Models VPCS/VPCH

CS2510EK

VERTICAL MULTISTAGECANNED PUMPLow NPSH Application For Process, Condensate and General Industrial Services

Model VPCS Model VPCH

API 610 API 682

26-055-E113839⑪JK-D(,A)M©EBARA CORP. 2011 Printed in Japan

＊「Model ○○○」 in this catalogue is our model code.All specifications are subject to change without notice

Printed on recycled paper

EBARA CORPORATIONHead Office:11-1, Haneda Asahi-cho, Ohta-ku,Tokyo, 144-8510 JapanPhone: （81）3-3743-6111Fax : （81）3-5736-3100http://www.ebara.co.jp

＊「Model ○○○」 in this catalogue is our model code.

2 3

Models VPCS/VPCH 2000 SERIES 4000 AND 6000 SERIES

Low NPSH Application For Process, Condensate and General Industrial Services

API 610 API 682

Applications

Ratings

Features

Designation

Construction

Metallurgy

Selection of Types

•Petroleum Refineries•Petrochemical Industries•Condensate and General Industrial Services

•Low NPSH•High reliability•Minimum installation space•Minimum labor required for installation and piping•Full compliance with API 610 and API 682 specifications.

Total Pressure of Pump

14.7{150}

4.9{50}

gauge pressureMPa

Model VPCH High Pressure Type (Inner casingworking pressure up to gauge pressure 8.83MPa)Model VPCS Med. Pressure Type (Inner casing working pressure up to gauge pressure 3.24MPa)

NOTES: (*1) When two features are involved, the codes are in alphabetical order. (*2) For use in customer's vessels or pits, VPCS pumps can be furnished without a suction can. In this case, only discharge nozzle size is indicated, i.e. 200 VPCS7M 4015 means a pump without a suction can.

OPTIONAL FEATURES, when provided (*1)B: THRUST BEARING INTEGRAL WITH PUMPD: DOUBLE SUCTION 1st STAGE IMPELLERI: INDUCER

IMPELLER AND BOWL CLASSIFICATION CODE

DRIVERM: MOTERT: STEAM TURBINEE: ENGINE

NUMBER OF STAGES

MODEL

DISCHARGE NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

Model VPCS300 × 200 VPCS 7 M 4015 I

SUCTION NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

OPTIONAL FEATURES, when provided (*1)B: THRUST BEARING INTEGRAL WITH PUMPI: INDUCER

IMPELLER CLASSIFICATION CODE

DRIVERM: MOTERT: STEAM TURBINEE: ENGINE

NUMBER OF STAGES

MODEL

DISCHARGE NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

Model VPCH150 × 100 VPCH 10 M 210H I

SUCTION NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

EBARA MODEL VPCS and VPCH VERTICAL MULTI-STAGE CANNED PUMPS have been widely used in petroleum refineries, for the petrochemical industry, condensate and general industrial services.Many improvements have been

recently made on this pump to enhances its performance. Model VPCS is classified as a low and medium pressure type and model VPCH as a high pressure type pump. Unique design of this highperformance pump provides for

superior and extended low cost operation.Our modern tape controlled machines in conjunction with ad-vanced quality control procedures insure that these pumps meet our high manufacturing standards.

Capacities To 5500m3/h (24200 USGPM)Heads To 1600 m (5250 ft)Max. working pressure To gauge pressure 14.7MPa (2130PSI)Rotation Clockwise viewed from inboard sideImpeller type EnclosedTemperatures -105°C to 340°C (-157°F to 644°F)Flanges ANSI class 300 as standard, other standard also availableNozzles Side-SideStuffing box Suitable for mechanical seal & conventional packing

Materials JIS/ASTM-AISI Name of Parts C. Steel C. Steel 12% Cr. Steel 304 S. Steel 316 S.SteelDischarge Head SCPH2/A216WCB SCPL1/A352LCB SCS1/A743CA15 SCS13A/A743CF8 SCS14A/A743CF8MInner Casing SCPH2/A216WCB SCPL1/A352LCB SCS1/A743CA15 SCS13A/A743CF8 SCS14A/A743CF8MBarrel STPT410, SM400B, STPL380, SLA235B, STPT410, SM400B, SU304TP, SUS304/ SUS316TP, SUS316/ SFVC2A/A106, SFL2/A333, SFVC2A/A106, A312 TP304, A312 TP316, A131, A266 A662, A350 A131, A266 A240 Type 304 A240 Type316Impeller SCS1/A743CA15 SCS13A/A743 CF8 SUS1/A743 CA15 SCS13A/A743CF8 SCS14A/A743CF8MShaft SUS403/A276 SNC815/A322 SUS403/A276 SUS304/A276 SUS316/A276Case Wear Ring FCD400/A536 FCD400/A536 SUS420J1/A276 SUS304/A276 SUS316/A276Impeller Wear Ring SUS420J2/A276 SUS304/A276 SUS420J2/A276 SUS304/A276 SUS316/A276Sleeve for SUS316/A276 SUS316/A276 SUS316/A276 SUS304/A276 SUS316/A276Mechanical Seal

Model VPCS

For Process

Thrust Bearing: The thrust bearings consist of back-to-back angular contact bearings. Standard lubrication system is flood.

Mechanical Seal: The balanced car-tridge type mechanical seal is flushed and vented to provide reliable service over a wide range of pressures.Seal replacement is easily accomplished.

Discharge Head: On smaller sized pumps casings are usually integrally cast with the upper pump body, while larger pump bores use casing of weld-ed construction.

Intermediate Bearings: Bearing materials, composition of which is determined according to the liquid handled, is retained in integral cast cas-ings. Number of bearings is determined by critical pump speed and shaft length.

Impeller: Machined finishing of closed vane impellers improves hydraulic effi-ciency. Suction is further improved by incorporation of uniquely disigned first stage impeller. Double suction first stage impellers are available for larger pumps.

Inducer: Incorporation of an inducer on the inlet side of the first stage impeller improves suction. Inducer may reduce barrel length for restrictive installations.

Suction Can (Barrel): The highly reliable welded barrel can easily meet local standards governing treatment of high pressure gasses.

Notes: Other materials supplied on request.Standard MaterialsOptional Materials

VERTICAL MULTISTAGECANNED PUMP

2 3

Models VPCS/VPCH 2000 SERIES 4000 AND 6000 SERIES

Low NPSH Application For Process, Condensate and General Industrial Services

API 610 API 682

Applications

Ratings

Features

Designation

Construction

Metallurgy

Selection of Types

•Petroleum Refineries•Petrochemical Industries•Condensate and General Industrial Services

•Low NPSH•High reliability•Minimum installation space•Minimum labor required for installation and piping•Full compliance with API 610 and API 682 specifications.

Total Pressure of Pump

14.7{150}

4.9{50}

gauge pressureMPa

Model VPCH High Pressure Type (Inner casingworking pressure up to gauge pressure 8.83MPa)Model VPCS Med. Pressure Type (Inner casing working pressure up to gauge pressure 3.24MPa)

NOTES: (*1) When two features are involved, the codes are in alphabetical order. (*2) For use in customer's vessels or pits, VPCS pumps can be furnished without a suction can. In this case, only discharge nozzle size is indicated, i.e. 200 VPCS7M 4015 means a pump without a suction can.

OPTIONAL FEATURES, when provided (*1)B: THRUST BEARING INTEGRAL WITH PUMPD: DOUBLE SUCTION 1st STAGE IMPELLERI: INDUCER

IMPELLER AND BOWL CLASSIFICATION CODE

DRIVERM: MOTERT: STEAM TURBINEE: ENGINE

NUMBER OF STAGES

MODEL

DISCHARGE NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

Model VPCS300 × 200 VPCS 7 M 4015 I

SUCTION NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

OPTIONAL FEATURES, when provided (*1)B: THRUST BEARING INTEGRAL WITH PUMPI: INDUCER

IMPELLER CLASSIFICATION CODE

DRIVERM: MOTERT: STEAM TURBINEE: ENGINE

NUMBER OF STAGES

MODEL

DISCHARGE NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

Model VPCH150 × 100 VPCH 10 M 210H I

SUCTION NOZZLE, NOMINAL SIZE IN MILLIMETERS (*2)

EBARA MODEL VPCS and VPCH VERTICAL MULTI-STAGE CANNED PUMPS have been widely used in petroleum refineries, for the petrochemical industry, condensate and general industrial services.Many improvements have been

recently made on this pump to enhances its performance. Model VPCS is classified as a low and medium pressure type and model VPCH as a high pressure type pump. Unique design of this highperformance pump provides for

superior and extended low cost operation.Our modern tape controlled machines in conjunction with ad-vanced quality control procedures insure that these pumps meet our high manufacturing standards.

Capacities To 5500m3/h (24200 USGPM)Heads To 1600 m (5250 ft)Max. working pressure To gauge pressure 14.7MPa (2130PSI)Rotation Clockwise viewed from inboard sideImpeller type EnclosedTemperatures -105°C to 340°C (-157°F to 644°F)Flanges ANSI class 300 as standard, other standard also availableNozzles Side-SideStuffing box Suitable for mechanical seal & conventional packing

Materials JIS/ASTM-AISI Name of Parts C. Steel C. Steel 12% Cr. Steel 304 S. Steel 316 S.SteelDischarge Head SCPH2/A216WCB SCPL1/A352LCB SCS1/A743CA15 SCS13A/A743CF8 SCS14A/A743CF8MInner Casing SCPH2/A216WCB SCPL1/A352LCB SCS1/A743CA15 SCS13A/A743CF8 SCS14A/A743CF8MBarrel STPT410, SM400B, STPL380, SLA235B, STPT410, SM400B, SU304TP, SUS304/ SUS316TP, SUS316/ SFVC2A/A106, SFL2/A333, SFVC2A/A106, A312 TP304, A312 TP316, A131, A266 A662, A350 A131, A266 A240 Type 304 A240 Type316Impeller SCS1/A743CA15 SCS13A/A743 CF8 SUS1/A743 CA15 SCS13A/A743CF8 SCS14A/A743CF8MShaft SUS403/A276 SNC815/A322 SUS403/A276 SUS304/A276 SUS316/A276Case Wear Ring FCD400/A536 FCD400/A536 SUS420J1/A276 SUS304/A276 SUS316/A276Impeller Wear Ring SUS420J2/A276 SUS304/A276 SUS420J2/A276 SUS304/A276 SUS316/A276Sleeve for SUS316/A276 SUS316/A276 SUS316/A276 SUS304/A276 SUS316/A276Mechanical Seal

Model VPCS

For Process

Thrust Bearing: The thrust bearings consist of back-to-back angular contact bearings. Standard lubrication system is flood.

Mechanical Seal: The balanced car-tridge type mechanical seal is flushed and vented to provide reliable service over a wide range of pressures.Seal replacement is easily accomplished.

Discharge Head: On smaller sized pumps casings are usually integrally cast with the upper pump body, while larger pump bores use casing of weld-ed construction.

Intermediate Bearings: Bearing materials, composition of which is determined according to the liquid handled, is retained in integral cast cas-ings. Number of bearings is determined by critical pump speed and shaft length.

Impeller: Machined finishing of closed vane impellers improves hydraulic effi-ciency. Suction is further improved by incorporation of uniquely disigned first stage impeller. Double suction first stage impellers are available for larger pumps.

Inducer: Incorporation of an inducer on the inlet side of the first stage impeller improves suction. Inducer may reduce barrel length for restrictive installations.

Suction Can (Barrel): The highly reliable welded barrel can easily meet local standards governing treatment of high pressure gasses.

Notes: Other materials supplied on request.Standard MaterialsOptional Materials

VERTICAL MULTISTAGECANNED PUMP

4 5

T.D

. HE

AD

T.D

. HE

AD

CAPACITY

1000

30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 50006000 8000 10000 20000

3000

2000

1000

600

800

500

400

300

200

100

8070

USGPM

ft

m3/h

8000

7000

6000

5000

4000

3000

2000

1000

800

600

500

ft

m3/h

2950min－1 unless otherwise designated

Model VPCS

Model VPCH

m

800

600

500

400

300

200

100

80

60

50

40

30

20

m

600

800

1000

1500

2000

2500

500

400

300

200

150

6 8 10 20 30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 5000

CAPACITY

65 8 10 20 30 40 50 60 80 300200100 400 500 600 800900

⑯⑭⑫

⑮⑬

⑤ ⑤⑤

⑦ ⑦⑥ ⑥

⑥

⑧ ⑧⑨ ⑨

⑩⑪

⑯⑭⑫

⑫⑮⑬

⑩⑧

⑯⑭

⑫

⑫

⑫

⑩⑪

⑦

⑨

⑮⑬⑪

② ②②② ②

②

②②

②

②②

②

②②

②

②

②

①

①

①

①①

①

①

① ①

①①

①

①

①

①

① ①①

②③ ③

③ ③

③

③

③

③

③

③

③

③③

③

③

④ ④④

⑤

⑤

⑤

⑤⑤

⑤⑤

⑤

⑤

⑥

⑥

⑥

⑥⑥

⑥

⑧

⑧

⑧

⑧

⑭

⑭⑩

⑩

⑩

⑦

⑦

⑦

⑦

⑨

⑨

⑨

⑨

⑮

⑮⑬

⑬⑪

⑪

⑪

④

④

④

④

④

④④④

④

④

④

④

④

⑯

⑭

⑫

⑮

⑬

㉓㉑

㉑

⑲

⑲

⑲

⑰

⑰

⑰ ⑰

⑮

⑮ ⑮

⑬

⑬ ⑬

⑪

⑪ ⑪

⑪

⑨

⑨ ⑨

⑨⑨

⑨

⑦ ⑦

⑦

⑦⑦

⑦

⑥③

③

③④

④

④

④

⑤

⑤⑤

⑤

⑥

⑥⑥

⑥㉒

㉒

⑳

⑳

⑱

⑱

⑱

⑯

⑯⑯

⑭

⑭⑭

⑫

⑫⑫

⑩

⑩⑩

⑩

⑩

⑧

⑧⑧

⑧

⑧⑧

⑨ ⑩

⑪

④80×50 VPCS2108

50×40 VPCH 207H

80×50 VPCH 208H

100×80 VPCH 209H 150×100 VPCH

210H

250×200 VPCH330H

300×250 VPCH380H

200×150 VPCH 212HS

200×150 VPCH 213HS

100×80 VPCS 2109

100×80 VPCS 2208 150×100 VPCS

2010

150×100 VPCS2110 200×150

VPCS2011 200×150

VPCS4013

1450min-1

500×400 VPCS6028980min-1

300×200VPCS2013

300×200 VPCS4015

1450min-1 350×250 VPCS 43001450min-1

200×150 VPCS2006

1450min-1 200×150 VPCS 1H350K 1450min-1

400×350 VPCS4362

1480min-1

400×350 VPCS 4022

1480min-1

400×350 VPCS40220

1480min-1

350×250 VPCS

40191480min-1

①

350×250 VPCS 4119

1480min-1350×250 VPCS 4017 1450min-1

400×350 VPCS 6019 960min-1

700×600 VPCS

8725730min-1

700×500 VPCS8720

730min-1

600×450 VPCS

6575980min-1

600×400 VPCS 6810 980min-

500×400 VPCS 6029D980min-

500×400 VPCS 6029980min-

500×400 VPCS 4415

1480min-1500×350 VPCS 6022 980min-1

80×50VPCS2009

50Hz

25 30 40 50 60 80 100 200 300 400 500 600 800 1000 1500 2000 3000 3500 USGPM

2950min－1

50Hz

Construction

Metallurgy Materials JIS/ASTM-AISI Name of Parts C. Steel C. Steel 12% Cr. Steel 316 S. SteelDischarge Head SCPH2/A216WCB SCPL1/A352LCB SCS1/A743CA15 SCS14A/A743CF8MInner Casing S35C/A105 SFL2/A350 Gr.LF2 SUS420J1/AISI 420 SCS316/A182 F316Barrel SB410, SFVC2A, SM400B/ STPL380, SLA235B, SFL2/ SB410, SFVC2A, SM400B/ SUS316TP,SUS316/ A285, A105, A131 A333, A662 Gr.A, A350 A285, A105, A131 A312 TP316, A240 Type316Impeller SCS1/A743 CA15 SCS13A/A743 CF8 SUS1/A743 CA15 SCS14A/A743 CF8MShaft SUS403/A276 SNC815/A322 SUS403/A276 SUS316/A276Case Wear Ring SUS402J1/A276 FCD400/A536 SUS420J1/A276 SUS316/A276Impeller Wear Ring SUS420J2/A276 SUS304/A276 SUS420J2/A276 SUS316/A276Sleeve for SUS316/A276 SUS316/A276 SUS316/A276 SUS316/A276Mechanical Seal

Model VPCH

For Process Performance Ranges For Process

Thrust Bearing: The thrust bearings consist of back-to-back angular contact bearings. Standard lubrication system is flood.

Mechanical Seal: A balanced cartridge type mechanical seal is utilized. It is flushed and vented to provide reliable service over a wide range of pressures with ease of replacement.

Balancing Piston: To balance shaft thrust and reduce thrust imposed on thrust-bearing, a balancing piston is incorporated.

Discharge Head: The high pressure types utilize casting construction. The casings possess adequate strength against inner pressure and sufficient rigidity against outer stress.

Intermediate Bearings: Bearing materials, are selected according to the liquid to be pumped. In addition, the number of bearings is determined in relation of critical speed and shaft length.

Impeller: The impeller at each stage is enclosed type with all surfaces machine finished so that the highest hydraulic effi-ciency may be obtained In addition, the first stage impeller is incorporates a unique design for enhancing the suction performance, and minimizing the NPSH requirement.

Intermediate Casing: Hydraulically efficient casing design, based on many years experience, minimizes pump friction losses.

Inducer: Incorporation of an inducer on the inlet side of the first stage impeller improves suction. Inducer may reduce barrel length for restrictive installations.

Suction Can (Barrel): The welded barrel ensures high reliability.

Notes: Other materials supplied on request.Standard MaterialsOptional Materials

These selection charts are prepared for preliminary selection. Refer to individual performance curves for final selection.○ denotes B.E.P. of the performance with an impeller of maximum diameter.The number of stages is indicated in the circle.

4 5

T.D

. HE

AD

T.D

. HE

AD

CAPACITY

1000

30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 50006000 8000 10000 20000

3000

2000

1000

600

800

500

400

300

200

100

8070

USGPM

ft

m3/h

8000

7000

6000

5000

4000

3000

2000

1000

800

600

500

ft

m3/h

2950min－1 unless otherwise designated

Model VPCS

Model VPCH

m

800

600

500

400

300

200

100

80

60

50

40

30

20

m

600

800

1000

1500

2000

2500

500

400

300

200

150

6 8 10 20 30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 5000

CAPACITY

65 8 10 20 30 40 50 60 80 300200100 400 500 600 800 900

⑯⑭⑫

⑮⑬

⑤ ⑤⑤

⑦ ⑦⑥ ⑥

⑥

⑧ ⑧⑨ ⑨

⑩⑪

⑯⑭⑫

⑫⑮⑬

⑩⑧

⑯⑭

⑫

⑫

⑫

⑩⑪

⑦

⑨

⑮⑬⑪

② ②②② ②

②

②②

②

②②

②

②②

②

②

②

①

①

①

①①

①

①

① ①

①①

①

①

①

①

① ①①

②③ ③

③ ③

③

③

③

③

③

③

③

③③

③

③

④ ④④

⑤

⑤

⑤

⑤⑤

⑤⑤

⑤

⑤

⑥

⑥

⑥

⑥⑥

⑥

⑧

⑧

⑧

⑧

⑭

⑭⑩

⑩

⑩

⑦

⑦

⑦

⑦

⑨

⑨

⑨

⑨

⑮

⑮⑬

⑬⑪

⑪

⑪

④

④

④

④

④

④④④

④

④

④

④

④

⑯

⑭

⑫

⑮

⑬

㉓㉑

㉑

⑲

⑲

⑲

⑰

⑰

⑰ ⑰

⑮

⑮ ⑮

⑬

⑬ ⑬

⑪

⑪ ⑪

⑪

⑨

⑨ ⑨

⑨⑨

⑨

⑦ ⑦

⑦

⑦⑦

⑦

⑥③

③

③④

④

④

④

⑤

⑤⑤

⑤

⑥

⑥⑥

⑥㉒

㉒

⑳

⑳

⑱

⑱

⑱

⑯

⑯⑯

⑭

⑭⑭

⑫

⑫⑫

⑩

⑩⑩

⑩

⑩

⑧

⑧⑧

⑧

⑧⑧

⑨ ⑩

⑪

④80×50 VPCS2108

50×40 VPCH 207H

80×50 VPCH 208H

100×80 VPCH 209H 150×100 VPCH

210H

250×200 VPCH330H

300×250 VPCH380H

200×150 VPCH 212HS

200×150 VPCH 213HS

100×80 VPCS 2109

100×80 VPCS 2208 150×100 VPCS

2010

150×100 VPCS2110 200×150

VPCS2011 200×150

VPCS4013

1450min-1

500×400 VPCS6028980min-1

300×200VPCS2013

300×200 VPCS4015

1450min-1 350×250 VPCS 43001450min-1

200×150 VPCS2006

1450min-1 200×150 VPCS 1H350K 1450min-1

400×350 VPCS4362

1480min-1

400×350 VPCS 4022

1480min-1

400×350 VPCS40220

1480min-1

350×250 VPCS

40191480min-1

①

350×250 VPCS 4119

1480min-1350×250 VPCS 4017 1450min-1

400×350 VPCS 6019 960min-1

700×600 VPCS

8725730min-1

700×500 VPCS8720

730min-1

600×450 VPCS

6575980min-1

600×400 VPCS 6810 980min-

500×400 VPCS 6029D980min-

500×400 VPCS 6029980min-

500×400 VPCS 4415

1480min-1500×350 VPCS 6022 980min-1

80×50VPCS2009

50Hz

25 30 40 50 60 80 100 200 300 400 500 600 800 1000 1500 2000 3000 3500 USGPM

2950min－1

50Hz

Construction

Metallurgy Materials JIS/ASTM-AISI Name of Parts C. Steel C. Steel 12% Cr. Steel 316 S. SteelDischarge Head SCPH2/A216WCB SCPL1/A352LCB SCS1/A743CA15 SCS14A/A743CF8MInner Casing S35C/A105 SFL2/A350 Gr.LF2 SUS420J1/AISI 420 SCS316/A182 F316Barrel SB410, SFVC2A, SM400B/ STPL380, SLA235B, SFL2/ SB410, SFVC2A, SM400B/ SUS316TP,SUS316/ A285, A105, A131 A333, A662 Gr.A, A350 A285, A105, A131 A312 TP316, A240 Type316Impeller SCS1/A743 CA15 SCS13A/A743 CF8 SUS1/A743 CA15 SCS14A/A743 CF8MShaft SUS403/A276 SNC815/A322 SUS403/A276 SUS316/A276Case Wear Ring SUS402J1/A276 FCD400/A536 SUS420J1/A276 SUS316/A276Impeller Wear Ring SUS420J2/A276 SUS304/A276 SUS420J2/A276 SUS316/A276Sleeve for SUS316/A276 SUS316/A276 SUS316/A276 SUS316/A276Mechanical Seal

Model VPCH

For Process Performance Ranges For Process

Thrust Bearing: The thrust bearings consist of back-to-back angular contact bearings. Standard lubrication system is flood.

Mechanical Seal: A balanced cartridge type mechanical seal is utilized. It is flushed and vented to provide reliable service over a wide range of pressures with ease of replacement.

Balancing Piston: To balance shaft thrust and reduce thrust imposed on thrust-bearing, a balancing piston is incorporated.

Discharge Head: The high pressure types utilize casting construction. The casings possess adequate strength against inner pressure and sufficient rigidity against outer stress.

Intermediate Bearings: Bearing materials, are selected according to the liquid to be pumped. In addition, the number of bearings is determined in relation of critical speed and shaft length.

Impeller: The impeller at each stage is enclosed type with all surfaces machine finished so that the highest hydraulic effi-ciency may be obtained In addition, the first stage impeller is incorporates a unique design for enhancing the suction performance, and minimizing the NPSH requirement.

Intermediate Casing: Hydraulically efficient casing design, based on many years experience, minimizes pump friction losses.

Inducer: Incorporation of an inducer on the inlet side of the first stage impeller improves suction. Inducer may reduce barrel length for restrictive installations.

Suction Can (Barrel): The welded barrel ensures high reliability.

Notes: Other materials supplied on request.Standard MaterialsOptional Materials

These selection charts are prepared for preliminary selection. Refer to individual performance curves for final selection.○ denotes B.E.P. of the performance with an impeller of maximum diameter.The number of stages is indicated in the circle.

6 7

T.D

. HE

AD

CAPACITY

1000

1500

4000

3000

2000

1000

600

800

500

400

300

200

100

ft

9000

8000

7000

6000

4000

5000

3000

2000

1000

800

700

ft

m3/h

800

600

500

400

300

200

100

80

60

50

40

306 7 8 9 10 20 30 40 60 80 100 200 300 400 500 600 800 1000 2000 3000 400050006000

⑯⑭

⑫

⑮⑬

⑤ ⑤

⑦ ⑦⑥ ⑥

⑧ ⑧⑨ ⑨

⑩⑪

⑯⑭⑫

⑮⑬

⑩⑪

③ ③

③ ③

③

③

②

② ②②

②

②

②

②

②

②②

②②

②

②②

①

①

①①

①①

①

①

①

①

①

①

①

①

①

①

①

①

①

②

②

④

④ ④

④

⑤

⑦⑥

⑧ ⑨

⑭

⑫⑮⑬

⑩ ⑪

④⑤

⑦⑥

⑧⑨

⑯⑭⑫

⑮

⑬

⑩⑪

④ ⑤

⑤⑦

⑦

⑥

⑥⑧

⑧⑨

⑨

⑭

⑫

⑫⑮⑬

⑩

⑩⑪

⑪

④

④ ③

③③

③ ③

③③

③③

⑤

⑤⑤ ⑤

⑤

⑤⑦

⑥

⑥⑥

⑧⑨

④

④ ④

④④

④

④④④

⑯

⑭

⑫

⑮

⑬

⑲

⑰

⑰

⑮

⑬

⑪

⑨

⑱

⑱

⑯

⑭

⑫

⑩

⑧

⑨⑩

⑪

50×40 VPCH 207H

80×50 VPCH 208H

⑮

⑬

⑪ ⑪

⑨ ⑨

⑦

⑦

⑦

⑦⑦

⑥

⑥③

③

③④

④④

④⑤

⑤⑤

⑤⑥

⑥

⑯

⑭

⑫⑫

⑩

⑩

⑧

⑧

⑧

100×80 VPCH 209H

250×200 VPCH 330H 300×250

VPCH380H

200×150 VPCH 212HS

200×150 VPCH 213HS

150×100 VPCH 210H

300×200VPCS 4015

1750min-1

150×100VPCS 2010

100×80 VPCS 2109

80×50 VPCS 2009

100×80 VPCS 2208

150×100 VPCS 2110

200×150 VPCS 2006

1750min-1

200×150 VPCS 1H350K

1750min-1

400×350 VPCS 6019 1160min-1

500×350 VPCS 6022

1180min-1

500×400 VPCS 6028

1180min-1

300×200 VPCS 2013

80×50 VPCS 2108

500×400 VPCS 4415

1780min-1

400×350 VPCS 4362

1780min-1

300×250VPCS 4017

1750min-1

350×250VPCS 4300

1750min-1

350×250VPCS 4019

1780min-1

400×350VPCS 4022D

1780min-1

400×350 VPCS4022 1780min-1

500×400VPCS 6029

1180min-1 500×400VPCS 6029D

1180min-1

600×400 VPCS 6810 1180min-1

350×250VPCS 4119

1780min-1

600×450VPCS 6575

1180min-1

700×600VPCS 8725

890min-1

700×500VPCS 8020

890min-1

250×150VPCS 4013

1750min-1

200×150 VPCS

2011

30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 50006000 800010000 20000 25000 USGPM

3550 min－1 unless otherwise designated

Model VPCS

m

T.D

. HE

AD

2000

1500

1000

3000

800

600

500

400

300

200

m

60Hz

CAPACITY

m3/h6 8 10 20 30 40 50 60 80 100 200 300 400 500 600 800 1000

30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 USGPM

3550 min－1

Model VPCH 60Hz

K

E

A

DC

M

M

O

LF

B

SN

DN

N

EQUALIZING

VIEW FROM X

X

K

E

A

DC

M

M

O

LF

B

SN

DN

N

EQUALIZING

VIEW FROM X

X

Performance Ranges For Process Dimensions

Model VPCS

Model VPCS

Model VPCH

Model VPCH

For Process

These selection charts are prepared for preliminary selection. Refer to individual performance curves for final selection.○ denotes B.E.P. of the performance with an impeller of maximum diameter.The number of stages is indicated in the circle.

Notes: Dimensions are in mm and for guidance only.Certified drawings will be provided in all cases of actual construction.

PUMP SIZE SN DN A B C D E F K M N O 80×50 2108, 2009 80 50 213.5 213.5 320 300 318.5 1,200 50 600 210.5 380 100×80 2208, 2109 100 80 233 233 320 300 318.5 1,250 50 600 248 380 150×100 2010, 2110 150 100 243.5 243.5 350 300 355.6 1,350 50 600 271.5 400 200×150 2011 200 150 304.5 304.5 400 400 406.4 1,500 50 750 352.5 400 200×150 2006 200 150 435 435 600 600 744 1,850 65 1,300 455 700 200×150 1H350K 200 150 365 365 550 550 638 1,700 60 1,100 468 550 250×150 4013 250 150 365 365 550 550 638 1,950 65 1,100 422 600 300×200 2013 300 200 440 440 650 650 744 1,800 70 1,300 500 700 300×200 4015 300 200 445 445 650 650 744 2,100 75 1,300 505 700 350×250 4017 350 250 483 483 700 700 850 2,200 75 1,300 548 750 350×250 4300 350 250 460 460 650 600 674 2,200 70 1,300 530 750 350×250 4019, 4119 350 250 508 508 780 780 956 2,200 80 1,450 608 850 400×350 4362 400 350 463 463 800 800 874 2,200 70 1,400 568 900 400×350 4022 400 350 470 470 800 800 1,082 2,350 70 1,600 590 900 400×350 4022D 400 350 510 510 900 880 1,232 2,400 70 1,700 547 1,000 400×350 6019 400 350 463 463 800 800 1,074 2,400 70 1,600 583 830 500×350 6022 500 350 598 598 950 950 1,174 2,500 85 1,800 713 1,050 500×400 4415 500 400 550 550 900 900 1,082 2,400 80 1,600 590 900 500×400 6028 500 400 550 550 1,100 1,100 1,324 2,400 80 1,800 690 1.300 500×400 6029 500 400 584 584 1,000 1,000 1,332 2,800 90 1,800 739 1,100 500×400 6029D 500 400 700 700 1,100 1,100 1,426 2,800 110 2,050 855 1,116 600×450 6575 600 450 650 650 1,200 1,200 1,382 2,600 - - 680 1,100 600×400 6810 600 400 650 650 1,400 1,400 1,588 2,600 - - 700 1,150 700×600 8725 700 600 675 675 1,500 1,500 1,738 2,900 - - 700 1,250 700×500 8020 700 500 675 675 1,700 1,700 1,994 2,900 - - 700 1,350

PUMP SIZE SN DN A B C D E F K M N O 50×40 207H 50 40 198.5 198.5 400 400 406.4 1,450 50 800 198.5 480 80×50 208H 80 50 253.5 253.5 450 450 482 1,550 60 900 253.5 480 100×80 209H 100 80 298.5 298.5 450 450 482 1,700 60 900 293.5 480 150×100 210H 150 100 306.5 306.5 540 540 588 1,850 60 1,000 344.5 530 200×150 212HS 200 150 353.5 353.5 600 600 694 1,900 70 1,200 373.5 600 200×150 213HS 200 150 358.5 358.5 600 600 744 1,900 75 1,300 378.5 600 250×200 330H 250 200 370.5 370.5 570 630 794 2,000 75 1,300 390.5 600 300×250 380H 300 250 395.5 395.5 620 680 894 2,100 75 1,500 415.5 650

Dimensions: mm

Dimensions: mm

6 7

T.D

. HE

AD

CAPACITY

1000

1500

4000

3000

2000

1000

600

800

500

400

300

200

100

ft

9000

8000

7000

6000

4000

5000

3000

2000

1000

800

700

ft

m3/h

800

600

500

400

300

200

100

80

60

50

40

306 7 8 9 10 20 30 40 60 80 100 200 300 400 500 600 800 1000 2000 3000 400050006000

⑯⑭

⑫

⑮⑬

⑤ ⑤

⑦ ⑦⑥ ⑥

⑧ ⑧⑨ ⑨

⑩⑪

⑯⑭⑫

⑮⑬

⑩⑪

③ ③

③ ③

③

③

②

② ②②

②

②

②

②

②

②②

②②

②

②②

①

①

①①

①①

①

①

①

①

①

①

①

①

①

①

①

①

①

②

②

④

④ ④

④

⑤

⑦⑥

⑧ ⑨

⑭

⑫⑮⑬

⑩ ⑪

④⑤

⑦⑥

⑧⑨

⑯⑭⑫

⑮

⑬

⑩⑪

④ ⑤

⑤⑦

⑦

⑥

⑥⑧

⑧⑨

⑨

⑭

⑫

⑫⑮⑬

⑩

⑩⑪

⑪

④

④ ③

③③

③ ③

③③

③③

⑤

⑤⑤ ⑤

⑤

⑤⑦

⑥

⑥⑥

⑧⑨

④

④ ④

④④

④

④④④

⑯

⑭

⑫

⑮

⑬

⑲

⑰

⑰

⑮

⑬

⑪

⑨

⑱

⑱

⑯

⑭

⑫

⑩

⑧

⑨⑩

⑪

50×40 VPCH 207H

80×50 VPCH 208H

⑮

⑬

⑪ ⑪

⑨ ⑨

⑦

⑦

⑦

⑦⑦

⑥

⑥③

③

③④

④④

④⑤

⑤⑤

⑤⑥

⑥

⑯

⑭

⑫⑫

⑩

⑩

⑧

⑧

⑧

100×80 VPCH 209H

250×200 VPCH 330H 300×250

VPCH380H

200×150 VPCH 212HS

200×150 VPCH 213HS

150×100 VPCH 210H

300×200VPCS 4015

1750min-1

150×100VPCS 2010

100×80 VPCS 2109

80×50 VPCS 2009

100×80 VPCS 2208

150×100 VPCS 2110

200×150 VPCS 2006

1750min-1

200×150 VPCS 1H350K

1750min-1

400×350 VPCS 6019 1160min-1

500×350 VPCS 6022

1180min-1

500×400 VPCS 6028

1180min-1

300×200 VPCS 2013

80×50 VPCS 2108

500×400 VPCS 4415

1780min-1

400×350 VPCS 4362

1780min-1

300×250VPCS 4017

1750min-1

350×250VPCS 4300

1750min-1

350×250VPCS 4019

1780min-1

400×350VPCS 4022D

1780min-1

400×350 VPCS4022 1780min-1

500×400VPCS 6029

1180min-1 500×400VPCS 6029D

1180min-1

600×400 VPCS 6810 1180min-1

350×250VPCS 4119

1780min-1

600×450VPCS 6575

1180min-1

700×600VPCS 8725

890min-1

700×500VPCS 8020

890min-1

250×150VPCS 4013

1750min-1

200×150 VPCS

2011

30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 50006000 800010000 20000 25000 USGPM

3550 min－1 unless otherwise designated

Model VPCS

m

T.D

. HE

AD

2000

1500

1000

3000

800

600

500

400

300

200

m

60Hz

CAPACITY

m3/h6 8 10 20 30 40 50 60 80 100 200 300 400 500 600 800 1000

30 40 50 60 80 100 200 300 400 500 600 800 1000 2000 3000 4000 USGPM

3550 min－1

Model VPCH 60Hz

K

E

A

DC

M

M

O

LF

B

SN

DN

N

EQUALIZING

VIEW FROM X

X

K

E

A

DC

M

M

O

LF

B

SN

DN

N

EQUALIZING

VIEW FROM X

X

Performance Ranges For Process Dimensions

Model VPCS

Model VPCS

Model VPCH

Model VPCH

For Process

These selection charts are prepared for preliminary selection. Refer to individual performance curves for final selection.○ denotes B.E.P. of the performance with an impeller of maximum diameter.The number of stages is indicated in the circle.

Notes: Dimensions are in mm and for guidance only.Certified drawings will be provided in all cases of actual construction.

PUMP SIZE SN DN A B C D E F K M N O 80×50 2108, 2009 80 50 213.5 213.5 320 300 318.5 1,200 50 600 210.5 380 100×80 2208, 2109 100 80 233 233 320 300 318.5 1,250 50 600 248 380 150×100 2010, 2110 150 100 243.5 243.5 350 300 355.6 1,350 50 600 271.5 400 200×150 2011 200 150 304.5 304.5 400 400 406.4 1,500 50 750 352.5 400 200×150 2006 200 150 435 435 600 600 744 1,850 65 1,300 455 700 200×150 1H350K 200 150 365 365 550 550 638 1,700 60 1,100 468 550 250×150 4013 250 150 365 365 550 550 638 1,950 65 1,100 422 600 300×200 2013 300 200 440 440 650 650 744 1,800 70 1,300 500 700 300×200 4015 300 200 445 445 650 650 744 2,100 75 1,300 505 700 350×250 4017 350 250 483 483 700 700 850 2,200 75 1,300 548 750 350×250 4300 350 250 460 460 650 600 674 2,200 70 1,300 530 750 350×250 4019, 4119 350 250 508 508 780 780 956 2,200 80 1,450 608 850 400×350 4362 400 350 463 463 800 800 874 2,200 70 1,400 568 900 400×350 4022 400 350 470 470 800 800 1,082 2,350 70 1,600 590 900 400×350 4022D 400 350 510 510 900 880 1,232 2,400 70 1,700 547 1,000 400×350 6019 400 350 463 463 800 800 1,074 2,400 70 1,600 583 830 500×350 6022 500 350 598 598 950 950 1,174 2,500 85 1,800 713 1,050 500×400 4415 500 400 550 550 900 900 1,082 2,400 80 1,600 590 900 500×400 6028 500 400 550 550 1,100 1,100 1,324 2,400 80 1,800 690 1.300 500×400 6029 500 400 584 584 1,000 1,000 1,332 2,800 90 1,800 739 1,100 500×400 6029D 500 400 700 700 1,100 1,100 1,426 2,800 110 2,050 855 1,116 600×450 6575 600 450 650 650 1,200 1,200 1,382 2,600 - - 680 1,100 600×400 6810 600 400 650 650 1,400 1,400 1,588 2,600 - - 700 1,150 700×600 8725 700 600 675 675 1,500 1,500 1,738 2,900 - - 700 1,250 700×500 8020 700 500 675 675 1,700 1,700 1,994 2,900 - - 700 1,350

PUMP SIZE SN DN A B C D E F K M N O 50×40 207H 50 40 198.5 198.5 400 400 406.4 1,450 50 800 198.5 480 80×50 208H 80 50 253.5 253.5 450 450 482 1,550 60 900 253.5 480 100×80 209H 100 80 298.5 298.5 450 450 482 1,700 60 900 293.5 480 150×100 210H 150 100 306.5 306.5 540 540 588 1,850 60 1,000 344.5 530 200×150 212HS 200 150 353.5 353.5 600 600 694 1,900 70 1,200 373.5 600 200×150 213HS 200 150 358.5 358.5 600 600 744 1,900 75 1,300 378.5 600 250×200 330H 250 200 370.5 370.5 570 630 794 2,000 75 1,300 390.5 600 300×250 380H 300 250 395.5 395.5 620 680 894 2,100 75 1,500 415.5 650

Dimensions: mm

Dimensions: mm