ITT A-C Pump - STRATATOMIC · base plate stiffness shall conform to ANSI/HI 1.3.4-1997 for...

ITT

AC Series 8300Split Case Pumps

A-C Pump is a brand of ITT Corporation.

Engineered for life

Commercial WaterA-C Pump

A-C PUMPCommercial Water

2

EnginEEring SpEcification for ac SEriES 8300 baSE mountEd doublE Suction pumpS

Double Suction, Horizontal Split Case Pumps (Base Mounted):A. Manufacturer:

Contractor shall furnish and install new double suction horizontal split case pumps for water transport and boosting applications as indicated on the drawings. Pumps shall be the AC Series 8300 as manufactured by A-C Pump under base bid. Pumps shall meet types, sizes, capacities and characteristics as scheduled on the Equipment Schedule drawings.

B. Double Suction Horizontal Split Case Pump (Base Mounted): 1. The pumps shall be long coupled, base mounted, single stage, double suction, horizontally split case design, in cast iron bronze fitted construction specifically designed and guaranteed for quiet operation. Suitable standard operations at 225ºF and 175 PSIG working pressure. Working pressures shall not be de-rated at temperatures up to 250ºF. The pump internals shall be capable of being serviced without disturbing the upper casing half and system piping. 2. A bearing housing shall supply support for a pair of heavy- duty regreasable ball bearings. An inboard single row bearing will absorb thermal expansive forces while an outboard double row bearing will be clamped in place to absorb both radial and thrust loads and keep the rotating element in proper axial alignment. Bearings shall be replaceable without disturbing the system piping, the upper casing half, and shall be regreasable without removal of the bearings from the bearing housing. 3. The impeller shaft shell be a solid 416 stainless steel shaft. 4. Pump shall be equipped with a pair of internally flushed mechanical seal assemblies in direct contact with the pump shaft. Seal assemblies shall be Type 21 having a stainless steel housing, BUNA bellows and seat gasket, stainless steel spring, and be of carbon-ceramic design with the carbon face rotating against a stationary ceramic face. 5. Impeller shall be of the enclosed double suction type made of ASTM B584-876 bronze, both hydraulically and dynamically balanced to ANSI/HI 1.1-1.5-1994, section 1.4.6.1.3.1, figure 1.106, balance grade G6.3 keyed to the shaft and fixed in the axial position. 6. A flexible type coupling, capable of absorbing torsional vibration, shall be employed between the pump and motor. On variable speed applications the coupler sleeve should be constructed of an SPDM material to maximize performance life. 7. The coupling shall be shielded by a dual rated ANSI B15.1, Section 8 and OSHA 1910.219 compliant coupling guard and contain viewing windows for inspection of the coupling.

8. Pump volute shall be of a cast iron (rated for 175 PSIG max. WP) axially-split design with flanges (175 PSIG drilled for 125# ANSI companion flanges) and mounting feet integral cast into the bottom half of the casing. Suction and discharge flanges shall be on a common centerline in both the horizontal and vertical planes, and the volute shall include bronze casing wear rings, priming port, gauge ports at nozzles, and vent and drain ports. The upper half casing shall be capable of being removed without disturbing piping connections or electrical motor connections. 9. Pump seal flushing shall be internal within the pump casing and shall flush the seal at a rate equal to 25% of the total pump flow. 10. Motors shall meet scheduled horsepower, speed, voltage and enclosure design. Pump and motors shall be factory aligned, and shall be realigned after installation by the manufacturer‘s representative. Motors shall be non-overloading at any point on the pump curve and shall meet NEMA specifications and conform to the standards outlined in EPACT 92. 11. Base plate shall be of structural steel or fabricated steel channel with fully enclosed sides and ends, and securely welded cross members. The grouting area shall be fully open. The combined pump and motor base plate shall be sufficiently stiff as to limit the susceptibility of bibration. The minimum base plate stiffness shall conform to ANSI/HI 1.3.4-1997 for Horizontal Baseplate Design standards. 12. Base shall be capable of being field grouted. 13. Pump rotation shall be righthand or lefthand as viewed from the pump end. 14. Pump manufacturer shall be ISO9001 certified. 15. The seismic capability of the pump shall allow it to withstand a horizontal load of 0.5g, excluding piping and/or fasteners used to anchor the pump to mounting pads or to the floor, without adversely affecting pump operation. 16. Each pump shall be factory hydrostatically tested per Hydraulic Institute standards and name-plated before shipment. It shall then be thoroughly cleaned and painted with at least one coat of high grade paint prior to shipment.C. Accessories: 1. Where noted on schedule pumps shall be provided with internal bronze pump wear rings, special shaft materials, or special spacer couplers. 2. Where noted on schedule either balanced or unbalanced seals of EPR carbon/ceramic seals, EPR tungsten/carbide seal, or packing gland material should be used in lieu of the standard seal. 3. Where noted on schedule pumping equipment may require one or all of the following tests: certified lab tests (unwitnessed), Hydraulic Institute Level B tests, or witnessed tests.

ITT

3x2x11S

8x6x12M

6x4x10M

3x2x11L

3550 RPM

200 150 100 75 504030 300 400 500 750

GPM

CUBIC METERS PER HOUR

METERS FEET200

600

500

400

300

200

150

100

80

60

50

40

30100 150 200 300 400 500 1000 1500 2000 3000

150

100

75

50

40

30

20

15

10

6x4x10M

3x2x11L

6x4x12A

3x2x11S

6x4x14L

10x8x20L

12x10x146x4x14A

6x4x

10A

8x6x

12S

8x6x

12L

8x6x17L 8x8x1710x8x17S

10x8x20S

12x1

0x12

XL

12x1

0x12

M

10x8x12L

12x1

0x17

8x6x17M

10x10x12

8x6x12XL

8x6x

13

10x8x17L

10x8

x12S

8x6x12M

8x6x

10A

1180 RPM

GPM


METERS FEET

50

40

30

20

15

10

10

5

4

3

2

5

4

150 200 300 400 500

75050040030020015010075504030

1000

1000

1500

1500

2000

2000

3000 4000 5000 10000

200

150

100

80

60

50

40

30

20

pErformancE curvES – ac SEriES 8300

GPM


1770 RPM

METERS FEET150

100

75

50

40

30

20

15

10

54

3

2

500400

300250200

150

10080

605040

30

20

5

50

30 40 50 75 100 150 200 300 400 500 750 1000 1500 2000

100 150 200 300 400 500 1000 1500 2000 3000 4000 5000 10000

10

3x2x11S

3x2x11L6x4x10M

6x4x12A

6x4x14L6x4x14A

8x6x17L

8x6x17M

6x4x

10A

8x6x12S

8x6x

12L

8x6x12XL8x6x12M

10x8

x12S

8x8x17

10x8x12L

10x8x17L12x10x14

10x8x20S

8x6x

13

10x8

x17S

12x1

0x12

XL

12x10x12M

12x1

0x178x

8x12

8x6x

10A

1770 RPM

10x1

0x12

A-C PUMPCommercial Water

3

ITT

4

ac SEriES 8300 matErialS of conStruction

Mechanical Seal Mounted on shaft

Part Name

Material Cast Iron, Bronze Fitted Casing assembly Cast iron (ASTM A48 Class 35A) Casing joint gasket (suction) Paper (vellumoid 505) Casing joint gasket (discharge) Paper (vellumoid 505) Casing ring Bismuth Bronze Shaft 416 Stn. Stl. Bearing housing Cast iron (ASTM A48 Class 30A) Bearing housing Cast iron (ASTM A48 Class 30A) Bearing (inboard) ball Steel Bearing (outboard) ball Steel Stuffing box (mechanical seal) Cast iron (ASTM A48 Class 30A) Lip seal (bearing) Rubber (BUNA-N) Mechanical seal Stn. stl., rubber, carbon, ceramic Capscrew (bearing housing) Steel, grade 2 Pipe plugs (bearing housing) Steel Key, impeller Stn. stl. (ANSI 416) Key, coupling Steel O-ring (casing ring) Rubber (BUNA-N) O-ring (cover plate) Rubber (BUNA-N) Retaining ring (impeller) Steel Ring retaining (bearing) Steel End cap Steel Spirol pin (casing ring) 304 SS Impeller Bronze (ASTM B584-876)

StandardMechanicalSeal

A-C PUMPCommercial WaterITT

5

l/d ratio conStruction

The L/D ratio measures the comparable shaft stiff-ness factor between two pumps where “L” equals the distance between the inboard and outboard bearings and “D” represents the shaft diameter at the impeller. The lower the ratio, the stiffer the shaft. Excessive shaft

deflection will shorten mechanical seal life, subject the shaft to fatigue stress, that could result in shaft failure and increase bearing load with a corresponding reduc-tion in bearing life. As calculated in the table below, the AC Series 8300 has a L/D ratio that is significantly below a traditional horizontal split case pump.

Pump Size

L = Span Between D = Diameter L/D

L = Span Between D = Diameter L/D Bearing to Bearing (Center) Through Impeller Bearing to Bearing (Center) Through Impeller

3x2x11S 11.03 1.689 6.5 20.90 1.689 12.4 3x2x11L 11.03 1.689 6.5 20.90 1.689 12.4 6x4x10A 14.56 1.939 7.5 25.25 1.939 13.0 6x4x10M 12.53 1.689 7.4 22.90 1.689 13.6 6x4x12A 12.53 1.689 7.4 22.90 1.689 13.6 6x4x14A 12.53 1.689 7.4 22.90 1.989 13.0 6x4x14L 12.53 1.689 7.4 22.90 1.989 13.0 8x6x10A 18.25 1.939 9.4 29.57 2.439 12.1 8x6x12S 12.53 1.689 7.4 22.90 1.689 13.6 8x6x12M 14.56 1.939 7.5 25.25 1.939 13.0 8x6x12L 12.53 1.689 7.4 22.90 1.689 13.6 8x6x12XL 12.53 1.689 7.4 22.90 1.689 13.6 8x6x13 16.16 1.939 8.3 27.25 1.939 14.1 8x6x17M 16.16 1.939 8.3 27.25 1.939 14.1 8x6x17L 16.16 1.939 8.3 27.25 1.939 14.1 8x8x12 16.16 1.939 8.3 27.25 1.939 14.1 8x8x17 18.59 2.439 7.6 29.90 2.439 12.3 10x8x12S 18.59 2.439 7.6 29.90 2.439 12.3 10x8x12L 18.59 2.439 7.6 29.90 2.439 12.3 10x8x17S 18.59 2.439 7.6 29.90 2.439 12.3 10x8x17L 18.59 2.439 7.6 29.90 2.439 12.3 10x8x20S 18.59 2.439 7.6 29.90 2.439 12.3 10x8x20L 18.59 2.439 7.6 29.90 2.439 12.3 10x10x12 21.59 2.439 8.9 32.90 2.439 13.5 12x10x12M 21.59 2.439 8.9 32.90 2.439 13.5 12x10x12XL 21.59 2.439 8.9 32.90 2.439 13.5 12x10x14 18.59 2.439 7.6 29.90 2.439 12.3 12x10x17 18.59 2.439 7.6 29.90 2.439 12.3


6

ac SEriES 8300 modEl – 150 dimEnSionS

.75 NPT(DRAIN)

4" REMOVALCLEARANCE

HP

HO

HD

4.00

VH

CP

W

HC*

.50 MIN

HB

HR

X YY

.25" AND .50" NPT (VENT)

.25" NPTBOTH

NOZZLES(GAUGE)

SUCTION

SZ

HA HA

DISCHARGE DISCHARGE

OPTIONALDRIP PAN

LEFT HANDROTATION

NOZZLES(DRAIN)

VIEWED FROM PUMP END

S

YY X

Z

1.50TYP.RIGHT HAND

ROTATION

MoTor DIMeNSIoNS – INCHeS (MM) PuMP SIze FrAMe HA HB HP Hr CP HC* MAX HD Ho S & z VH VH1 W X YY

3x2x11 143-215 20.00 44.00 (1118) 6.00 2.25 18.62 39 (991) 15.25 (388) 22.05 (560)

5.50 6.80 –

11.31 9.00 10.00 S, L 254-365 (508) 54.00 (1372) (152) (57) (473) 50 (1270) (140) (173) (287) (229) (254) 6x4x10A

182-215 21.50 48.00 (1219) 6.00 2.88 19.93 50 (1270) 18.25 (464) 25.94 (659)

7.00 7.69 –

12.19 11.50 12.00 254-324 (546) 54.00 (1372) (152) (73) (506) 59 (1499) (178) (195) (310) (292) (305) 182-215 48.00 (1219) 43 (1092) 6x4x10M

254-326 24.00 58.00 (1473) 6.00 4.62 22.81 52 (1321) 18.25 (464) 26.12 (664) 6.50 7.88 –

13.50 11.50 13.00 364-405 (610) 64.00 (1626) (152) (117) (579) 61 (1549) (165) (200) (343) (292) (330) 444-445 76.00 (1930) 68 (1727) 20.25 (514) 28.12 (714) 215 48.00 (1219) 43 (1092) 6x4x12A 254-326

24.00 58.00 (1473)

6.00 4.62 22.81 52 (1321) 18.25 (464) 26.81 (681)

738 8.56 –

13.50 11.50 13.00

364-365 (610)

64.00 (1626) (152) (117) (579)

61 (1549) (188) (218)

(343) (292) (330)

215-256 48.00 (1219) 45 (1143) 6x4x14A

284-365 24.00 58.00 (1473) 6.00 3.25 20.62 54 (1372) 19.52 (489) 28.50 (723) 7.75 9.20 –

12.56 11.50 13.00 404-405 (610) 68.00 (1727) (152) (83) (524) 60 (1524) (197) (234) (319) (292) (330) 444 76.00 (1930) 64 (1625) 21.52 (547) 35.00 (889)

6x4x14L 182-256 24.00 48.00 (1219) 6.00 3.25 20.62 45 (1143)

19.25 (489) 28.87 (733) 7.75 9.62

– 12.56 11.50 13.00

284-365 (610) 58.00 (1473) (152) (83) (524) 54 (1372) (197) (244) (319) (292) (330) 215-286 58.00 (1473) 56.38 (1432) 8x6x10A 324-326

24.00 64.00 (1626)

6.00 10.75 29.19 58.38 (1438) 21.25 (540) 30.50 (775)

8.25 9.25 –

17.58 12.50 12.50

364-365 (610)

68.00 (1727) (152) (273) (741)

60.38 (1534) (210) (235) (447) (328) (318)

8x6x12

182-256 48.00 (1219) 45 (1143)

S, L, XL 284-326

21.50 54.00 (1372)

6.00 3.25 20.62 51 (1295) 21.25 (540) 28.75 (730)

9.00 9.60 –

12.56 14.00 14.00

364-365 (546)

60.00 (1524) (152) (83) (524)

54 (1372) (229) (244) (319) (356) (356)

254-326 58.00 (1473) 53 (1346) 21.25 (540) 30.85 (784)

8x6x12M 364-405

24.00 64.00 (1626)

6.00 4.63 22.81 61 (1549)

9.00 9.60 –

13.50 14.00 14.00

444-447 (610)

76.00 (1930) (152) (118) (579)

71 (1803) 23.25 (591) 32.85 (835) (229) (244) (343) (356) (356)

8x6x13

254-326 24.00 62.00 (1575) 6.00 5.63 26.19 56 (1422) 20.00 (508) 29.40 (747)

8.00 9.40 –

16.06 13.00 15.50 364-405 (610) 68.00 (1727) (152) (143) (665) 65 (1651) (203) (239) (408) (330) (394)

8x6x17 284-326 62.00 (1575) 56 (1442)

M, L

364-405 24.00

68.00 (1727) 6.00 5.63 26.19

65 (1651) 21.25 (540) 33.00 (838) 9.00 11.75

– 16.06 14.00 16.00

444-445 (610)

76.00 (1930) (152) (143) (665)

71 (1803) (229) (299) (408) (356) (406)

8x8x12

254-326 24.00 62.00 (1575) 6.00 5.63 26.19 56 (1422) 20.00 (508) 30.25 (768)

8.00 10.25 –

16.06 14.00 16.50 364-405 (610) 68.00 (1727) (152) (143) (665) 65 (1651) (203) (260) (408) (356) (419) 324-365 66.00 (1676) 62 (1575) 21.75 (553) 33.75 (857) 8x8x17 404-445

24.00 76.00 (1930)

6.00 7.00 28.94 74 (1880)

23.75 (603) 35.75 (908)

9.50 12.00 –

17.56 15.00 16.50

447-449 (610)

86.00 (2184) (152) (178) (735)

82 (2083) (241) (305) (446) (381) (419)

10x8x12

254-286 62.00 (1575) 56 (1422) 21.50 (546) 32.00 (813)

S, L 324-365

24.00 66.00 (1676)

6.00 7.00 28.94 62 (1575)

8.50 10.50 –

17.56 14.00 17.00

404-445 (610)

76.00 (1930) (152) (178) (735)

74 (1880) 23.50 (597) 34.00 (864) (216) (267) (446) (356) (432)

Not for construction unless certified.

STANDArD: 125# FF ANSI FLANge (ANSI A21.10, AWWA C110 & ANSI B16.1 class 125)


MoTor DIMeNSIoNS – INCHeS (MM) PuMP SIze FrAMe HA HB HP Hr CP HC* MAX HD Ho S & z VH VH1 W X YY

10x8x17

324-365 66.00 (1676) 62 (1575) 23.25 (591) 36.06 (916)

S, L 404-445

24.00 76.00 (1930)

6.00 7.00 28.94 74 (1880)

25.25 (641) 38.06 (967)

10.00 12.81 –

17.56 16.00 18.00

447-449 (610)

86.00 (2184) (152) (178) (735)

82 (2083) (254) (325) (446) (406) (457)

10x8x20

324-365 66.00 (1676) 62 (1575) 27.25 (692) 49.50 (1257)

S, L 404-445

26.00 76.00 (1930)

6.00 7.00 28.94 74 (1880)

29.25 (743) 51.50 (1308)

14.00 15.44 22.25 17.56 18.00 20.00

447-449 (660)

86.00 (2184) (152) (178) (735)

82 (2083) (356) (392) (565) (446) (457) (508)

10x10x12

284-365 24.00 68.00 (1727) 6.00 8.50 31.94 68 (1727) 22.50 (572) 33.69 (856) 9.00 11.19 –

19.06 16.00 18.00 404-445 (610) 80.00 (2032) (152) (216) (811) 81 (2057) 24.50 (622) 35.69 (907) (229) (284) (484) (406) (457) 12x10x12 284-365 24.00 68.00 (1727) 6.00 8.50 31.94 68 (1727) 24.50 (622) 36.00 (914) 10.00 11.50

– 19.06 16.00 19.00

M, XL 404-445 (610) 80.00 (2032) (152) (216) (811) 81 (2057) 26.50 (673) 38.00 (965) (254) (292) (484) (406) (483) 324-365 66.00 (1676) 62 (1575) 25.25 (641) 38.69 (983) 12x10x14 404-445

24.00 76.00 (1930)

6.00 7.00 28.94 74 (1880)

27.25 (692) 40.69 (1034)

11.00 13.44 –

17.56 18.00 20.00

447-449 (610)

86.00 (2184) (152) (178) (735)

82 (2083) (280) (341) (446) (457) (508)

324-365 66.00 (1676) 62 (1575) 25.25 (641) 38.69 (983) 12x10x17 404-445

24.00 76.00 (1930)

6.00 7.00 28.94 74 (1880)

27.25 (692) 40.69 (1034)

11.00 13.44 –

17.56 18.00 20.00

447-449 (610)

86.00 (2184) (152) (178) (735)

82 (2083) (280) (341) (446) (457) (508)

Not for construction unless certified.

STANDArD: 125# FF ANSI FLANge (ANSI A21.10, AWWA C110 & ANSI B16.1 class 125) CoNTINueD

7

mEchanical SEal data

Standard Construction• 175 PSIG (12 BAR) maximum working pressure• *100 PSIG (7 BAR) maximum suction pressure

125#FF ANSI flange (ANSI A21.10, AWWA C110 & ANSI B16.1 class 125)

• Type 21, BUNA/Carbon-ceramic, *100 PSIG (7 BAR) maximum suction pressure, from -20º to 225ºF (-29º to 107ºC)

• Optional seals:• Type 21, EPR/carbon-ceramic, *100 PSIG (7 BAR)

maximum suction pressure, from -20º to 250ºF (-29º to 121ºC)

• Type 21, EPR/carbon-tungsten carbide, *100 PSIG (7 BAR) maximum suction pressure, from -20º to 250ºF (-29º to 121ºC)

* Maximum suction pressure for 3500 RPM is 85 PSIG (6 BAR).

Internally Self-Flushing Seal:The AC Series 8300 features internally self-flushing mechanical seals. This innovative design, and industry

standard, insures maximum seal life lubrication, heat dissipation and debris removal – all without vulnerable, external flush lines and filter kits that can clog and result in seal failure. With the A-C Pump internally self-flushing seal design, as much as 25% of the total pump flow continuously flushes the seal faces compared to only a few GPM for conventional stuffing box mounted me-chanical seals. Seals remain cooler and unwanted debris is flushed away from the mechanical seal faces resulting in longer mechanical seal life.


A-C Pump 3x2x11S AC SerIeS 8300

3x2x11L AC SerIeS 8300A-C Pump

8


9

A-C Pump 6x4x10M AC SerIeS 8300

8x6x12M AC SerIeS 8300A-C Pump


10




11

CAPACITY, CuBIC MeTerS/Hr

CAPACITY, u.S. gALLoNS Per MINuTe

ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT

NPS

H, M

eTer

S

NPS

H, F

eeT

35

30

25

20

15

10

5

0 00

0

0 0

10

30

20

40

50

60

70

80

90

100

110

120

200 400 600 800 1000 1200

50 100 150 200 250

10

30

20

15

10

5

CeNTrIFugAL PuMP AC SerIeS 8300

6x4x10A1775 R. P. M.



12



ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT N

PSH,

MeT

erS

NPS

H, F

eeT

60

50

40

30

20

10

0 00

0

0 0

20

40

60

80

100

120

140

160

180

200

200 400 600 800 1000 1200

50 100 150 200 250

20

405

10


6x4x12A



13



ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT

NPS

H, M

eTer

S

NPS

H, F

eeT

70

40

50

60

30

20

10

0 00

0

0 0

40

60

20

80

100

120

140

160

180

200

220

240

40

60

20

20

10

200 400 600 800 1000 1200 1400 1600 1800

50 100 150 200 250 300 350 400


6x4x14A



ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT

NPS

H, M

eTer

S

NPS

H, F

eeT

35

30

25

20

15

10

5

0

0

00 00

20

15

10

5

10

20

30

40

50

60

70

80

90

100

110

120

130

500 1000 1500 2000 2500 3000

100 200 300 400 500 600

10

20

30

40

50


8x6x10A


14




15

A-C Pump 8x6x12L AC SerIeS 8300

8x6x12XL AC SerIeS 8300A-C Pump


16

A-C Pump 8x6x13 AC SerIeS 8300



17


8x8x12 AC SerIeS 8300A-C Pump


18


10x8x12S AC SerIeS 8300A-C Pump


19




20




21




22




23




24




25



ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT

15

10

5

0 00

0

00

10

5

105

15

10

NPS

H, M

eTer

S

NPS

H, F

eeT

20

50 100 150 200

100 200 300 400 500 600 700 800 900 1000

20

25

30

35

40

45

50CeNTrIFugAL PuMP AC SerIeS 8300

6x4x10A



26



ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT

NPS

H, M

eTer

S

NPS

H, F

eeT

25

20

15

10

5

0

30

20

10

0

40

50

60

70

90

80

20

10

0 00

0

10

5

100 200 300 400 500 600 700 800 900

50 100 150 200


6x4x12A1150 R. P. M.



ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT

NPS

H, M

eTer

S

NPS

H, F

eeT

30

25

20

15

10

5

0

110

100

90

80

70

60

50

40

30

20

10

00

0

0 0

10

5

30

20

10

200 400 600 800 1000 1200

50 150100 200 250


6x4x14A1150 R. P. M.


27




ToTA

L He

AD, M

eTer

S

ToTA

L He

AD, F

eeT

NPS

H, M

eTer

S

NPS

H, F

eeT

15

10

5

0 00

0

0 0

10

520

20

10

30

40

50

60

200 400 600 800 1000 1200 1400 1600 1800

50 100 150 200 250 300 350 400


8x6x10A1150 R. P. M.


28




29




30




31




32




33




34




35




36




37




Quantity: _______ Size: __________________________________ Line Tag:_________________________________________

AC SERIES 8300 ORDER FORM

1002BD 03/07 1

Purchase Order #: _____________________________ Date:_________________ Mark/Tag: _____________________________Cust. Acct. #:____________ Ship Via: ____________ PPD COL 3RD PTY. OTHER _________SIC Code:_______________ __________________Invoice to:___________________________________________ Ship to:________________________________________________________________________________________________ _______________________________________________________________________________________________________ _______________________________________________________________________________________________________ ___________________________________________________Special Inst.:________________________________________________________________________________________________

NOTE: Circle bold codes to the left side of the tables or fill in information as appropriate. Standard offering description is highlighted and will be supplied if no option is circled.

TABLE #1 - MODEL100 Model 100, Horizontal Pump End Only150 Model 150, Horizontal Pump, Base, Coupling & Guard, and

Pump Less MotorREO Rotating Element Only – Model 100 & 200 Only

TABLE #4 - MATERIALS OF CONSTRUCTION940 Cast Iron/Bronze Fitted Pump

TABLE #2 - ROTATION

TABLE #3 - OPERATING CONDITIONSGPM _______ GPM, Rated FlowHD _______ FEET, Rated Head (TDH)RPM _______ RPM, Rated SpeedDIA _______ Impeller Diameter, InchesLIQ _______ LiquidVISQ _______ ViscositySG _______ Specific GravityTEMP _______ TEMP, Degrees F.NPSHA _______ Feet, NPSH Available (if less than atmospheric)

SPA _______ Suction Pressure Avail. (if greater than atmospheric)

TABLE #5 - IMPELLER MATERIAL101 Bronze Impeller

TABLE #7 - CASING RING166 Bronze Casing Ring

TABLE #6 - IMPELLER RINGN No Impeller Rings (Std)IRB Bronze Impeller Rings

TABLE #8 - SHAFT MATERIAL346 416 S.S. Shaft (High Strength)316 316 S.S. Shaft

TABLE #9 - MECHANICAL SEAL TYPE4S Crane Type 21 BF(50)10(10)1 Buna/Carbon-Ceramic5S Crane Type 21 O(28)P(66)10(10)1 EPT/Carbon-Ceramic3S Crane Type 21 O(28)P(66)10(15)1 EPT/Carbon-Tungsten999 Special Mechanical Seal, Customer Specified

LEFT HANDCCW ROTATION

SUCTION

DISCHARGE

MOTOR

RIGHT HANDCW ROTATION

SUCTION

DISCHARGE

MOTOR

NOTE: VIEW IS FROM ABOVE PUMPS, LOOKING DOWNWARD.NOT BURIED IN GROUND LOOKING UPWARD.

TABLE #10 - BASE OPTIONSDP Drain Pan Under Flanges

TABLE #11 - COUPLINGNC No Coupling (Standard on Model 100)WS Woods Sureflex Cplg.Epdm 143-324 Mtr.Frm/Hytrel 326T

& Up Mtr Frm (Standard on Model 150)WSE Epdm Option For 326 & Up Mtr Frm W/Woods Sureflex

Coupling.WSS Woods Sureflex Spacer Cplg.Epdm 143-324 Mtr Frm/Hytrel

326 & Up Mtr FrmWSSE Epdm Option For 326 & Up Mtr. Frm. With Woods Sureflex

Spacer Cplg.FS Falk Steelflex CouplingFSS Falk Steelflex Spacer Coupling999 Special Coupling, Customer Specified

TABLE #12 - MOTOR HP(1-450HP)____________________________________________999 SPECIAL HP __________________________________

TABLE #13 - SPEED/HERTZ3600 RPM/60 HZ 1500 RPM/50 HZ3000 RPM/50 HZ 1200 RPM/60 HZ1800 RPM/60 HZ 1000 RPM/50 HZ

TABLE #14 - MOTOR FRAME SIZE143 213 284 364 444145 215 286 365 445182 254 324 404 447184 256 326 405 449

999 Special Motor Frame Size ______________________

38

AC SERIES 8300 ORDER FORM (cont.)

2

Purchase Order #: _________________________Representative Name: _____________________Cust. Acct. #: _____________________________

Purchasing Agent _______________________________________________

TABLE #17 - PERFORMANCE TESTSNONE No Performance TestB8 Non-Witnessed Cert. Perf. Test Level B-Head & FlowB10 Non-Witnessed Cert. Perf. Test Level B-Head, Flow &

Efficiency.B11 Customer Witnessed Perf. Test Level B-Head & FlowB13 Customer Witnessed Perf. Test Level B-Head, Flow &

Efficiency.

TABLE #18 - HYDROTESTB1 Standard HydrotestC4 Customer Witnessed Hydrotest999 Other Witnesses Or Certified Hydrotest, Customer

Specified.

____________________________________________________

TABLE #16 - MOTOR MOUNTING1 B&G to Supply and Mount Motor2 Customer to Supply and Mount Motor (PLM)

3 Customer to Supply, B&G to Mount MotorMotor Manufacturer: ____________________________

4 B&G to Supply, Customer to Mount Motor

TABLE #19 - SPECIAL REQUIREMENTSQUOTE ATTACHED: _________________________________________________________________________________________________________________________________________

NOTE: Complete Tables 27-39 only if the motor is to be supplied by B&G.

TABLE #27 - MOTOR HP(1-450hp) ___________________________________________999 Special HP_______________________________________

TABLE #28 - SPEED/HERTZ3600 RPM/60 HZ 1500 RPM/50 HZ3000 RPM/50 HZ 1200 RPM/60 HZ1800 RPM/60 HZ 1000 RPM/50 HZ

TABLE #29 - MOTOR ENCLOSUREODP Enclosure WPII WP II EnclosureTEFC Enclosure WPI WP I EnclosureEP Explosion Proof Enclosure 999 Special

Enclosure

TABLE #30 - MOTOR PHASE/VOLTAGET200 3PH, 200v TD 3PH, 230/460vT208 3PH, 208v T380 3PH, 190/380vT230 3PH, 230v TS380 3PH, 380vT400 3PH, 400v T575 3PH, 575vT460 3PH, 460v T2300 3PH, 2300vTT 3PH, 208/230/460v T4160 3PH, 4160v999 Special Phase/Voltage __________________________

TABLE #31 - MOTOR SERVICE FACTOR1.00 1.00 Service Factor1.15 1.15 Service Factor1.00I 1.15 Service Factor (Sinusoidal Duty)

1.0 Service Factor (Inverter Duty)999 Special Minimum Service Factor

______________________________________________

TABLE #32 - MOTOR INSTALLATIONSTD Standard InsulationB Class B InsulationF Class F InsulationH Class H Insulation999 Special Insulation ______________________________

TABLE #33 - MOTOR EFFICIENCYEPACT EPACT Energy EfficientSTD Standard EfficiencyP Premium Efficiency999 Special Efficiency _____________________________

TABLE #34 - MOTOR OPTIONS999 Special Option _________________________________

TABLE #35 - MOTOR MANUFACTURERFC Factory ChoiceUS U.S. MotorsCY MagnetekMN Marathon ElectricWEG Weg999 Special Manufacturer

______________________________________________

TABLE #36 - MOTOR CONFIGURATIONT Horizontal, T FrameTS Horizontal, TS Frame999 Special Configuration ___________________________

TABLE #37 - MOTOR FRAME SIZE143 213 284 364 444145 215 286 365 445182 254 324 404 447184 256 326 405 449999 Special Motor Frame Size ______________________

TABLE #38 - MISCELLANEOUS MOTOR OPTIONSINV Inverter Duty Motor999 Special Miscellaneous Motor Options

______________________________________________

TABLE #39 - MOTOR START9 Across the Line6 Part Winding Start

10 Wye Delta

ADDITIONAL INFORMATION:______________________________________________________________________________

____________________________________________________

TABLE #15 - FRAME CONFIGURATIONT Horizontal, T FrameTS Horizontal, TS Frame999 Special Motor Config.

39

A-C Pump and the ITT Engineered Blocks Symbol are registered trademarks and tradenames of ITT Corporation.

SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.

BAC8300 May, 2008© 2008 ITT Corporation

Engineered for life

Commercial WaterITT

ITT8200 N. Austin Ave.Morton Grove, IL 60053Phone: 847-966-3700FAX: 847-966-2106www.goulds.com

USABell & Gossett2881 East Bayard StreetSeneca Falls, NY 13148Phone: 315-568-7123FAX: 888-322-5877www.bellgossett.com

ITT A-C Pump - STRATATOMIC · base plate stiffness shall conform to ANSI/HI 1.3.4-1997 for...

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Transcript of ITT A-C Pump - STRATATOMIC · base plate stiffness shall conform to ANSI/HI 1.3.4-1997 for...