90 2.39 1.91 1.58 1.42 1.19 1.14 2 11/16 3.34 2.75 2.20 1.82 1.63 1.38 1.31 2 15/16 3.50 2.77 2.28 2.00 1.74 1.66 3 3/16 4.04 3.28 2.72 2.46 2.08 1.92 3 7/16 3.75 3.08 2.83 2.45 2.30 3 11/16 4.10 3.46 3.00 2.62 2.47 3 15/16 4.80 3.89 3.48 2.94 2.77

MECHANICAL FRICTION IN HP/100 FT OF SETTING SHAFT

-VI- 39 -

SHAFT HORSE POWER RATINGS

To select the right diameter of shaft use the table with the rotation speed and taking care do not exceed the total thrust load

Shaft Diam

Rpm Max 3500 2900 1800 1450 1180 880 705 Thrust (lbs)

¾ 59.21 49.06 30.45 24.53 19.96 3000.00 1 141.90 117.57 72.98 58.79 47.84 4000.00 1 3/16 238.63 197.73 122.73 98.86 80.45 60.00 5000.00 1 ¼ 278.54 230.79 143.25 115.39 93.91 70.03 56.11 5000.00 1 ½ 477.33 395.50 245.49 197.75 160.93 120.02 96.15 10000.00 1 11/16 352.12 283.65 230.84 172.15 137.91 15000.00 1 15/16 531.21 427.92 348.24 259.70 208.06 15000.00 2 3/16 763.44 614.99 500.47 373.23 299.01 20000.00 2 7/16 1061.83 855.36 696.09 519.12 415.88 20000.00 2 11/16 1421.51 1145.10 931.88 694.96 556.76 25000.00 2 15/16 1862.99 1500.74 1221.29 910.79 729.67 25000.00 3 3/16 2383.85 1920.32 1562.75 1165.44 933.67 25000.00 3 3/17 3329.00 2681.00 2181.00 1627.00 1295.00 39000.00

-VI- 40 -

THRUST LOADS ELONGATION

Thrust Load Formula To calculate the total thrust we have to sum the hydraulic thrust plus the static thrust of the shaft and impellers Total thrust = (K x TDH X SG) + ( SW X Column Setting in feet) + (WI x Stages) K = Thrust Constant depending of each model of impeller TDH = Total dynamic Head SG = Specific gravity of the pumping liquid SW = Shaft weight per foot WI = weight of the impeller collet and and shaft per stage pg 25

Shaft diameter Diam ¾ 1 13/16 1 ¼ 1 ½ 1 11/16 1 15/16 2 3/16 2 7/16 2 11/16 2 15/16 3 3/16 Lbs/ft 1.54 2.73 3.85 4.27 6.15 7.78 10.25 13.07 16.23 19.73 23.57 27.75

And with the total thrust consult the Elongations shaft table VI-1, and obtain the elongation per 100 ft of column or we need to calculate the elongation with the formula e= Lx12xH.T./ (Ex G.S.A.) e= Shaft Elongation ( plg ) L= Shaft Length (ft) E = Steel C-1045 elasticity Module = 29,000,000.00 H.T. = Hydraulic thrust ( lbs) G.S.A. = Shaft transversal area =( pi x d x d)/4 result in square inches and give the shaft diam in inches.

To calibrate the impellers we just need to know the Hydraulic thrust because it acts running of the pump And we will have an extra elongation with that thrust

-VI- 41 -

COLUMN BEARING SPACING

Lubrication Shaft Diam Velocidad RPM 3500 2900 2200 1800 1450 1180 880 705

Product

¾” - 1 11/16” 5 ft 5 ft 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft 1 15/16” - 2 ¼” 5 ft 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft

2 7/16” 5 ft 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft 2 11/16” - 3 7/16” N/A N/A 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft

Oil

Shaft Diam 1” - 3 15/16”(705 - 1800 RPM) N/A N/A N/A 10 ft 10ft 10 ft 10ft 10 ft 1” - 1 ½” (2200 - 3500 RPM) 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft 10 ft

Tubing 1 ¼” - 6” (705 - 3500 RPM) 5 ft 5 ft 5 ft 5 ft 5 ft 5 ft 5 ft 5 ft

1 ¼” - 2 ½”(2200 - 3500 RPM) 40” 40” 40” N/A N/A N/A N/A N/A

OLS- Open Line Shaft -Product Lub ELS- Enclosed Line Shaft Oil Lub

-VI- 42 -

Suction Barrels Diameter Selection and Applications

OD Ansi 150

Max Capacity in GPM 13.5 16 19 21 23.5 25 27.5 29.5 32

Model Barrell Diam 8 10 12 14 16 18 20 22 24 OD bell max 5WL-5WH 5.20 357 6WL-6WH 5.90 262 678 7WL-7WH 7.13 482 996 8WL-8WH 7.50 416 930 8HH 7.85 350 864 9WL-9WH 9.25 571 1,183 9WBL-9WBH 9.50 514 1,126 1,836 10CC-1C 9.50 514 1,126 1,836 10CC-2C 9.50 514 1,126 1,836 11WL-11WH 11.00 750 1,460 2,214 12MS-12W 11.84 514 1,225 2,032 14LS 13.70 1,451 2,357 14HH-1C-2C 14.00 1,350 2,255 3,259 4,360 14HXH 14.10 1,315 2,220 3,224 4,326 16MS 15.25 2,811 3,913

OD Ansi 150

Max Capacity in GPM 29.5 32 34.3 36.5 38.8 41.8 43.75 46 48.8 50.75

Model Barrell Diam 22 24 26 28 30 32 34 36 38 40 OD bell max 16MS 15.25 2811 3913 5,113 18HH-1C-2C 18.48 3,778 5,076 6,472 7,965 19W 18.63 3,710 5,008 6,403 7,896 20W 18.94 4,865 6,261 7,754 9,345 11,034 24HH 22.63 4,383 5,876 7,468 9,157 28HXH 27.65 4,079 5,671 7,360 9,146 11,031

-VI- 43 -

ENGINEERING AND LIMIT CONDITIONS IN CASTING DICHARGE HEADS

CASTING DISCHARGE HEAD

MAXIMUN SETTING IN FEET FOR MORE SETTINGCOLUMN PIPE USE FABRICATED DISCHARGE HEAD

CASTING DISCHARGE HEADS

� THE MOTOR FLANGE BD MAY BE MODIFIED WITH AN ADAPTER PLATE WITH EXTRA COST

Head Size

COLUMN SIZE

3-4

6

8

10

12

3x3x10 700

4x4x10 700

6x6x16 ½ L 500 400 6x6x 16 ½ P 750 600 8x8x16 ½ L 500 400 8x8x 16 ½ P 600 10x10x16 ½ 500 12x12x16 ½ 450

Head Size

Discharge Flange Data Column Pipe Shaft OLS Tubing ELS

MOTOR FLANGE BD*

Size-Ansi Max Op

Pressure Psi

Min

Max

Min

Max

Min

Max

3x3x10 3-150 400 3 4 ¾ 1 3/16 1 ½ 2 10-12 4x4x10 4-150 400 3 4 ¾ 1 3/16 1 ½ 2 10-12 6x6x16 ½ L 6-150 200 6 8 3(4 1 15/16 1 ½ 2 ½ 16.5 6x6x 16 ½ P 6-150 400 6 8 3(4 1 15/16 1 ½ 2 ½ 16.5 8x8x16 ½ L 8-150 200 6 8 3(4 1 15/16 1 ½ 2 ½ 16.5 8x8x 16 ½ P 8-150 400 6 8 3(4 1 15/16 1 ½ 2 ½ 16.5 10x10x16 ½ 10-150 400 10 10 1 2 3/16 1 ½ 3 16.5 12x12x16 ½ 12-150 400 12 12 1 2 3/16 1 ½ 3 16.5

-VI- 44 -

PART NO, AND DESCRIPTION CODE AND DESCRIPTION MATERIAL

1 DISCHARGE HEAD 051 CAST IRON 1A COMPANION FLANGE 051 CAST IRON 1B SUCTION FLANGE 051 CAST IRON 1C CAP SCREWS

COMPANION FLANGE 084 STD FASTENERS 1D PIPE PLUG 003 GALVANIZED STEEL 1C DRIVER BOLTS AND

NUTS 084 STD FASTENERS

1G

IDENTIFICATION PLATE

006/158

SS OR ALUMINUM

8 HEAD SHAFT 082/097 STEEL 7 HEAD SHAFT NUT 038 BRONZE 7A HEAD SHAFT NUT

LOCK SCREW 084 STEEL 7B GIB KEY 087-082 STEEL 2A STUFFING BOX 051 CAST IRON 2G STUFFING BOX O

RING 014 BUNA

2B STUFFING BOX BEARING 038 BRONZE

2F STUFFING BOX CAP SCREWS 084 STD FASTENERS

2E GREESE ZERK 047 COPPER 2D PACKING RINGS 000 GRAPHITE 2C LANTERN RINGS 017 NEOPRENE 2L BY-PASS TUBE WITH

FITTINGS 046 COPPER 2H PACKING GLAND 038 BRONZE 2I PACKING GLAND

STUDD AND NUTS 084 STD FASTENERS 2J SLINGER 017 NEOPRENE

VI-4 STANDARD AND SPECIAL CONSTRUCTION MATERIALS

DISCHARGE HEADS CONSTRUCTION PRODUCT LUBE

-VI- 45 -

STANDARD AND SPECIAL CONSTRUCTION MATERIALS

DISCHARGE HEADS CONSTRUCTION OIL LUBE CONSTRUCTION

PART NO, AND DESCRIPTION CODE AND DESCRIPTION MATERIAL

1 DIS HARGE HEAD 051 CAST IRON 1A COMPANION FLANGE 051 CAST IRON 1B SUCTION FLANGE 051 CAST IRON 1C CAP SCREWS

COMPANION FLANGE 084 STD FASTENERS 1D PIPE PLUG 003 GALVANIZED STEEL 1C DRIVER BOLTS AND

NUTS 084 STD FASTENERS

1G

IDENTIFICATION PLATE

006/158

SS OR ALUMINUM

19 HEAD SHAFT 082/097 STEEL 7 HEAD SHAFT NUT 038 BRONZE 7A HEAD SHAFT NUT

LOCK SCREW 084 STD FASTENERS 7B GIB KEY STEEL 4 OIL RESERVOIR 045 ALUMINUM 4C OIL FEED VALVE 047 COPPER 4C OIL LINE WITH

FITTINGS 047 COPPER 3A TENSION CONE 051 CAST IRON 3E CAP TENSION CONE 051 CAST IRON 3B TENSION CONE O

RING 014 BUNA

22 TUBE ADJUSTING NIPPLE 081 STEEL

2D PACKING RINGS 000 GRAPHITE

-VI- 46 -

CONSTRUCTION

MATERIAL AND CODE NUMBER

DISCH HEAD

HEAD SHAFT

TENSION CONE OR STUFFING BOX

TENSION NUT

STUFFING BOX BEARING

PRODUCT LUBE

OIL LUBE

STANDARD

CAST IRON -051

416 SS-C1045 097-082

C1045- 082

CAST IRON-051

CAST IRON- 051

STD BRONZE -038

ALL IRON

CAST IRON -051

416 SS-C1045 097-082

C1045 082

CAST IRON -051

CAST IRON -051

CAST IRON - 051

BRONZE

STD BRONZE - 038

416 SS-097

416 SS-097

STD BRONZE - 038

STD BRONZE - 038

STD BRONZE -038

ZINC-LESS BRONZE

ZINCLESS BRONZE- 025-027

316SS-093

316SS-093

ZINCLESS BRONZE-025- 027

ZINCLESS BRONZE- 025-027

ZINCLESS BRONZE-025- 027

NICKEL ALUMINUM BRONZE

NICKEL AL BRONZE - 037A

316SS-093

316SS-093

NICKEL AL BRONZE -037A

NICKEL AL BRONZE - 037A

ZINCLESS BRONZE-025- 027

STANDARD AND SPECIAL CONSTRUCTION MATERIALS

CASTING DISCHARGE HEADS

-VI- 47 -

VI – 4 STANDARD AND SPECIAL CONSTRUCTION MATERIALS

COLUMN PRODUCT LUBE CONSTRUCTION PART NO, AND DESCRIPTION

CODE AND DESCRIPTION MATERIAL

9 TOP LINE SHAFT 082 STEEL 13 TOP COLUMN PIPE 079 STEEL

13

INTERMEDIATE COLUMN PIPE

079

STEEL

13 BOTTOM COLUMN PIPE 079 STEEL

14 COLUMN PIPE COUPLING 079 STEEL

9 LINE SHAFT 082 STEEL 11 LINE SHAFT

COUPLING 083 STEEL 10A LINE SHAFT SLEEVE 124 SS 10 LINE SHAFT

METALIZED 157 HARD CHROME 12 BEARING RETAINER 038 BRONZE 12A BEARING PRODUCT

LUBE 017 NEOPRENE

COLUMN OIL LUBE CONSTUCTION PART NO, AND DESCRIPTION

CODE AND DESCRIPTION MATERIAL

20 TOP LINE SHAFT 082 STEEL 20 LINE SHAFT 082 STEEL 26 LINE SHAFT BEARING 038 BRONZE 23 ENCLOSING TUBE 081 STEEL 25 TUBE STABILIZER RUBBER 13 TOP COLUMN PIPE 079 STEEL 13 INTERMEDIAT14E

COLUMN PIPE 079 STEEL

13 BOTTOM COLUMN PIPE 079 STEEL

14 COLUMN PIPE COUPLING 079 STEEL

11 LINE SHAFT COUPLING 083 STEEL

-VI- 48 -

VI – 4 STANDARD AND SPECIAL CONSTRUCTION MATERIALS

MATERIALS CODES FOR SHAFTING

MATERIAL CODE AND DESCRIPTION

ASTM STANDARDS PHISICAL PROP

SPCN

GRADE DESIGN

UNS DESIGN

MIN TENSILE X 1000 PSI

BRINELL HARDNESS

082 CARBON STEEL 1045 A108-90a Gr 1045

G10450

80-95

163-187

097 STAINLESS STEEL 416 A582-88a TYPE 416

S41600

90-190-HT

248-352 HT

093 STAINLESS STEEL 316 A276-90a TYPE 316

S31600

75

150 A

091 STAINLESS STEEL 304 A276-90a TYPE 304

S30400

75

150 A

151

17-4PH- CON H1150

A564-89

TYPE 630 H1150

S17400

135 HT

277 HT

042 MONEL K 500 NONE -- NO5500

100-155

160- 290

-VI- 49 -

STANDARD AND SPECIAL CONSTRUCTION MATERIALS

BOWL ASSEMBLY STD MATERIAL AND SPECIAL MATERIALS WITH CODES TYPE OF CONSTRUCTION

MATERIAL AND CODE NO.

BOWLS IMPELLERS

COLLETS

BOWL SHAFT

BOWL SHAFT COPUPLING

BEARINGS BOLTING

PART NO. STANDARD CAST IRON-

052 BRONZE - 021

STEEL- 083

416 SS- 097

STEEL-083

BRONZE 022

STEEL- 084

CAST IRON CAST IRON-

052 CAST IRON- 052

STEEL- 083

416 SS- 097

STEEL-083

CAST IRON -051

STEEL- 084

DUCTILE IRON BRONZE FITTED

DUCTIL IRON-057

DUCTIL IRON-057

STEEL- 083

416 SS- 097

STEEL-083

BRONZE 022

STEEL- 085

DUCTILE IRON DUCTIL

IRON-057 BRONZE- 021

STEEL- 083

416 SS- 097

416 SS-097

BRONZE 022

STEEL- 085

STEEL

STEEL-070

STEEL-070

STEEL- 083

416 SS- 097

STEEL-083

BRONZE, IRON- GRAPHITAR -022-054- 018

STEEL- 084

STD BRONZE

BRONZE-0

BRONZE- 021

316 SS- 093

416 SS- 097

416 SS-097

BRONZE 022

416SS- 097

ZINC FREE BRONZE

BRONZE- 036

ZINCLESS BRONZE- 027

316 SS- 093

316 SS- 093

316 SS-093

BRONZE OR NEOPRENE 026-628

316SS- 093

ALUM BRONZE

BRONZE 036A

BRONZE 036A

316 SS- 093

316 SS- 093

316 SS-093

BRONZE GRAPHITAR 026-018

316SS- 093

304 STAINLESS

304 SS-101

304 SS-101

316 SS- 093

316 SS- 093

316 SS-093

BRONZE 026

316SS- 093

316 STAINLESS

316-102

316-102

316 SS- 093

316 SS- 093

316 SS-093

BRONZE 026

316SS- 093

Nickel –Chromium Ductile Iron

NICKEL CHROMIUM DUCTILE IRON ENAMELED 037A

NICKEL CHROMIUM DUCTILE IRON ENAMELED 037A

STEEL- 083

416 SS- 097 -157

STEEL-083

BRONZE 022 RUBBER

STEEL- 084

-VI- 50 -

-VI- 51 -

-VI- 52 -

-VI- 53 -

-VI- 54 -

-VI- 55 -

Head losses in Casting (Upper table) and Fabricated Discharge heads WL type (Lower table) And WLE type ( Next page table)

-VI- 56 -

-VI- 57 -

-VI- 58 -

-VI- 59 -

Suction Pipe Size selection for barrel type pumps and WL , WT type discharge heads

-VI- 60 -

-VI- 61 -

-VI- 62 -

-VI- 63 -

-VI- 64 -

Head Loss in Pipe

Capacity

3-c40

4-c40

6x1/4

8x 1/ 4

10x 1/ 4

12x 1/ 4

GPM LPS Vel HF Vel HF Vel HF Vel HF Vel HF Vel HF 10.00 0.63 0.44 0.06 0.25 0.02 12.00 0.76 0.52 0.09 0.30 0.02 15.00 0.95 0.65 0.13 0.38 0.04 18.00 1.14 0.78 0.19 0.45 0.05 20.00 1.26 0.87 0.23 0.50 0.06 25.00 1.58 1.09 0.35 0.63 0.09 30.00 1.89 1.31 0.49 0.76 0.13 35.00 2.21 1.52 0.65 0.88 0.17 40.00 2.52 1.74 0.83 1.01 0.22 45.00 2.84 1.96 1.03 1.13 0.27 50.00 3.15 2.18 1.25 1.26 0.33 0.54 0.04 55.00 3.47 2.39 1.50 1.39 0.40 0.60 0.05 60.00 3.78 2.61 1.76 1.51 0.47 0.65 0.06 65.00 4.10 2.83 2.04 1.64 0.54 0.71 0.07 70.00 4.42 3.05 2.34 1.76 0.62 0.76 0.08 75.00 4.73 3.26 2.66 1.89 0.70 0.82 0.09 80.00 5.05 3.48 3.00 2.02 0.79 0.87 0.10 85.00 5.36 3.70 3.35 2.14 0.89 0.92 0.11 0.53 0.03 90.00 5.68 3.92 3.73 2.27 0.99 0.98 0.13 0.56 0.03 95.00 5.99 4.13 4.12 2.39 1.09 1.03 0.14 0.59 0.04 100.00 6.31 4.35 4.53 2.52 1.20 1.09 0.16 0.62 0.04 110.00 6.94 4.79 5.40 2.77 1.43 1.20 0.18 0.68 0.05 120.00 7.57 5.22 6.35 3.02 1.68 1.30 0.22 0.74 0.06 130.00 8.20 5.66 7.36 3.28 1.95 1.41 0.25 0.80 0.06 0.51 0.02 140.00 8.83 6.09 8.44 3.53 2.24 1.52 0.29 0.87 0.07 0.54 0.02 150.00 9.46 6.53 9.60 3.78 2.54 1.63 0.33 0.93 0.08 0.58 0.03 160.00 10.09 6.96 10.81 4.03 2.86 1.74 0.37 0.99 0.09 0.62 0.03 170.00 10.72 7.40 12.10 4.28 3.20 1.85 0.41 1.05 0.10 0.66 0.03 180.00 11.35 7.83 13.45 4.54 3.56 1.96 0.46 1.11 0.12 0.70 0.04 0.49 0.02 190.00 11.99 8.27 14.87 4.79 3.94 2.07 0.51 1.17 0.13 0.74 0.04 0.52 0.02 200.00 12.62 8.70 16.35 5.04 4.33 2.17 0.56 1.24 0.14 0.78 0.05 0.54 0.02 220.00 13.88 9.57 19.50 5.54 5.17 2.39 0.67 1.36 0.17 0.86 0.05 0.60 0.02 240.00 15.14 10.44 22.91 6.05 6.07 2.61 0.78 1.48 0.20 0.93 0.06 0.65 0.03 260.00 16.40 11.31 26.58 6.55 7.04 2.83 0.91 1.61 0.23 1.01 0.07 0.71 0.03 280.00 17.66 12.18 30.48 7.06 8.07 3.04 1.04 1.73 0.26 1.09 0.09 0.76 0.04 300.00 18.92 13.05 34.64 7.56 9.17 3.26 1.19 1.85 0.30 1.17 0.10 0.82 0.04 320.00 20.19 13.92 39.04 8.06 10.34 3.48 1.34 1.98 0.34 1.24 0.11 0.87 0.05 340.00 21.45 14.79 43.68 8.57 11.57 3.70 1.50 2.10 0.38 1.32 0.12 0.93 0.05 360.00 22.71 15.66 48.55 9.07 12.86 3.91 1.66 2.22 0.42 1.40 0.14 0.98 0.06 380.00 23.97 16.53 53.67 9.58 14.21 4.13 1.84 2.35 0.47 1.48 0.15 1.03 0.06 400.00 25.23 17.40 59.01 10.08 15.63 4.35 2.02 2.47 0.51 1.56 0.17 1.09 0.07 450.00 28.39 19.58 73.40 11.34 19.44 4.89 2.51 2.78 0.64 1.75 0.21 1.22 0.09 500.00 31.54 12.60 23.63 5.44 3.05 3.09 0.77 1.94 0.25 1.36 0.11 550.00 34.69 13.86 28.19 5.98 3.64 3.40 0.92 2.14 0.30 1.50 0.13 600.00 37.85 15.12 33.12 6.52 4.28 3.71 1.08 2.33 0.35 1.63 0.15 650.00 41.00 16.38 38.41 7.07 4.97 4.02 1.26 2.53 0.41 1.77 0.17 700.00 44.16 17.64 44.06 7.61 5.70 4.33 1.44 2.72 0.47 1.91 0.20

-VI- 65 -

Capaity

14X1/4

16X1/4

18X1/4

20X1/4

24X1/4

30X1/4

GPM LPS Vel HF Vel HF Vel HF Vel HF Vel HF Vel HF 260.00 16.40 0.58 0.02 280.00 17.66 0.63 0.02 300.00 18.92 0.67 0.03 320.00 20.19 0.72 0.03 340.00 21.45 0.76 0.03 360.00 22.71 0.81 0.04 0.61 0.02 380.00 23.97 0.85 0.04 0.65 0.02 400.00 25.23 0.90 0.04 0.68 0.02 450.00 28.39 1.01 0.05 0.77 0.03 0.60 0.02 500.00 31.54 1.12 0.07 0.85 0.03 0.67 0.02 550.00 34.69 1.23 0.08 0.94 0.04 0.73 0.02 600.00 37.85 1.34 0.09 1.02 0.05 0.80 0.03 0.64 0.02 650.00 41.00 1.46 0.11 1.11 0.05 0.87 0.03 0.70 0.02 700.00 44.16 1.57 0.12 1.19 0.06 0.93 0.03 0.75 0.02 750.00 47.31 1.68 0.14 1.28 0.07 1.00 0.04 0.81 0.02 800.00 50.46 1.79 0.16 1.36 0.08 1.07 0.04 0.86 0.03 0.59 0.01 850.00 53.62 1.91 0.18 1.45 0.09 1.13 0.05 0.91 0.03 0.63 0.01 900.00 56.77 2.02 0.19 1.53 0.10 1.20 0.06 0.97 0.03 0.67 0.01 950.00 59.93 2.13 0.22 1.62 0.11 1.27 0.06 1.02 0.04 0.70 0.01 1,000.00 63.08 2.24 0.24 1.70 0.12 1.33 0.07 1.07 0.04 0.74 0.02 1,100.00 69.39 2.47 0.28 1.87 0.14 1.47 0.08 1.18 0.05 0.81 0.02 0.52 0.01 1,200.00 75.70 2.69 0.33 2.04 0.17 1.60 0.09 1.29 0.06 0.89 0.02 0.56 0.01 1,300.00 82.00 2.91 0.38 2.21 0.20 1.73 0.11 1.40 0.06 0.96 0.03 0.61 0.01 1,400.00 88.31 3.14 0.44 2.38 0.23 1.87 0.12 1.50 0.07 1.04 0.03 0.66 0.01 1,500.00 94.62 3.36 0.50 2.55 0.26 2.00 0.14 1.61 0.08 1.11 0.03 0.70 0.01 1,600.00 100.93 3.59 0.57 2.72 0.29 2.13 0.16 1.72 0.09 1.18 0.04 0.75 0.01 1,800.00 113.54 4.03 0.70 3.06 0.36 2.40 0.20 1.93 0.12 1.33 0.05 0.84 0.02 2,000.00 126.16 4.48 0.85 3.40 0.44 2.67 0.24 2.15 0.14 1.48 0.06 0.94 0.02 2,200.00 138.78 4.93 1.02 3.74 0.52 2.93 0.29 2.36 0.17 1.63 0.07 1.03 0.02 2,400.00 151.39 5.38 1.20 4.08 0.61 3.20 0.34 2.58 0.20 1.78 0.08 1.13 0.03 2,600.00 164.01 5.83 1.39 4.42 0.71 3.47 0.39 2.79 0.23 1.92 0.09 1.22 0.03 2,800.00 176.62 6.28 1.59 4.76 0.81 3.73 0.45 3.01 0.27 2.07 0.11 1.31 0.04 3,000.00 189.24 6.72 1.81 5.10 0.92 4.00 0.51 3.22 0.30 2.22 0.12 1.41 0.04 3,200.00 201.86 7.17 2.04 5.44 1.04 4.27 0.58 3.44 0.34 2.37 0.14 1.50 0.05 3,600.00 227.09 8.07 2.54 6.12 1.30 4.80 0.72 3.87 0.42 2.66 0.17 1.69 0.06 3,800.00 239.70 8.52 2.80 6.46 1.43 5.07 0.79 4.08 0.47 2.81 0.19 1.78 0.06 4,200.00 264.94 9.41 3.38 7.14 1.72 5.60 0.95 4.51 0.56 3.11 0.23 1.97 0.08 4,500.00 283.86 10.09 3.84 7.65 1.96 6.00 1.08 4.83 0.64 3.33 0.26 2.11 0.09 5,000.00 315.40 11.21 4.66 8.50 2.38 6.67 1.32 5.37 0.78 3.70 0.31 2.35 0.10 5,500.00 346.94 12.33 5.56 9.35 2.84 7.34 1.57 5.91 0.93 4.07 0.37 2.58 0.12 6,000.00 378.48 13.45 6.53 10.20 3.34 8.00 1.85 6.45 1.09 4.44 0.44 2.82 0.15 6,500.00 410.02 14.57 7.58 11.05 3.87 8.67 2.14 6.98 1.27 4.81 0.51 3.05 0.17 7,000.00 441.56 15.69 8.69 11.90 4.44 9.34 2.46 7.52 1.45 5.18 0.59 3.29 0.19 8,000.00 504.64 17.93 11.13 13.60 5.68 10.67 3.15 8.59 1.86 5.92 0.75 3.76 0.25

-VI- 66 -

9,000.00 567.72 20.17 13.84 15.30 7.07 12.00 3.92 9.67 2.31 6.66 0.93 4.22 0.31 10,000.00 630.80 17.00 8.59 13.34 4.76 10.74 2.81 7.40 1.13 4.69 0.38

Capacity

16X1/4

18X1/4

20X1/4

24X1/4

30X1/4

GPM LPS Vel HF Vel HF Vel HF Vel HF Vel HF 11,000.00 693.88 18.70 10.25 14.67 5.68 11.82 3.35 8.14 1.35 5.16 0.45 12,000.00 756.96 20.40 12.04 16.01 6.67 12.89 3.94 8.88 1.59 5.63 0.53 13,000.00 820.04 22.10 13.97 17.34 7.74 13.97 4.57 9.62 1.84 6.10 0.61 14,000.00 883.12 23.80 16.02 18.67 8.88 15.04 5.24 10.36 2.11 6.57 0.70 15,000.00 946.20 25.50 18.21 20.01 10.09 16.11 5.96 11.10 2.40 7.04 0.79 16,000.00 1,009.28 21.34 11.37 17.19 6.71 11.84 2.71 7.51 0.90 17,000.00 1,072.36 22.68 12.72 18.26 7.51 12.57 3.03 7.98 1.00 18,000.00 1,135.44 19.34 8.35 13.31 3.37 8.45 1.11 19,000.00 1,198.52 20.41 9.23 14.05 3.72 8.92 1.23 20,000.00 1,261.60 21.49 10.15 14.79 4.09 9.39 1.35 21,000.00 1,324.68 15.53 4.48 9.86 1.48 22,000.00 1,387.76 16.27 4.88 10.33 1.62 23,000.00 1,450.84 17.01 5.30 10.80 1.75 24,000.00 1513.92 17.75 5.74 11.27 1.90 25,000.00 1577.00 18.49 6.19 11.73 2.05 26,000.00 1640.08 19.23 6.65 12.20 2.20 27,000.00 1703.16 19.97 7.14 12.67 2.36 28,000.00 1766.24 20.71 7.63 13.14 2.52 29,000.00 1829.32 21.45 8.15 13.61 2.69 30,000.00 1892.40 14.08 2.87 31,000.00 1955.48 14.55 3.05 32,000.00 2018.56 15.02 3.23 34,000.00 2144.72 15.96 3.62 36,000.00 2270.88 16.90 4.02 38,000.00 2397.04 17.84 4.44 40,000.00 2523.20 18.78 4.89 42,000.00 2649.36 19.71 5.35 44,000.00 2775.52 20.65 5.83 46,000.00 2901.68 21.59 6.33 48,000.00 3027.84 22.53 6.85 50,000.00 3154.00 23.47 7.39 52,000.00 3280.16 24.41 7.95 54,000.00 3406.32 25.35 8.52 56,000.00 3532.48 26.29 9.11

-VI- 67 -

-VI- 68 -

-VI- 69 -