javelin jv catalogue.pdf

7/24/2019 javelin jv catalogue.pdf

1/44

JV, JVI, JVN

Vertical Multistage

Centrifugal Pump, 50Hz


2/44

General Data

Performance scope ................................................................................................................ 3

Product data ........................................................................................................................... 4

Applications ............................................................................................................................ 5

Pump ......................................................................................................................................... 5Electric Motors ....................................................................................................................... 5

Definition of Model ............................................................................................................. 5

Motor .......................................................................................................................................... 6

Mechanical seal ...................................................................................................................... 6

Sectional drawing ................................................................................................................. 7

Maximum operating and inlet pressure ...................................................................... 8

Performance curves ............................................................................................................. 9

Minimum inlet pressure NPSH ...................................................................................... 10

Operation in parallel .......................................................................................................... 10

Pumped liquids ........................................................................................................................................... 11

Technical Data

JV, JVI, JVN 1 .......................................................................................................................... 13

JV, JVI, JVN 3 .......................................................................................................................... 16

JV, JVI, JVN 5 .......................................................................................................................... 19

JV, JVI, JVN 10 ........................................................................................................................ 22

JV, JVI, JVN 15 ........................................................................................................................ 25

JV, JVI, JVN 20 ........................................................................................................................ 28

JV, JVI, JVN 32 ........................................................................................................................ 31

JV, JVI, JVN 45 ........................................................................................................................ 34JV, JVI, JVN 64 ......................................................................................................................... 37

JV, JVI, JVN 90 ......................................................................................................................... 40

JV, JVI, JVNVertical Multistage Centrifugal Pump, 50Hz


3/443J AVEL IN - V E R T I C A L M U LT I S T AG E C E N T R I F U G A L P U M P S

C O N T E N T S

Performance Scope

H[m]

400

300

200

100

80

60

40

30

20

10

0.7 1 2 3 4 5 6 8 10 20 30 40 50 60 80 100 120 Q[m3/h]

JVI/JVN50Hz

JV1

JVI1

JVN1

JV3

JVI3

JVN3

JV5

JVI5

JVN5

JV10

JVI10

JVN10

JV15

JVI15

JVN15

JV20

JVI20

JVN20

JV32

JVI32

JVN32

JV45

JVI45

JVN45

JV64

JVI64

JVN64

JV90

JVI90

JVN90


4/44 JAVEL IN - V E R T I C A L M U LT I S T AG E C E N T R I F U G A L P U M P S

G E N E R A L D A T A

1 3 5 10 15 20 32 45 64 90

50Hz

025101531)h/3m(wolflanimoN

92-5.015.32-5.831-55.8-5.25.4-2.14.2-7.0)h/3m(egnarwolF

3.42325.1242325.12)rab(erusserp.xaM

Fluid temperature (C)

5.81-1.151-1.15.7-73.05.5-73.03-73.02.2-73.0)Wk(rewoprotoM

Version

JVCast iron and

stainless steel EN 1.4301/AISI 304

JVI:

Stainless steel EN 1.4301/AISI 304

JVN:

Stainless steel EN 1.4401/AISI 316

Motor

Mains connection 1~(V/Hz)

(Permissible voltage tolerance 10%)

Mains connection 3~(V/Hz)(Permissible voltage tolerance 10%)

Insulation class

Protection class

Ambient temperature

JV Pipe Connection

DN 25 DN 25 DN 25

DN 32 DN 32 DN 32

JVI, JVN Pipe Connection

DN 25 DN 25 DN 25

DN 32 DN 32 DN 32

R 11/4 R 1

1/4 R 1

1/4 R 2 R 2 R 2

DN 32 DN 32 DN 32 DN50 DN50 DN50

SiC/SiC

Seals

EPDM

Viton

Standard

Standard

JV, JVI, JVN

-15 to +120

50C

220-240 V 50 Hz

Range

0.37-7.5 kW 220-240/380-415 V 50 HzFrom 11 kW 380-415 V 50 Hz

F

DN 50

Flange DN 40

IP 55

DN 50 DN 50

Victaulic-connections

Flange DN 40 DN 50

Product Data

DN 65 DN80 DN100 DN100

32 45 64 90

15-40 22-58 30-85 45-120

27.5 33 21.8 20

1.5-30 3-45 4-45 5.5-45

N/A N/A N/A N/A

DN 65 DN80 DN100 DN100




Wat rr Prr t r cx rr t a

at t rr at .

r W t c fir t rc at t

t c

a, -c c a a x at c t

t,tar cr t.

Ia ar r a fl a

WaterTrea Wat t a v t a t fia

a t.

Applications

Definition of Model

PumpT JV, r ver vc

c c r rt cc t

rr P t r t r rec c r

ar t tce.

JV, av ffer t r rr

rre.

Electric motors

r t W t -c r tr.

r

Ia

r v V

r V

T t av ffic a reerr t

tar

JV - 10 - 5 - SQQE

T R




Motor

Mechanical SealsList of Materials

Type of Seal

Q : Silicon carbide

U : Tungsten carbide

B : Carbon

E : EPDM

V : Viton

Seal Type JV

1-90

JVI

1-90

JVN

1-90

Mechanical Seals

S : Cartridge seal

Q Q

UU Optional Optional Optional

UB Optional Optional Optional

Seals

E

V

Standard Cartridge type mechanical

seal made of Silicon Carbide/Silicon

Carbide/EPDM or Viton. Based on the

type of application, alternative

materials are available for the seal

and the elastomers. The cartridge

type mechanical seal can be

replaced in minutes without special

tools and without dismantling the

pump.




Sectional drawing

36 Pump head Cast Iron EN-GJL-200 ASTM 25B EN-GJS-450-10ASTM

70-50-05EN-GJS-450-10

ASTM

70-50-05

613ISIA1044.1403ISIA1034.1leetssselniatSrevocdaehpmuP65

18 Impeller Stainless steel 1.4301 AISI 304 1.4301 AISI 304 1.4401 AISI 316

37 Shaft Stainless steel 1.4057 AISI 431 1.4057 AISI 431 1.4401 AISI 316

48 Outer Sleeve Stainless steel 1.4301 AISI 304 1.4301 AISI 304 1.4401 AISI 316

82 O-ring for outer sleeve EPDM

12 Chamber Stainless steel 1.4301 AISI 304 1.4301 AISI 304 1.4401 AISI 316

24 Neck ring PTFE

Base Cast Iron EN-GJL-200 ASTM 25B

613ISIA1044.1403ISIA1034.1leetssselniatSesaB

B52MTSA002-LJG-NEB52MTSA002-LJG-NEnorItsaCetalpesaB26

44 Coupling Fe-Cu-C SINT C11MPIF

FC0525SINT C11

MPIF

FC0525SINT C11

MPIF

FC0525

57 Mechanical seal Cartridge type

N/A

Standard

EN/DIN AISI/ASTM

Standard

EN/DIN AISI/ASTM

N/A

Standard

EN/DIN AISI/ASTM

JV 1, 3, 5, 10, 15, 20, 32, 45, 64, 90 JVI 1, 3, 5, 10, 15, 20, 32, 45, 64, 90 JVN 1, 3, 5, 10, 15, 20, 32, 45, 64, 90

59

N/A

N/A

Pos. Name Material

-N/JVIVJ0, 32, 45, 64, 902,51,01,5,3,1 0, 32, 45, 64, 902,51,01,5,3,1-VJ

Standard

Standard




Maximum Operating and inlet pressure

t fow rr rr rr

Stages Maximum Operating Pressure Stages Maximum Inlet Pressures

JV, JVI, JVN 1

2 - 36 25 bar 2 - 36 10 bar

JV, JVI, JVN 3

2 - 36 2 - 29 10 bar

31 - 36 15 bar

JV, JVI, JVN 5

2 - 16 10 bar

18 - 36 15 bar

JV, JVI, JVN 10

1 - 16 16 bar 1 - 6 8 bar

17 - 22 25 bar 7 - 22 10 bar

JV, JVI, JVN 15

1 - 10 16 bar 1 - 3 8 bar

12 - 17 25 bar 4 - 17 10 bar

JV, JVI, JVN 20

1 - 10 16 bar 1 - 3 8 bar

12 - 17 25 bar 4 - 17 10 bar

JV, JVI, JVN 32

(1-1) - 7 16 bar (1 -1)- 4 4 bar

(5-2) - 10 10 bar

(11-2) - 14 15 bar

JV, JVI, JVN 45

(1-1) - 5 16 bar (1-1) - 2 4 bar

(6-2) - 11 30 bar (3-2) - 5 10 bar

(12-2) - (13-2) 33 bar (6-2) - (13-2) 15 bar

JV, JVI, JVN 64

(1-1) - 5 16 bar (1-1) - (2-2) 4 bar

(2-1) - (4-2) 10 bar

(4-1) - (8-1) 15 bar

JV, JVI, JVN 90

(1-1) - 4 16 bar (1-1) - 1 4 bar

(2-1) - (3-2) 10 bar

3 - 6 15 bar

25 bar

25 bar

30 bar

30 bar

30 bar(5-2) - 6

(6-2) - (8-1)

(8-2) - 14

2 - 36




Conditions for the performance curves:

1. All the performance curves are based on the

measured values of a motor 3x380V ~ 415V at a

constant speed of 2900 rpm.

2. Curve tolerance in conformity with ISO9906,

Appendix A.

Performance Curves

JV

NSPH curve shows

the average value of all

curves of this series. A

safety margin of 0.5m

shall be taken into

consideration when

making a selection.

Eta curve represents

efficiency of the pump.

For the pump equipped

with the smaller impeller,

its efficiency will be 2%

lower than that shown

by the curve.

Pump H-Q curve, the

thickened line

represents

recommended

performance region

Model and frequency of pump

Stage

First number:

Stage x 10

Second number:

Number of small impeller

3. Measurement is done with 20 C air-free water,

kinematic viscosity of 1mm/sec.

4. The operation of pump shall refer to the performance

region indicated by the thickened curve

to prevent overheating due to too small flow rate

or overload of motor due to too large flow rate.




Minimum inlet pressure NPSH

Operation in parallel

Two pumps or more can be connected in parallel

running if necessary.

If the pressure in pump is lower than the vapour

pressure used to convey liquid, cavitation will occur. Toavoid cavitation, a minimum pressure at the inlet side of

the pump shall be guaranteed. The maximum suction lift

can be calculated with following formula:

H = Pb x 10.2 - NPSH - Hf - Hv - Hs

Pb = atmosphere pressure [bar] (can be set as 1 bar)

In a closed system, Pb means system pressure [bar]

NPSH= Net positive suction head [m], It can be read out

Hf = Pipeline loss at the inlet [m]

Hv = Steam pressure [m]

Hs = Safety margin Minimum 0.5m delivery head

If the calculated result H is positive, the pump may run

under the max. suction lift H. In case the calculated

result H is negative, a delivery head of min. inlet pressure is

necessary.

Operation in parallel

- Connecting several pumps in a parallel running mode will

benefit the reliability of the system compared to a single

pump system.

- Applicable to different working states required by a variable

flow system.

- Increasing the availability of water supply if a pump fails:

only a part of the system flow is affected.

Check and ensure that the pump is not at cavitation

state.

from the point of possible max. flow rate shown on

NPSH curve




Pumped Liquids

JV, JVI, JVNpumps can handle a wide variety of liquids, each with its own characteristic.

JV, JVI

Non-corrosive liquids

For fluid transfer, circulation and pressure boosting of cold or hot clean water.

JVN

Industrial liquids

Light acids

The fluids covered in the list are not complete. Data on the application of different pump materials

when handling any of the listed fluids are considered to be the best choices. However, the table is intended

as a general guide only, and cannot replace actual testing of the pumped fluids and pump materials underspecific working conditions.

When choosing the pump version, sufficient attention should be given to the flow medium, such as density,

solidification point, viscosity as well as ex-protection requirements. The limits of applicability of the pumps,

based on pressure and temperature must also be considered.

EPDM Viton EPDM Viton

C52edirdyhnadicacitecA

Alkaline cleaner

C52,%01etahplusmuinimulA

C04,%02)edixordyh.A(retawainommA

C04,%01etanobracnegordyhainommA

C09,%01dicaciozneB

C06,noitulosdetarutasnUdicaciroB

C06lonatuB

C05,%03etatecamuiclaC

C05,noitulosdetarutaSedixordyhmuiclaC

C02,%1dicacimorhC

C09etasnednoC

C06,noitulosdetarutasnUetahplusreppoC

C05)retawdetanilasedylluf(cinoieD

C02,%001lonahtE

Ehylene glycol/Diethylene glycol 40%, 70C

C52rexiF

C02,%5dicacimroF

C05eciujtiurF

Pumped fluid Fluid Concentration,temperature

JVI JVN

This table is intended as a general guide only and cannot replace actual testing of the pumped liquids and pump materials under specific working conditions.




C05,%05enirecylG

Heating oil (Light)

C001,%001liociluardyH

Isopropanol

C02,%01dicacitcaL

C02,%001dicacieloniL

C06liodeesniL

C06rueuqiL

C08lioeziaM

C05,%05dicacielaM

C02,%001lonahteM

C08,%001liorotoM

C001erutxim-retaw-liO

C02,%1dicacilaxO

C08,%001liotunaeP

C02,%02dicacirohpsohP

C09slocylgyloP

C07,%04slocylgenelyhteyloP

C06,%01etanobracmuissatoP

Potassium hydrogen carbonate 10%, 60C

C02,%5etanagnamrepmuissatoP

C08,noitulosdetarutasnUetahplusmuissatoPC08,%001liodeesepaR

%001lioenociliS

C06,%01etanobracmuidoS

C05,%52edixordyhmuidoS

C08,noitulosdetarutasnUetartinmuidoS

C001,%5etahpsohpmuidoS

C06,%01etahplusmuidoS

C52,%5dicaciruhpluS

Water

C53retawloopgnimmiwS

C05cinoieD

C05retawdellitsiD

Decarbonated water

Soft water

Heating water

Boiler water

Pure water

Rinsing water

EPDM Viton EPDM VitonPumped fluid

Fluid Concentration,

temperature

JVI JVN



T E C H N I C A L D A T A

JV, JVI, JVN 1

JV1

50Hz


14/44

Dimensions and weights JV 1

Flange (DIN-ANSI-JIS)

PN25/DN25/32

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

DIN flange

Dimension [mm]

[kW]

JV1-2

JV1-3JV1-4

JV1-5

JV1-6

JV1-7

JV1-8

JV1-9

JV1-10

JV1-11

JV1-12

JV1-13

JV1-15

JV1-17

JV1-19

JV1-21

JV1-23

JV1-25

JV1-27

JV1-30

JV1-33

JV1-36

4 JAVEL IN - V E R T I C A L M U LT I S T AG E C E N T R I F U G A L P U M P S


Weights are indicative only and may change with different motor make & type.




Dimensions and weights JVI, JVN 1


PN25/DN25/32 Victaulic

JVI, JVN 1-2

JVI, JVN 1-3JVI, JVN 1-4

JVI, JVN 1-5

JVI, JVN 1-6

JVI, JVN 1-7

JVI, JVN 1-8

JVI, JVN 1-9

JVI, JVN 1-10

JVI, JVN 1-11


JVI, JVN 1-15

JVI, JVN 1-17

JVI, JVN 1-19

JVI, JVN 1-21

JVI, JVN 1-23

JVI, JVN 1-25

JVI, JVN 1-27

JVI, JVN 1-30

JVI, JVN 1-33

JVI, JVN 1-36

H2

P2

Net weight [kg]

DINModel

Motor

H1 H2H1D1 D2

flange

JVI, JVN

DIN flangeVictaulicVictaulic

Dimension [mm]

[kW]



16/44

JV, JVI, JVN 3

JV3

50Hz








PN25/DN23/32

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

DIN flange

Dimension [mm]

[kW]

JV3-2

JV3-3JV3-4

JV3-5

JV3-6

JV3-7

JV3-8

JV3-9

JV3-10

JV3-11

JV3-12JV3-13

JV3-15

JV3-17

JV3-19

JV3-21

JV3-23

JV3-25

JV3-27

JV3-29JV3-31

JV3-33

JV3-36



18/44



PN25/DN25/32 Victaulic

JVI, JVN 3-2


JVI, JVN 3-5

JVI, JVN 3-6

JVI, JVN 3-7

JVI, JVN 3-8

JVI, JVN 3-9

JVI, JVN 3-10

JVI, JVN 3-11

JVI, JVN 3-12

JVI, JVN 3-13

JVI, JVN 3-15

JVI, JVN 3-17

JVI, JVN 3-19

JVI, JVN 3-21

JVI, JVN 3-23

JVI, JVN 3-25

JVI, JVN 3-27

JVI, JVN 3-29

JVI, JVN 3-31

JVI, JVN 3-33

JVI, JVN 3-36

H2

P2

Net weight [kg]

DINModel

Motor

H1 H2H1D1 D2

flange

JVI, JVN


Dimension [mm]

[kW]







JV, JVI, JVN 5

JV5

50Hz


20/44



PN25/DN25/32

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

D3DIN flange

Dimension [mm]

[kW]

JV5-2

JV5-3

JV5-4

JV5-5

JV5-6

JV5-7

JV5-8

JV5-9

JV5-10

JV5-11

JV5-12

JV5-13

JV5-14

JV5-15

JV5-16

JV5-18

JV5-20

JV5-22

JV5-24

JV5-26

JV5-29

JV5-32

JV5-36





21/44



PN25/DN23/32

Victaulic

JVI, JVN 5-2


JVI, JVN 5-5

JVI, JVN 5-6

JVI, JVN 5-7

JVI, JVN 5-8

JVI, JVN 5-9

JVI, JVN 5-10

JVI, JVN 5-11

JVI, JVN 5-12

JVI, JVN 5-13

JVI, JVN 5-14

JVI, JVN 5-15

JVI, JVN 5-16

JVI, JVN 5-18

JVI, JVN 5-20

JVI, JVN 5-22

JVI, JVN 5-24

JVI, JVN 5-26

JVI, JVN 5-29

JVI, JVN 5-32

JVI, JVN 5-36

H2

P2

Net weight [kg]

DIN

Model

Motor

H1 H2H1D1 D2 D3

flange

JVI, JVN


Dimension [mm]

[kW]

21J AVEL IN - V E R T I C A L M U LT I S T AG E C E N T R I F U G A L P U M P S




22/44

JV, JVI, JVN 10

JV10

50Hz




23/44


Flange (DIN-JIS)

PN16-25/DN40

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

D3

Dimension [mm]

[kW]

DIN flange

JV10-1

JV10-2JV10-3

JV10-4

JV10-5

JV10-6

JV10-7

JV10-8

JV10-9

JV10-10

JV10-12

JV10-14

JV10-16

JV15-18

JV10-20

JV10-22





24/44



PN16-25/DN40

Victaulic

JVI, JVN 10-1

JVI, JVN 10-2

JVI, JVN 10-3

JVI, JVN 10-4

JVI, JVN 10-5

JVI, JVN 10-6

JVI, JVN 10-7

JVI, JVN 10-8

JVI, JVN 10-9

JVI, JVN 10-10

JVI, JVN 10-12

JVI, JVN 10-14

JVI, JVN 10-16

JVI, JVN 10-18

JVI, JVN 10-20

JVI, JVN 10-22

H2

P2

Net weight [kg]

DIN

Model

Motor

H1 H2H1D1 D2 D3

flange

JVI, JVN


Dimension [mm]

[kW]





25/44

JV, JVI, JVN 15

JV15

50Hz




26/44


Flange (DIN)

PN16-25/DN50

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

D3

Dimension [mm]

[kW]

DIN flange

JV15-1

JV15-2

JV15-3

JV15-4

JV15-5

JV15-6

JV15-7

JV15-8

JV15-9

JV15-10

JV15-12

JV15-14

JV15-17









PN16-25/DN50

Victaulic

JVI, JVN 15-1


JVI, JVN 15-4

JVI, JVN 15-5

JVI, JVN 15-6

JVI, JVN 15-7

JVI, JVN 15-8

JVI, JVN 15-9

JVI, JVN 15-10


JVI, JVN 15-17

H2

P2

Net weight [kg]

DIN

Model

Motor

H1 H2H1D1 D2 D3

flange

JVI, JVN


Dimension [mm]

[kW]



28/44

JV, JVI, JVN 20

JV20

50Hz







Flange (DIN)

PN16-25/DN50

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

D3

Dimension [mm]

[kW]

DIN flange

JV20-1

JV20-2

JV20-3

JV20-4

JV20-5

JV20-6

JV20-7

JV20-8

JV20-10

JV20-12

JV20-14

JV20-17



30/44


Flange (DIN-ANSI-JSI)

PN16-25/DN50

Victaulic

JVI, JVN 20-1


JVI, JVN 20-4

JVI, JVN 20-5

JVI, JVN 20-6

JVI, JVN 20-7

JVI, JVN 20-8

JVI, JVN 20-10

JVI, JVN 20-12


H2

P2

Net weight [kg]

DIN

Model

Motor

H1 H2H1D1 D2 D3

flange

JVI, JVN


Dimension [mm]

[kW]







JV, JVI, JVN 32

JV32

50Hz


32/44


PN16-25/DN65

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

D3

Dimension [mm]

[kW]

DIN flange

JV 32-1-1

JV 32-1

JV 32-2-2

JV 32-2

JV 32-3-2

JV 32-3

JV 32-4-2

JV 32-4

JV 32-5-2

JV 32-5

JV 32-6-2

JV 32-6

JV 32-7-2

JV 32-7JV 32-8-2

JV 32-8

JV 32-9-2

JV 32-9

JV 32-10-2

JV 32-10

JV 32-11-2

JV 32-11

JV 32-12-2

JV 32-12

JV 32-13-2JV 32-13

JV 32-14-2

JV 32-14








PN16-25/DN65

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JVI, JVN

D3DIN flange

Dimension [mm]

[kW]

JVI, JVN 32-1-1

JVI, JVN 32-1

JVI, JVN 32-2-2

JVI, JVN 32-2

JVI, JVN 32-3-2

JVI, JVN 32-3

JVI, JVN 32-4-2

JVI, JVN 32-4

JVI, JVN 32-5-2

JVI, JVN 32-5

JVI, JVN 32-6-2

JVI, JVN 32-6

JVI, JVN 32-7-2

JVI, JVN 32-7JVI, JVN 32-8-2

JVI, JVN 32-8

JVI, JVN 32-9-2

JVI, JVN 32-9

JVI, JVN 32-10-2

JVI, JVN 32-10

JVI, JVN 32-11-2

JVI, JVN 32-11

JVI, JVN 32-12-2

JVI, JVN 32-12

JVI, JVN 32-13-2JVI, JVN 32-13

JVI, JVN 32-14-2

JVI, JVN 32-14



34/44

JV, JVI, JVN 45

JV45

50Hz

10 20 30 40 50 60

10

0

1

2

3

4

200 400 600 800 1000

20 30 40 50 60

10 20 30 40 50 60

320

280

240

200

160

120

80

40

P2[KW]

P2 1/1

P2 2/3







140

45

120

160

200

190

251

365

80

265

330

PN16-25-40/DN80

JVI, JVN 45-1-1 3.0 559 879 196 148 280 79.3

JVI, JVN 45-1 4.0 559 894 219 162 280 86.3

JVI, JVN 45-2-2 5.5 639 999 234 199 300 103.8

JVI, JVN 45-2 7.5 639 1039 234 199 300 112.8

JVI, JVN 45-3-2 11.0 829 1274 268 215 350 150.0

JVI, JVN 45-3 11.0 829 1274 268 215 350 150.1

JVI, JVN 45-4-2 15.0 909 1398 268 215 350 164.7

JVI, JVN 45-4 15.0 909 1398 268 215 350 164.7

JVI, JVN 45-5-2 18.5 989 1524 317 242 350 203.4

JVI, JVN 45-5 18.5 989 1524 317 242 350 203.4

JVI, JVN 45-6-2 22.0 1069 1648 317 242 350 217.8

JVI, JVN 45-6 22.0 1069 1648 317 242 350 217.8

JVI, JVN 45-7-2 30.0 1149 1772 317 290 400 306.7 JVI, JVN 45-7 30.0 1149 1772 317 290 400 306.7

JVI, JVN 45-8-2 30.0 1229 1852 317 290 400 310.4

JVI, JVN 45-8 30.0 1229 1852 317 290 400 310.4

JVI, JVN 45-9-2 30.0 1309 1932 317 290 400 314.0

JVI, JVN 45-9 37.0 1309 2034 398 365 400 383.1

JVI, JVN 45-10-2 37.0 1389 2114 398 365 400 386.7

JVI, JVN 45-10 37.0 1389 2114 398 365 400 386.7

JVI, JVN 45-11-2 45.0 1469 2194 398 365 450 418.3

JVI, JVN 45-11 45.0 1469 2194 398 365 450 418.3

JVI, JVN 45-12-2 45.0 1549 2274 398 365 450 421.9

JVI, JVN 45-12 45.0 1549 2274 398 365 450 421.9JVI, JVN 45-13-2 45.0 1629 2354 398 365 450 425.5

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JVI, JVN

D3DIN flange

Dimension [mm]

[kW]





JV, JVI, JVN 64

JV64

50Hz

20

50

100

150

200

40 60 80

20

0

2

4

6

8

200 400 600 800 1000 1200 1400

40 60 80

20 40 60 80

P2[KW]

P2 1/1

P2 2/3





142

48

1

50

1

80

2

20

188

247

365

100

268

330

Flange (DIN)

PN16/DN100

48

150

190

235

100

268

330

PN25-40/DN100

8X22

JV 64-1-1 4.0 563 898 219 162 280 88.76

JV 64-1 5.5 563 923 234 199 300 102.64

JV 64-2-2 7.5 646 1046 234 199 300 115.58

JV 64-2-1 11.0 756 1201 268 215 350 149.16

JV 64-2 11.0 756 1201 268 215 350 149.16

JV 64-3-2 15.0 838 1327 268 215 350 164.62

JV 64-3-1 15.0 838 1327 268 215 350 164.62

JV 64-3 18.5 838 1373 317 242 350 199.62

JV 64-4-2 18.5 921 1456 317 242 350 203.52

JV 64-4-1 22.0 921 1500 317 242 350 214.28

JV 64-4 22.0 921 1500 317 242 350 214.28

JV 64-5-2 30.0 1003 1626 317 290 400 303.43

JV 64-5-1 30.0 1003 1626 317 290 400 303.43JV 64-5 30.0 1003 1626 317 290 400 303.43

JV 64-6-2 30.0 1086 1709 317 290 400 307.29

JV 64-6-1 37.0 1086 1811 398 365 400 376.29

JV 64-6 37.0 1086 1811 398 365 400 376.29

JV 64-7-2 37.0 1168 1893 398 365 400 380.24

JV 64-7-1 37.0 1168 1893 398 365 400 380.24

JV 64-7 45.0 1172 1897 398 365 450 408.24

JV 64-8-2 45.0 1255 1980 398 365 450 412.24

JV 64-8-1 45.0 1255 1980 398 365 450 412.24

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JV

D3DIN flange

Dimension [mm]

[kW]

snemiD heigwndasnois 4V 6Jsth

Flange (DIN)

8X22

PN25-40/DN100

330

268

100

235

190

150

48

365

247

188

142

PN16/DN100

Flange (DIN)

330

268

100

2

20

1

80

1

50

48

JV

Model

JV 64-2

64-2-1JV

64-2-2JV

JV 64-1

64-1-1JV

][kW

DIN flange

H1

2P

orMot

7511.0

7511.0

47.5

5635.5

5634.0

imension [mm]

D

DIN flange

JV

D2D1H2

21512 1 2

21512 1 2

1991 4 2 4

199234923

162219898

D3flange

DIN

t [keighNet w

6149.1350215

6149.1350215

8115.5300199

4102.6030199

688.7280162

g]t [k

JV 64-564-5-1JV

64-5-2JV

JV 64-4

64-4-1JV

64-4-2JV

JV 64-3

64-3-1JV

64-3-2JV

130.0130.0

130.0

2122.0

2122.0

2118.5

18.5

15.0

15.0

2903171003 16262903171003 1626

2903171003 1626

24215 17

24215 17

242145 17

2421 7 17

2151 27 2

2151 27 2

3303.44002903303.4400290

3303.4400290

8214.2350242

8214.2350242

2203.5350242

2199.6350242

2164.6350215

2164.6350215

64-8-1JV

64-8-2JV

JV 64-7

64-7-1JV

64-7-2JV

JV 64-6

64-6-1JV

64-6-2JV

125545.0

125545.0

117245.0

116837.0

1137.0

137.0

108637.0

130.0

3653981255 1980

3653981255 1980

3653981172 1897

3653981168 1893

3653981168 1893

3653981086 1811

3653981086 1811

2903171086 1709

4412.2450365

4412.2450365

4408.2450365

4380.2400365

4380.2400365

9376.2400365

9376.2400365

9307.2400290






140

45

15

0

18

0

22

0

190

251

365

100

265

330

Flange (DIN)

PN16/DN100

45

150

190

235

100

265

330

Flange (DIN)

PN25-40/DN100

8X22

JVI, JVN 64-1-1 4.0 563 898 219 162 280 81.94

JVI, JVN 64-1 5.5 563 923 234 199 300 95.82

JVI, JVN 64-2-2 7.5 646 1046 234 199 300 108.75

JVI, JVN 64-2-1 11.0 756 1201 268 215 350 142.33

JVI, JVN 64-2 11.0 756 1201 268 215 350 142.33

JVI, JVN 64-3-2 15.0 838 1327 268 215 350 157.34

JVI, JVN 64-3-1 15.0 838 1327 268 215 350 157.34

JVI, JVN 64-3 18.5 838 1373 317 242 350 192.34

JVI, JBN 64-4-2 18.5 921 1456 317 242 350 196.21

JVI, JVN 64-4-1 22.0 921 1500 317 242 350 206.97

JVI, JVN 64-4 22.0 921 1500 317 242 350 206.97

JVI, JVN 64-5-2 30.0 1003 1626 317 290 400 296.09

JVI, JVN 64-5-1 30.0 1003 1626 317 290 400 296.09

JVI, JVN 64-5 30.0 1003 1626 317 290 400 296.09

JVI, JVN 64-6-2 30.0 1086 1709 317 290 400 299.97

JVI, JVN 64-6-1 37.0 1086 1811 398 365 400 368.97

JVI, JVN 64-6 37.0 1086 1811 398 365 400 368.97

JVI, JVN 64-7-2 37.0 1168 1893 398 365 400 372.88

JVI, JVN 64-7-1 37.0 1168 1893 398 365 400 372.88

JVI, JVN 64-7 45.0 1172 1897 398 365 450 400.88

JVI, JVN 64-8-2 45.0 1255 1980 398 365 450 404.91

JVI, JVN 64-8-1 45.0 1255 1980 398 365 450 404.91

H2

Model

Motor

P2

H1D1 D2

Net weight [kg]

DIN

flange

JVI, JVN

D3DIN flange

Dimension [mm]

[kW]

snemiD heigwndasnois 4VI, JVN 6Jsth

Flange (DIN)

8X22

PN25-40/DN100

Flange (DIN)

330

265

100

235

190

150

45

365

251

190

140

PN16/DN100

Flange (DIN)

330

265

100

22

0

18

0

15

0

45

JVI, JVN

JVI, JVN

N 64-2VJVI, J

N 64-2-1VJVI, J

N 64-2-2VJVI, J

N 64-1VJVI, J

N 64-1-1VJVI, J

Model

N 64-2

]

75611.0

N 64-2-1 75611.0

N 64-2-2 6467.5

N 64-1 5635.5

N 64-1-1 5634.0

[kW

DIN flange

H1

2P

orMot

imension [mm]

2156821201

2152681201

1992341046

199234923

1219898

D

DIN flange

JVI, JVN

D2D1H2

D3

142.3350215

142.3350215

108.7300199

95.8300199

1.98280621

JVI, JVN

flange

DIN

e gNet w

D2

flange

3142.3

3142.3

5108.7

295.8

41.9

g]t [keigh

N 64-5VJVI, JN 64-5-1VJVI, J

N 64-5-2VJVI, J

N 64-4VJVI, J

N 64-4-1VJVI, J

JVI, JBN 64-4-2

N 64-3VJVI, J

N 64-3-1VJVI, J

N 64-3-2VJVI, J

N 64-5 100330.0N 64-5-1

100330.0

N 64-5-2 100330.0

N 64-4 92122.0

N 64-4-1 92122.0

JVI, JBN 64-4-2 92118.5

N 64-3 83818.5

N 64-3-1 83815.0

N 64-3-2 83815.0

2903171626

2903171626

2903171626

2423171500

2423171500

2423171456

2423171373

2152681327

2152681327

296.0400290

296.0400290

296.0400290

206.9350242

206.9350242

196.2350242

192.3350242

157.3350215

157.3350215

9296.0

9296.0

9296.0

7206.9

7206.9

1196.2

4192.3

4157.3

4157.3

N 64-8-1VJVI, J

N 64-8-2VJVI, J

N 64-7VJVI, J

N 64-7-1VJVI, J

N 64-7-2VJVI, J

N 64-6VJVI, J

N 64-6-1VJVI, J

N 64-6-2VJVI, J

N 64-8-1 125545.0

N 64-8-2 125545.0

N 64-7 117245.0

N 64-7-1 116837.0

N 64-7-2 116837.0

N 64-6 108637.0

N 64-6-1 108637.0

N 64-6-2 108630.0

3981980

3653981980

3653981897

3653981893

3653981893

3653981811

3653981811

2903171709

365

404.9450365

400.8450365

372.8400365

372.8400365

368.9400365

368.9400365

299.9400290

404.9450365

1404.9

8400.8

8372.8

8372.8

7368.9

7368.9

7299.9

1404.9





JV, JVI, JVN 90

JV90

50Hz


43/44

Single System

Dual System

Triplex System


44/44

javelin jv catalogue.pdf

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