flygt pumps

Product catalogue
Submersible pumps C 3000, 50 Hz

Introduction ................................................3

Design - small pumps ................................4

Design - medium pumps ............................5

Product identity ..........................................6

C 3045 .......................................................7

C 3057 .....................................................11

C 3060 .....................................................16

C 3068 .....................................................20

C 3085 .....................................................24

C 3102 ..................................................... 31

C 3126 ..................................................... 39

C 3127 ..................................................... 45

C 3140 ..................................................... 57

C 3152 ..................................................... 63

C 3170 ..................................................... 72

C 3201 ..................................................... 81

C 3300 ..................................................... 89

Contents

The manufacturer reserves the right to alter specifications and design.

Choosing the right pumpThere are a wide range of pumps to select from. In order to find the right pump size, that matches the system requirements, the duty point for the system

must be calculated. Then a suitable pump can be chosen from the performace curves. For more detailed analysis, please contact your ITT Flygt representative.

1. Calculate the duty point (a) for the system.

2. Choose a pump model from the family of curves that match the system requirements.

3. Choose curve (b) according to calculated duty point.

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C 3000

IntroductionThis series of pumps covers an extensive performance range and can be used in a variety of applications: from pumping sewage in treatment plants and municipal applications, irrigation and industrial effluent to process water and raw water handling and application in aqua and agriculture.

The hydraulic sections, i.e. impeller and volute, are designed for applications in which the waste water is either clean, or between slightly and moderately contaminated, and for handling solids.

The standard version of these pumps, are made in cast iron and for more demanding applications the pumps can be supplied in industrial configuration. Special models are also available in explosion-proof versions.

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C 3000

Design - small pumps

1. Cooling. Motor casings with integral cooling ribs.

2. Motor. Squirrel-cage induction motor with 2, 4 or 6 pole windings. The stator insulation system is Class H (rated 180 °C) allowing up to 15 starts/hour.

3. Cable junction chamber. The junction chamber is completely sealed off from surrounding liquid and incorporates separate gland assembly with strain relief clamp.

4. Pump/motor shaft. Common pump/motor shaft and compact seal design. Rotor and shaft dynamically balanced as an integral assembly.

5. Bearings. Pre-greased rolling element bearings. Bearing calculations are made for 50000 hours of duty all to ISO standard.

6. Shaft sealing. Two independent mechanical face seals assembled in tandem provide reliable and durable sealing performance and maximum resistance to abrasion and thermal shock.

7. Oil casing. Oil filled housing for lubricating and cooling mechanical seal units provides an additional leakage barrier.

8. Impeller. Dynamically balanced single and two vane versions to

accurately match required performance. The NevaClog® impellers are available for various models.

9. Pump casing. With smooth profiled volute geometry for clog-free

operation. A spiral groove (SPIN OUT®) in the pump housing protects the outer seal by expelling abrasive particles from the seal chamber.

10. Wear rings. Replaceable for high pumping efficiency.

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C 3000

Design - medium pumps

1. Cable junction chamber. Sealed terminal chamber with separate cable gland assemblies incorporating strain relief clamp.

2. Motor. Squirrel-cage induction motor with 2, to 8 pole windings. The stator insulation system is Class H (rated 180 °C) allowing up to 15 starts/hour.

3. Cooling. Motor casing with integral cooling ribs for maximum heat dissipation. Larger motors are equipped with outer cooling jackets for the circulation of a portion of the pumped liquid or external water supply.

4. Pump/motor shaft. Common pump/motor shaft and compact seal design. Rotor and shaft dynamically balanced as an integral assembly.

5. Bearings. Pre-greased rolling element bearings. Bearing calculations are made for 50000 hours of duty all to ISO standard.

6. Oil casing. Oil filled housing for lubricating and cooling mechanical seal units provides an additional leakage barrier.

7. Shaft sealing. Two independent mechanical face seals assembled in tandem provide reliable and durable sealing performance and maximum resistance to abrasion and thermal shock

8. Impeller. Dynamically balanced single, two and three vane versions to accurately match required performance. The NevaClog® impellers available for various models.

9. Pump casing. With smooth profiled volute geometry for clog-free operation fitted with replaceable wear rings. A spiral groove (SPIN OUT®) in the pump housing protects the outer seal by expelling abrasive particles from the seal chamber.

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C 3000

Product identityITT Flygt uses a simple system to code and thereby identify its products. Each pump is given a code made up of two letters followed by four numbers, e.g., CP 3085. The first letter refers to the pump’s hydraulic section, i.e., the impeller and volute. It also refers to the pump, as the impeller used determines the pump type. The second letter refers to the pump’s method of installation: semi-

permanent free-standing, permanent dry vertically mounted, portable etc.

The four numbers refer to the pump’s model as well as specify its size in comparison to other pumps of the same type. Thus pump CP3085 is larger than CP 3067.

Impeller characteristicThe pumps are divided into different classes according to their operating area;

LT - Low head versionMT - Medium head versionHT - High head versionST - Super head version

Impeller and volute

Methods of installation

Single vane impeller. The size of the channel comparatively large. Used

when good solids-passing is needed.

Multi-vane impeller. Used in applications with clean or slightly

contaminated water.

C C

A semi-permanent, free-standing installation. Transportable version with

pipe or hose connection.

For semi-permanent wet well installations. The pump is installed with

twin guide bars on a discharge connection.

A portable solution with hose coupling or flange for connection to a discharge

pipeline.

A vertically-mounted, permanent dry well or in-line installation with flange

connections for suction and discharge pipe work.

A horizontally-mounted, permanent dry well or in-line installation with

flange connections for suction and discharge pipe work

F P S

T Z

6

C 3045

C 3045ProductSubmersible pump for pumping waste water and sludge. It can also be used for pumping ground water and other liquids containing solids.

DenominationProduct code 3045.180

Installation F, H, P, S

Impeller characteristic HT

Process data Liquid temperature max +40 °C

Depth of immersion max 20 m

The pH of the pumped liquid pH 6-11

Liquid density max. 1100 kg/m3

Motor dataFrequency 50 Hz

Insulation class F (+155 °C)

Voltage variation

- continuously running max ± 5%

- intermittent running max ± 10%

Voltage imbalance between phases max 2%

No. of starts/hour max 15

CableDirect-on-line startSUBCAB® 4G2,5 mm2

4G2,5+2x1,5 mm2

Y/D startSUBCAB® 7G2,5 mm2

MaterialImpeller Polyamide

Pump housing Cast iron

Stator housing Cast iron

Shaft Stainless steel

O-rings Nitrile rubber

Mechanical face seals

Surface TreatmentAll cast parts are primed with a water-borne primer. The finishing coat is a high-solid two pack paint.

WeightSee dimensional drawing.

Option3045.090 Ex. proof design

Warm liquid version on request

Leakage sensor in stator housing FLS

Other cables

Zinc anodes

AccessoriesDischarge connections, adapters, hose connections and other mechanical accessories.

Electrical accessories such as pump controller, control panels, starters, monitoring relays, cables.

See separate booklet or www.flygt.com, for further information.

Alternative Inner seal Outer seal

1 Carbon/Aluminium oxide

Silicon carbide/Silicon carbide

7

C 3045

HT-Motor rating and performance curve

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F H P S

400 V, 50 Hz, 3 ~, 2870 r/min

252 0,8 2,0 14,0 0,74 44 No • • • •

400 V, 50 Hz, 3 ~, 2790 r/min

250 1,2 2,6 14,0 0,84 44 Yes • • • •

252 1,2 2,6 14,0 0,84 45 Yes • • • •

230 V, 50 Hz, 1 ~, 2750 r/min

252 0,75 4,2 15,0 0,99 44 No • • • •

Q [l/s]

H [m]

2P [kW]

0 2 4 6 8 100

2

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6

8

10

12

14

16

0.6

0.8

1.0

1.2

1.4

HT

250

250

252

252

8

C 3045

Dimensional drawingAll drawings are available as Acrobat documents (.pdf) and AutoCad drawings (.dwg). Download the drawings from www.flygt.com or contact your ITT Flygt representative for more information.

All dimensions are in mm.

HT, F-installation HT, H-installation

9

C 3045

HT, P-installation HT, S-installation

10

C 3057

C 3057ProductSubmersible pump for pumping waste water and sludge. It can also be used for pumping ground water and other liquids containing solids.


Installation F, H, P, S







Insulation class F (+155 °C)

Voltage variation






4G2,5+2x1,5 mm2


Monitoring equipmentLeakage sensor in stator housing FLS

MaterialImpeller Polyamide






Surface TreatmentAll castings are painted with a primer. The finishing coat is of synthetic resin enamel in blue paint.




Other cables

Thermal switches in stator windings

Zinc anodes



See separate booklet or www.flygt.com, for further information


1 Aluminium oxide/Corrosion resistant cemented carbide

Aluminium oxide/Aluminium oxide

11

C 3057


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F H P S

400 V, 50 Hz, 3 ~, 2695 r/min

250 1,7 3,8 17,0 0,87 48 Yes • • •

250 1,7 3,8 17,0 0,87 48 No •

252 1,7 3,8 17,0 0,87 48 Yes • • •

252 1,7 3,8 17,0 0,87 48 No •

254 1,7 3,8 17,0 0,87 48 Yes • • •

254 1,7 3,8 17,0 0,87 48 No •

400 V, 50 Hz, 3 ~, 2700 r/min

250 2,4 5,3 24,0 0,87 48 Yes • • •

250 2,4 5,3 24,0 0,87 48 No •

252 2,4 5,3 24,0 0,87 48 Yes • • •

252 2,4 5,3 24,0 0,87 48 No •

254 2,4 5,3 24,0 0,87 48 Yes • • •

254 2,4 5,3 24,0 0,87 48 No •

230 V, 50 Hz, 1 ~, 2730 r/min

252 1,5 8,9 28,0 0,99 48 No • • • •

254 1,5 8,9 28,0 0,99 48 No • • • •

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C 3057



HT, F-installation HT, F-installation

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C 3057

HT, H-installation HT, P-installation

HT, P-installation HT, P-installation

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C 3057


HT, S-installation

15

C 3060

C 3060ProductSubmersible pump for use in highly corrosive industrial waste water.


Installation P, S, T

Impeller characteristics MT, HT



The pH of the pumped liquid pH 0 -14


Impeller throughlet See Motor rating table


Insulation class H (+180 °C)

Voltage variation






4G1,5+2x1,5 mm2

4G2,5 mm2

4G2,5+2x1,5 mm2

Monitoring equipmentThermal contacts opening temperature 125 °C

MaterialImpeller Stainless steel

Pump housing Stainless steel

Stator housing Stainless steel


O-rings Fluorinated rubber



OptionOther cables





1 Aluminium oxide/Aluminium oxide


16

C 3060

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MT-Motor rating and performance curve


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P S T

400 V, 50 Hz, 3 ~, 2820 r/min

221 2,4 4,9 26,0 0,92 20 No • • •

222 2,4 4,9 26,0 0,92 20 No • • •

226 2,4 4,9 26,0 0,92 20 No • • •

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P S

400 V, 50 Hz, 3 ~, 2820 r/min

250 2,4 4,9 26,0 0,92 20 No • •

252 2,4 4,9 26,0 0,92 20 No • •

17

C 3060



MT, P-installation MT, S-installation

18

C 3060

MT, T-installation HT, P-installation

HT, S-installation

19

C 3068

C 3068ProductSubmersible pump for pumping clean water, surface water and waste water containing solids or fibred material.


Installation F, P




The pH of the pumped liquid pH 5,5-14





Voltage variation






4G2,5+2x1,5 mm2



MaterialImpeller Cast iron






Surface TreatmentThe finishing coat is a two pack oxiran ester paint.





Surface treatment Epoxy treatment

Other cables

Zinc anodes



See separate booklet or www.flygt.com for further information.





Aluminium oxide/Corrosion resistant cemented carbide


Corrosion resistant cemented carbide/ Corrosion resistant cemented carbide


Silicon carbide/ Silicon carbide

20

C 3068


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F P

400 V, 50 Hz, 3 ~, 2700 r/min

251 1,7 3,8 17,0 0,87 34 Yes • •

253 1,7 3,8 17,0 0,87 34 Yes • •

255 1,7 3,8 17,0 0,87 34 Yes • •

230 V, 50 Hz, 1 ~, 2705 r/min

251 2,4 5,3 24,0 0,87 34 Yes • •

253 2,4 5,3 24,0 0,87 34 Yes • •

255 2,4 5,3 24,0 0,87 34 Yes • •

230 V, 50 Hz, 1 ~, 2730 r/min

253 1,5 8,9 28,0 0,99 34 No • •

255 1,5 8,9 28,0 0,99 34 No • •

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C 3068



HT, F-installation HT, P-installation

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C 3068


23

C 3085

C 3085ProductSubmersible pump for pumping clean water, surface water and waste water containing solids or long-fibred material.


Installation F, P, S, T, Z

Impeller characteristics LT, MT, HT








Voltage variation






4G1,5+2x1,5 mm2

4G2,5 mm2

4G2,5+2x1,5 mm2












3085.280 Stainless steel design

3085.290 Stainless steel/ex proof design

3085.980 Industrial design



Leakage sensor in oil housing CLS

Other cables


Zinc anodes





1 Carbon/ Aluminium oxide

Aluminium oxide/ Aluminium oxide





24

C 3085

LT-Motor rating and performance curve

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P S

400 V, 50 Hz, 3 ~, 940 r/min

612 0,9 2,9 11 0,65 100 Yes • •

614 0,9 2,9 11 0,65 80 Yes • •

620 0,9 2,9 11 0,65 100 Yes • •

621 0,9 2,9 11 0,65 100 Yes • •

622 0,9 2,9 11 0,65 100 Yes • •

400 V, 50 Hz, 3 ~, 1385 r/min

414 1,3 3,2 13 0,83 80 Yes • •

400 V, 50 Hz, 3 ~, 1395 r/min

412 2,0 5,1 28 0,74 100 Yes • •

414 2,0 5,1 28 0,74 100 Yes • •

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C 3085

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InstallationF P S T Z

400 V, 50 Hz, 3 ~, 940 r/min632 0,9 2,9 11 0,65 76 Yes • • •634 0,9 2,9 11 0,65 76 Yes • • •636 0,9 2,9 11 0,65 76 Yes • • •400 V, 50 Hz, 3 ~, 1385 r/min434 1,3 3,2 13 0,83 76 Yes • • •436 1,3 3,2 13 0,83 76 Yes • • •438 1,3 3,2 13 0,83 64 Yes • • •440 1,3 3,2 13 0,83 64 Yes • • •400 V, 50 Hz, 3 ~, 1430 r/min434 1,4 3,5 22 0,75 76 Yes • •436 1,4 3,5 22 0,75 76 Yes • •438 1,4 3,5 22 0,75 64 Yes • •440 1,4 3,5 22 0,75 64 Yes • •400 V, 50 Hz, 3 ~, 1395 r/min432 2,0 4,6 22 0,83 76 Yes • • •434 2,0 4,6 22 0,83 76 Yes • • •436 2,0 4,6 22 0,83 76 Yes • • •438 2,0 4,6 22 0,83 64 Yes • • •440 2,0 4,6 22 0,83 64 Yes • • •230 V, 50 Hz, 1 ~, 1410 r/min436 0,95 7,2 28 0,86 76 No • • •438 0,95 7,2 28 0,86 64 No • • •440 0,95 7,2 28 0,86 64 No • • •230 V, 50 Hz, 1 ~, 1425 r/min434 1,5 9,4 44 0,90 76 No • • •

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P S

400 V, 50 Hz, 3 ~, 2830 r/min

250 2,4 4,7 27 0,92 40 Yes • •

252 2,4 4,7 27 0,92 40 Yes • •

26

C 3085



LT, P-installation LT, P-installation

27

C 3085

LT, S-installation LT, S-installation

MT, F-installation MT, P-installation

28

C 3085

MT, P-installation MT, P-installation

MT, S-installation MT, S-installation

29

C 3085

MT, T-installation MT, Z-installation


30

C 3102



Installation P, S, T, Z









Voltage variation






4G2,5+2x1,5 mm2

Y/D startSUBCAB® 7G2,5+2x1,5 mm2

7G2,5 mm2
















Other cables

Zinc anodes









3 Corrosion resistant cemented carbide/Corrosion resistant cemented carbide



Corrosion resistant cemented carbide/Corrosion resistant cemented carbide

3

C 3102

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Y/D starting current is approximately 1/3 of D starting current.



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P S T Z

400 V, 50 Hz, 3 ~, 1450 r/min

411 2,4 5,1 37 0,83 52 Yes • •

412 2,4 5,1 37 0,83 54 Yes • •

441 2,4 5,1 37 0,83 100 Yes • •

442 2,4 5,1 37 0,83 100 Yes • •

400 V, 50 Hz, 3 ~, 1435 r/min

410 3,1 6,4 37 0,86 55 Yes • •

411 3,1 6,4 37 0,86 52 Yes • •

412 3,1 6,4 37 0,86 54 Yes • •

440 3,1 6,4 37 0,86 100 Yes • •

441 3,1 6,4 37 0,86 100 Yes • •

442 3,1 6,4 37 0,86 100 Yes • •

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P S T Z

400 V, 50 Hz, 3 ~, 1450 r/min

432 2,4 5,1 37 0,83 76 Yes • •

433 2,4 5,1 37 0,83 76 Yes • •

434 2,4 5,1 37 0,83 76 Yes • •

435 2,4 5,1 37 0,83 76 Yes • •

400 V, 50 Hz, 3 ~, 1435 r/min

430 3,1 6,4 37 0,86 76 Yes • •

432 3,1 6,4 37 0,86 76 Yes • •

433 3,1 6,4 37 0,86 76 Yes • •

434 3,1 6,4 37 0,86 76 Yes • •

435 3,1 6,4 37 0,86 76 Yes • •

4

C 3102



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P S

400 V, 50 Hz, 3 ~, 2870 r/min

252 4,4 8,6 64 0,92 52 Yes • •

254 4,4 8,6 64 0,92 46 Yes • •

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5

C 3102




6

C 3102

LT, P-installation LT, S-installation

LT, S-installation LT, T-installation

7

C 3102

LT, T-installation LT, Z-installation

LT, Z-installation MT, P-installation

8

C 3102

MT, S-installation MT, T-installation

MT, Z-installation HT, P-installation

9

C 3102

HT, S-installation

10

C 3126

C 3126ProductSubmersible pump for pumping sewage water and sludge.



Impeller characteristics MT, HT








Voltage variation





CableDirect-on-line startSUBCAB® 4G2,5+2x1,5 mm2


7G2,5+2x1,5 mm2

7G4+2x1,5 mm2


MaterialImpeller Stainless steel

Pump housing Stainless steel

Stator housing Stainless steel




Surface TreatmentNo treatment.






Other cables







39

C 3126

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400 V, 50 Hz, 3 ~, 1435 r/min

432 5,3 11 56 0,87 87 Yes • • • •

400 V, 50 Hz, 3 ~, 1440 r/min

430 6,7 14 77 0,86 100 Yes • • • •

432 6,7 14 77 0,86 87 Yes • • • •

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400 V, 50 Hz, 3 ~, 1435 r/min

461 5,3 11 56 0,87 76 Yes • • • •

462 5,3 11 56 0,87 76 Yes • • • •

400 V, 50 Hz, 3 ~, 1440 r/min

461 6,7 14 77 0,86 76 Yes • • • •

462 6,7 14 77 0,86 76 Yes • • • •

467 6,7 14 77 0,86 76 Yes • • • •

400 V, 50 Hz, 3 ~, 2890 r/min

250 8,0 15 114 0,92 58 Yes • • • •

252 8,0 15 114 0,92 58 Yes • • • •

40

C 3126

Dimensional drawingAll drawings are available as Acrobat documents (.pdf) and AutoCad drawings (.dwg).Download the drawings from www.flygt.com or contact your ITT Flygt representative for more information.



41

C 3126



42

C 3126

HT, S-installation HT, S-installation

HT, T-installation HT, T-installation

43

C 3126

HT, Z-installation HT, Z-installation

44

C 3127




Impeller characteristics LT, MT, HT, SH








Voltage variation






4G2,5+2x1,5 mm2

4G4 mm2

4G4+2x1,5 mm2


7G2,5+2x1,5 mm2

7G4 mm2

7G4+2x1,5 mm2
















Other cables

Zinc anodes








Silicone carbide/ Silicone carbide


Silicone carbide/ Silicone carbide



45

C 3127



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P S T Z

400 V, 50 Hz, 3 ~, 1435 r/min

412 4,0 8,3 56 0,84 76 Yes • •

442 4,0 8,3 56 0,84 100 Yes • •

400 V, 50 Hz, 3 ~, 1445 r/min

411 4,7 9,6 56 0,86 76 Yes • •

412 4,7 9,6 56 0,86 76 Yes • •

442 4,7 9,6 56 0,86 100 Yes • •

400 V, 50 Hz, 3 ~, 1460 r/min

411 4,7 9,6 56 0,86 76 Yes • •

411 4,7 10 77 0,81 76 Yes • •

412 4,7 9,6 56 0,86 76 Yes • •

412 4,7 10 77 0,81 76 Yes • •

442 4,7 9,6 56 0,86 100 Yes • •

442 4,7 10 77 0,81 100 Yes • •

400 V, 50 Hz, 3 ~, 2900 r/min

410 5,9 12 77 0,86 76 Yes • •

411 5,9 12 77 0,86 76 Yes • •

412 5,9 12 77 0,86 76 Yes • •

441 5,9 12 77 0,86 107 Yes • •

442 5,9 12 77 0,86 100 Yes • •

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C 3127



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P S T Z

400 V, 50 Hz, 3 ~,1435 r/min

432 4,0 8,3 56 0,84 87 Yes • •

433 4,0 8,3 56 0,84 28 Yes • •

434 4,0 8,3 56 0,84 80 Yes • •

436 4,0 8,3 56 0,84 100 Yes • •

400 V, 50 Hz, 3 ~, 1445 r/min

431 4,7 9,6 56 0,86 90 Yes • •

432 4,7 9,6 56 0,86 87 Yes • •

433 4,7 9,6 56 0,86 82 Yes • •

434 4,7 9,6 56 0,86 80 Yes • •

436 4,7 9,6 56 0,86 100 Yes • •

400 V, 50 Hz, 3 ~, 1460 r/min

431 4,7 10 77 0,81 90 Yes • •

432 4,7 10 77 0,81 87 Yes • •

433 4,7 10 77 0,81 82 Yes • •

434 4,7 10 77 0,81 80 Yes • •

436 4,7 10 77 0,81 100 Yes • •

400 V, 50 Hz, 3 ~, 1450 r/min

430 5,9 12 77 0,84 100 Yes • •

431 5,9 12 77 0,84 90 Yes • •

432 5,9 12 77 0,84 87 Yes • •

433 5,9 12 77 0,84 82 Yes • •

434 5,9 12 77 0,84 80 Yes • •

435 5,9 12 77 0,84 100 Yes • •

436 5,9 12 77 0,84 100 Yes • •

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C 3127



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P S T Z

400 V, 50 Hz, 3 ~, 1435 r/min

483 4,0 8,3 56 0,84 76 Yes • •

484 4,0 8,3 56 0,84 76 Yes • •

485 4,0 8,3 56 0,84 76 Yes • •

400 V, 50 Hz, 3 ~, 1445 r/min

483 4,7 9,6 56 0,86 76 Yes • •

484 4,7 9,6 56 0,86 76 Yes • •

485 4,7 9,6 56 0,86 76 Yes • •

400 V, 50 Hz, 3 ~, 1450 r/min

480 5,9 12 77 0,84 76 Yes • •

481 5,9 12 77 0,84 76 Yes • •

483 5,9 12 77 0,84 76 Yes • •

484 5,9 12 77 0,84 76 Yes • •

485 5,9 12 77 0,84 76 Yes • •

400 V, 50 Hz, 3 ~, 1460 r/min

483 4,7 10 77 0,81 76 Yes • •

484 4,7 10 77 0,81 76 Yes • •

485 4,7 10 77 0,81 76 Yes • •

400 V, 50 Hz, 3 ~, 2900 r/min

250 7,4 14 114 0,91 58 Yes • •

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C 3127

SH-Motor rating and performance curve


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400 V, 50 Hz, 3 ~, 2900 r/min

255 7,4 14 114 0,91 40 Yes • •

256 7,4 14 114 0,91 40 Yes • •

257 7,4 14 114 0,91 40 Yes • •

258 7,4 14 114 0,91 40 Yes • •

259 7,4 14 114 0,91 40 Yes • •

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C 3127




50

C 3127



51

C 3127



52

C 3127

MT, T-installation MT, T-installation

MT, Z-installation MT, Z-installation

53

C 3127



54

C 3127



55

C 3127


SH, P-installation SH, S-installation

56

C 3140



Installation P, S

Impeller characteristics LT, MT, HT,








Voltage variation





CableDirect-on-line startSUBCAB® 4G2,5+2x1,5 mm2

4G4+2x1,5 mm2

4G6+2x1,5 mm2


7G4+2x1,5 mm2

7G6+2x1,5 mm2















Other cables

Zinc anodes





1 Carbon/Corrosion resistant cemented carbide




57

C 3140

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400 V, 50 Hz, 3 ~, 955 r/min

610 8,8 18 87 0,87 102 Yes • •

612 8,8 18 87 0,87 102 Yes • •

614 8,8 18 87 0,87 82 Yes • •

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P S

400 V, 50 Hz, 3 ~, 1455 r/min

432 9,0 19 116 0,81 102 Yes • •

434 9,0 19 116 0,81 102 Yes • •

436 9,0 19 116 0,81 93 Yes • •

58

C 3140



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P S

400 V, 50 Hz, 3 ~, 1455 r/min

452 9,0 19 116 0,81 76 Yes • •

454 9,0 19 116 0,81 76 Yes • •

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C 3140




60

C 3140

LT, S-installation MT, P-installation

MT, S-installation HT, P-installation

61

C 3140


HT, S-installation

62

C 3152












Voltage variation





CableDirect-on-line startSUBCAB® 4G4+2x1,5 mm2

4G6+2x1,5 mm2

4G10+2x1,5 mm2


7G4+2x1,5 mm2

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Zinc anodes





1 Corrosion resistant cemented carbide/Carbon




63

C 3152

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P S T Z

400 V, 50 Hz, 3 ~, 955 r/min

616 8,8 18 87 0,87 616 Yes • • • •

618 8,8 18 87 0,87 618 Yes • • • •

620 8,8 18 87 0,87 620 Yes • • • •

622 8,8 18 87 0,87 622 Yes • • • •

624 8,8 18 87 0,87 624 Yes • • • •

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P S T Z

400 V, 50 Hz, 3 ~, 1455 r/min

432 9,0 19 116 0,81 100 Yes • • • •

434 9,0 19 116 0,81 100 Yes • • • •

436 9,0 19 116 0,81 93 Yes • • • •

400 V, 50 Hz, 3 ~, 1450 r/min

430 13,5 27 162 0,83 100 Yes • • • •

431 13,5 27 162 0,83 100 Yes • • • •

432 13,5 27 162 0,83 100 Yes • • • •

434 13,5 27 162 0,83 100 Yes • • • •

436 13,5 27 162 0,83 93 Yes • • • •

64

C 3152

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P S T Z

400 V, 50 Hz, 3 ~, 1455 r/min

454 9,0 19 116 0,81 76 Yes • • • •

400 V, 50 Hz, 3 ~, 1450 r/min

450 13,5 27 162 0,83 76 Yes • • • •

452 13,5 27 162 0,83 76 Yes • • • •

454 13,5 27 162 0,83 76 Yes • • • •

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P S T Z

400 V, 50 Hz, 3 ~, 2920 r/min

263 15 28 229 0,89 40 Yes • • • •

264 15 28 229 0,89 40 Yes • • • •

265 15 28 229 0,89 40 Yes • • • •

266 15 28 229 0,89 40 Yes • • • •

267 15 28 229 0,89 40 Yes • • • •

268 15 28 229 0,89 40 Yes • • • •

269 15 28 229 0,89 40 Yes • • • •

65

C 3152




66

C 3152



67

C 3152



68

C 3152



69

C 3152



70

C 3152

HT, Z-installation SH, P-installation

HT, S-installation SH, T-installation

71

C 3170












Voltage variation






4G6+2x1,5 mm2

SUBCAB® 4G10+2x1,5 mm2

4G16+2x1,5 mm2

4G25 mm2

4G25+2x1,5 mm2


2x7G2,5+2x1,5 mm2

2x7G4+2x1,5 mm2

2x7G6+2x1,5 mm2





Shaft Stainless steel or carbon steel











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Zinc anodes





1 Corrosion resistant cemented carbide/Carbon




72

C 3170

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P S T Z

400 V, 50 Hz, 3 ~, 970 r/min

601 15 32 221 0,80 102 Yes • • • •

602 15 32 221 0,80 102 Yes • • • •

603 15 32 221 0,80 102 Yes • • • •

604 15 32 221 0,80 102 Yes • • • •

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P S T Z

400 V, 50 Hz, 3 ~, 1460 r/min

440 22,0 42 300 0,87 100 Yes • • • •

441 22,0 42 300 0,87 100 Yes • • • •

73

C 3170



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P S T Z

400 V, 50 Hz, 3 ~, 1460 r/min

460 22,0 42 300 0,87 77 Yes • • • •

461 22,0 42 300 0,87 77 Yes • • • •

462 22,0 42 300 0,87 77 Yes • • • •

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C 3170




75

C 3170



76

C 3170



77

C 3170



78

C 3170


HT, S-installation HT, T-installation

79

C 3170

HT, T-installation HT, Z-installation

80

C 3201












Voltage variation






4G16+2x1,5 mm2

SUBCAB® 4G25 mm2

4G25+2x1,5 mm2

4G35 mm2

4G35+2x1,5 mm2

Y/D startSUBCAB® 2x4G10+2x1,5 mm2

7G6+2x1,5 mm2





Shaft Carbon steel








3201.290 Stainless steel/Ex proof design





Other cables

Zinc anodes





1 Carbon/Corrosion resistant cemented carbide




81

C 3201

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P S T Z

400 V, 50 Hz, 3 ~, 970 r/min (4-pole), 1460 r/min (6-pole)

624 22,0 45 300 0,82 102 Yes • • • •

625 22,0 45 300 0,82 102 Yes • • • •

626 22,0 45 300 0,82 102 Yes • • • •

627 22,0 45 300 0,82 102 Yes • • • •

628 22,0 45 300 0,82 102 Yes • • • •

629 22,0 45 300 0,82 102 Yes • • • •

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P S T Z


630 22,0 45 300 0,82 84 Yes • • • •

632 22,0 45 300 0,82 84 Yes • • • •

634 22,0 45 300 0,82 84 Yes • • • •

635 22,0 45 300 0,82 84 Yes • • • •

636 22,0 45 300 0,82 84 Yes • • • •

637 22,0 45 300 0,82 84 Yes • • • •

638 22,0 45 300 0,82 84 Yes • • • •

82

C 3201

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P S T Z


452 22 42 300 0,87 77 Yes • • • •

457 22 42 300 0,87 100 Yes • • • •


450 30 56 365 0,88 77 Yes • • • •

452 30 56 365 0,88 77 Yes • • • •

455 30 56 365 0,88 100 Yes • • • •

456 30 56 365 0,88 100 Yes • • • •

457 30 56 365 0,88 100 Yes • • • •

Cu

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Installation

P S T Z


263 30 52 385 0,94 76 Yes • • • •

264 30 52 385 0,94 76 Yes • • • •

265 30 52 385 0,94 76 Yes • • • •

83

C 3201




84

C 3201



85

C 3201



86

C 3201


HT, T-installation HT, Z-installation

87

C 3201

SH, P-installation SH, S-installation

SH, T-installation

88

C 3300



Product code 3300/605

Product code 3300/665


Impeller characteristics








Voltage variation





CableDirect-on-line start3300.181

SUBCAB® 4G10+2x1,5 mm2

4G16+2x1,5 mm2

4G25 mm2

4G25+2x1,5 mm2

4G35+2x1,5 mm2

3300/6XX

SUBCAB® To be dimensioned by ITT Flygt

Y/D start3300.181

SUBCAB® 2x4G10+2x1,5 mm2

2x4G16+2x1,5 mm2

2x4G25+2x1,5 mm2

2x4G35+2x1,5 mm2

3300/6XX

SUBCAB® To be dimensioned by ITT Flygt



Leakage sensor in junction box FLS

Analogue temperature sensor in main bearing Pt100




Shaft Carbon steel





Product code Characteristics

3300.181 LT, MT, HT

3300/6XX LT, HT




89

C 3300


3300/615 Ex. proof design

3300/675 Ex. proof design






Other cables

Zinc anodes

3300/6XX

Analogue temperature sensor in stator winding Pt100

Analogue temperature sensor in support bearing Pt100




90

C 3300

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2

0

468

101214161820222426283032343638

Q l/s

H m

601

LT-Motor rating and performance curve3300.181


3300/605 and 3300/665


Cu

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P S T Z

400 V, 50 Hz, 3 ~, 730 r/min

804 27 56 293 0,8 102 Yes • • • •

805 27 56 293 0,8 102 Yes • • • •

806 27 56 293 0,8 102 Yes • • • •

807 27 56 293 0,8 102 Yes • • • •

808 27 56 293 0,8 102 Yes • • • •

809 27 56 293 0,8 102 Yes • • • •

400 V, 50 Hz, 3 ~, 730 r/min

801 37 77 380 0,80 102 Yes • • • •

802 37 77 380 0,80 102 Yes • • • •

803 37 77 380 0,80 102 Yes • • • •

804 37 77 380 0,80 102 Yes • • • •

805 37 77 380 0,80 102 Yes • • • •

806 37 77 380 0,80 102 Yes • • • •

807 37 77 380 0,80 102 Yes • • • •

808 37 77 380 0,80 102 Yes • • • •

809 37 77 380 0,80 102 Yes • • • •

400 V, 50 Hz, 3 ~, 975 r/min

620 44 82 515 0,88 102 Yes • • • •

Cu

rve/

Imp

elle

r N

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Installation

P S T Z

400 V, 50 Hz, 3 ~, 985 r/min

601 605 58 118 660 0,78 Yes • • • •

601 665 75 150 835 0,79 Yes • • • •

601 665 90 185 1160 0,76 Yes • • • •

91

C 3300

MT-Motor rating and performance curve3300.181


Cu

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P S T Z

400 V, 50 Hz, 3 ~, 975 r/min

636 34 65 475 0,87 176 Yes • • • •

638 34 65 475 0,87 150 Yes • • • •

640 34 65 475 0,87 134 Yes • • • •

642 34 65 475 0,87 100 Yes • • • •

644 34 65 475 0,87 100 Yes • • • •

646 34 65 475 0,87 100 Yes • • • •

648 34 65 475 0,87 100 Yes • • • •

400 V, 50 Hz, 3 ~, 975 r/min

632 44 82 515 0,88 190 Yes • • • •

636 44 82 515 0,88 176 Yes • • • •

638 44 82 515 0,88 150 Yes • • • •

640 44 82 515 0,88 134 Yes • • • •

641 44 82 515 0,88 100 Yes • • • •

642 44 82 515 0,88 100 Yes • • • •

644 44 82 515 0,88 100 Yes • • • •

646 44 82 515 0,88 100 Yes • • • •

648 44 82 515 0,88 100 Yes • • • •

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92

C 3300

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20 40 60 80 100 120 140 160

48

1216202428323640444852566064

0

460

Q l/s

H m

HT-Motor rating and performance curve3300.181


3300/605


Cu

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Installation

P S T Z

400 V, 50 Hz, 3 ~, 1475 r/min

454 40 78 490 0,82 76 Yes • • • •

464 40 78 490 0,82 76 Yes • • • •

465 40 78 490 0,82 76 Yes • • • •

466 40 78 490 0,82 76 Yes • • • •

467 40 78 490 0,82 76 Yes • • • •

468 40 78 490 0,82 76 Yes • • • •

400 V, 50 Hz, 3 ~, 1475 r/min

452 54 100 535 0,85 90 Yes • • • •

454 54 100 535 0,85 76 Yes • • • •

460 54 100 535 0,85 76 Yes • • • •

461 54 100 535 0,85 76 Yes • • • •

462 54 100 535 0,85 76 Yes • • • •

463 54 100 535 0,85 76 Yes • • • •

464 54 100 535 0,85 76 Yes • • • •

465 54 100 535 0,85 76 Yes • • • •

466 54 100 535 0,85 76 Yes • • • •

467 54 100 535 0,85 76 Yes • • • •

468 54 100 535 0,85 76 Yes • • • •

Cu

rve/

Imp

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r N

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P S T Z

400 V, 50 Hz, 3 ~, 1480 r/min

460 605 70 127 800 0,86 Yes • • • •

93

C 3300




94

C 3300

LT, P-installation LT, S-installation

LT, S-installation LT, S-installation

95

C 3300

LT, T-installation LT, T-installation


96

C 3300

LT, Z-installation LT, Z-installation


97

C 3300

MT, T-installation MT, T-installation

MT, Z-installation MT, Z-installation

98

C 3300



99

C 3300



100

C 3300

HT, S-installation HT, T-installation


101

C 3300


HT, Z-installation

102

flygt pumps

Documents

weightsee

dynamically

expelling

tandem provide

additional

request leakage

power factor

shaft dynamically