Fps dewatering handbook

Dewatering pump handbook

Dewatering pump handbook 50 Hz Rental, sales anD seRvice foR constRuction, mining, municipal anD otHeR inDustRies

Introduction

This handbook is an essential working tool for pump operators, supervisors, site managers and engineers, who work with pumps on a daily basis.

Here you will find an overview of all Flygt and Godwin dewatering pumps and accessories, including technical details such as performance curves, sizes, dimensions and weights. Our comprehensive range covers virtually every size, pressure, flow rate and functionality.

Whether you want to rent or buy you can depend on us for reliable equipment, service and turnkey solutions for any dewatering application in more than 140 countries.

Contents Industries and applications Flygt submersible drainage pumps · 2600 series · 2600 sludge series · 2000 series · 2700 series · Ready series

Page

4 6–33 6 14 18 28 32

Flygt slurry pumps · 5000 series

34–41 34

Accessories for Flygt submersibles

42–45

Godwin pumps Automatic self-priming pumps · Dri-Prime® CD series · Dri-Prime HL series · Electric drive and sound attenuation availability · Wellpoint series Hydraulic submersible pumps · Heidra® HS series · Heidra HS slurry gate/vortex/vortex slurry gate series · Heidra HS high head series

46–75 46–63 47 54 60 62 64–75 65 69 74

Accessories for Godwin pumps

76–77

Pumps 101

78–87

Monitoring & control

88

Spare parts & service

89

Flygt submersible Industries and applications drainage pumps

Mining and quarrying • Open pit and underground drainage • Face and stage dewatering • Slurry tailings removal • Process water supply

Marine • Barge ballasting • Vessel dewatering • Jetting

4

Oil and gas

Industrial

• Product transfer in refineries • Pipeline pigging • Process water supply

• Pumping industrial wastewater • Fly ash removal • Temporary fire pumps

Construction and tunneling

Municipal

• Site drainage and wellpoint dewatering • Bentonite slurry pumping • Stream diversions • Drill rig water supply

• Emergency drainage of floodwaters • Sewage bypass • Lift station backup pumping • Sludge removal

Nobody does dewatering better No matter what the challenge, our dewatering solutions keep you on solid ground.

Rental Rent dewatering pumps, equipment and accessories on a daily, weekly, monthly or project basis.

Sales Buy dewatering pumps, equipment and accessories.

Service Use our global service network that spans 140 countries to support you with application engineering, pump repair, spare parts and turnkey project management.

For additional specifications, see product technical documentation.

With reservation for changes.

5

Flygt submersible drainage pumps

2600 series Flygt 2600 pumps are engineered for professional use in tough dewatering applications in mines, construction, tunneling and industrial sites. Extreme durability and wear-resistance make these pumps deliver highly consistent performance over long periods of time.

Three times more wear-resistant than conventional drainage pumps, Flygt 2600 pumps feature our patented DuraSpin™ hydraulic system, fewer components, durable materials and ergonomic design.

6

7

Flygt submersible drainage pumps

2600 series

2610.171 20

H (m)

15 K 237 MT

10

5

0 0

K 234 MT K 243 MT

2

0

4 10

6 20

8

10

30

12 40

l/s m³/h

Q

K = Clog-resistant impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

K 243 MT 0.85 230, 1~ 5.1 19 570 195 2" 7.5 Yes

K 234 MT 1.2 400, 3~ 2.7 21 594 195 2" 7.5 Yes

K 237 MT 1.4 230, 1~ 7.8 21 594 195 2" 7.5 Yes

For additional specifications, see product technical documentation.

8

With reservation for changes.

2600 series

2620.171 25

H (m)

20

B 226 MT

15 10

K 233 MT B 234 MT

5 0 0 0

5 10

10

20

30

40

15 50

20 60

70

l/s m³/h

Q

B = Wear-resistant impeller. K = Clog-resistant impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 226 MT 2.2 400, 3~ 4.7 30 617 240 3" 7.5 Yes

K 233 MT 1.5 230, 1~ 8.4 28 617 240 3" 7.5 Yes

K 234 MT 2.2 400, 3~ 4.7 28 617 240 3" 7.5 Yes

For additional specifications, see product technical documentation.

With reservation for changes.

9

Flygt submersible drainage pumps

2600 series

2630.180 40

H (m)

30

B 251 HT

20 B 226 MT

K 234 MT

10

0 0 0

10 20

20

40

60

30 80

100

40 120

l/s

140 m³/h

Q

B = Wear-resistant impeller. K = Clog-resistant impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 226 MT 3.7 400, 3~ 7.3 49 759 286 4" 10 Yes

B 251 HT 3.7 400, 3~ 7.3 49 759 286 3" 10 Yes

K 234 MT 3.7 400, 3~ 7.3 49 759 286 4" 10 Yes

For additional specifications, see product technical documentation.

10

With reservation for changes.

2600 series

2640.180 50

H (m)

40

B 251 HT

30 20

B 226 MT

10 0 0

K 234 MT

10

0

20

30

60

120

40

50

l/s

180 m³/h

Q

B = Wear-resistant impeller. K = Clog-resistant impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 226 MT 5.6 400, 3~ 11 51 759 286 4" 10 Yes

B 251 HT 5.6 400, 3~ 11 51 759 286 3" 10 Yes

K 234 MT 5.6 400, 3~ 11 51 759 286 4" 10 Yes

For additional specifications, see product technical documentation.

With reservation for changes.

11

Flygt submersible drainage pumps

2600 series

2660.180 100 80

H (m)

B 276 SH

60 40

B 251 HT

20

K 234 MT B 226 MT

0 0 0

10 50

20

30

40

100

150

50

60 200

70

l/s

250 m³/h

Q

B = Wear-resistant impeller. K = Clog-resistant impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 226 MT 10 400, 3~ 19 78 803 345 6" 10 Yes

B 251 HT 10 400, 3~ 19 78 803 345 4" 10 Yes

B 276 SH 10 400, 3~ 19 96 890 345 4" 10 Yes

K 234 MT 10 400, 3~ 19 78 803 345 6" 10 Yes

Available with Flygt Softstarter to reduce starting current. See page 43.

For additional specifications, see product technical documentation.

12

With reservation for changes.

2600 series

2670.180 70 60 B 251 HT

H (m)

50 40 30 20 B 226 MT

10 0 0 0

20 50

40

60

80

100

l/s

100 150 200 250 300 350 m³/h Q

B = Wear-resistant impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 226 MT 18 400, 3~ 32 140 955 395 6" 12 Yes

B 251 HT 18 400, 3~ 32 140 955 395 4" 12 Yes

Available with Flygt Softstarter to reduce starting current. See page 43.

For additional specifications, see product technical documentation.

With reservation for changes.

13

Flygt submersible drainage pumps

2600 sludge series

Built on the Flygt 2600 series platform, these portable sludge pumps tackle the tough challenge of moving sludge and other liquids with ease – without clogging.

These compact solids-handling pumps feature a high-chrome vortex impeller to enable the passage of large solids as well as solids concentrations of approximately 20% by weight.

This makes them ideal for dewatering in construction, mining, industrial and wastewater applications.

14

2600 sludge series

2620.280

20

H (m)

15

D 2620.280 MT 3~

10

5

0 0

D 2620.280 MT 1~

2

0

4 10

6

8

20

30

10

12 40

14

l/s

50 m³/h

Q

D = Solids-handling impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Solids passage ø [mm] Warm liquid, 70°C

MT, 1-ph 1.5 230, 1~ 8.4 34 730 375 3" 50 No

MT, 3-ph 2.2 400, 3~ 4.7 34 730 330 3" 50 No

For additional specifications, see product technical documentation.

With reservation for changes.

15

Flygt submersible drainage pumps

2600 sludge series

2630.280 10 D 2630.280 MT

H (m)

8 6 4 2 0 0 0

5 20

10

15

40

20 60

25 80

l/s m³/h

Q

D = Solids-handling impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Solids passage ø [mm] Warm liquid, 70°C

MT, 3-ph 3.2 400, 3~ 7.3 54 865 480 4" 80 No

For additional specifications, see product technical documentation.

16

With reservation for changes.

2600 sludge series

2640.280 40 35

D 2640.280 HT

30 H (m)

25 20 15 10 D 2640.280 MT

5 0 0 0

5 10

20

10 30

40

15 50

20 60

70

l/s m³/h

Q

D = Solids-handling impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Solids passage ø [mm] Warm liquid, 70°C

MT, 3-ph 5.6 400, 3~ 11 56 865 480 3" 46 No

HT, 3-ph 5.6 400, 3~ 11 56 865 480 3" 32 No

For additional specifications, see product technical documentation.

With reservation for changes.

17

Flygt submersible drainage pumps

2000 series Flygt 2000 pumps easily handle chemically aggressive, me足ch足anically abrasive or highly viscous fluids laden with particles. They handle higher flow rates up to 300 l/s and heads up to 200 meters.

Flygt 2000 products are available in lightweight aluminum or corrosion-resistant cast iron. Some models are available in explosion-proof Ex versions.

18

19

Flygt submersible drainage pumps

2000 series

2071.010 40 B 231 MT

H (m)

30

20 B 211 LT

10

0 0

2

0

10

4

6 20

8

10

30

12

40

14 50

16

l/s

58 m³/h

Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 211 LT 3 400, 3~ 6.2 28 690 185 3" 8×50 Yes

B 231 MT 3 400, 3~ 6.2 28 690 185 3" 8×50 Yes

For additional specifications, see product technical documentation.

20

With reservation for changes.

2000 series

2075.324 (Cast iron) 100 80

H (m)

B 271 ST (Ex version)

60 40 B 233 HT

20

B 231 MT

0 0 0

5 20

10

15

40

20 60

25 80

l/s m³/h

Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 231 MT 3.7 400, 3~ 7.1 40 570 310 4" 6×26 Yes

B 233 HT 3.7 400, 3~ 7.1 40 570 310 3" 6×26 Yes

B 271 ST 5.5 400, 3~ 11 69 650 310 4" 6×6 Yes

Available in Ex versions 2075.590/690 For additional specifications, see product technical documentation.

With reservation for changes.

21

Flygt submersible drainage pumps

2000 series

2125.320 (Cast iron) 80

H (m)

60

40

B 233 HT

20

0 0

B 231 MT

10

0

50

20

30 100

40

50

150

200

60

l/s m³/h

Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 231 MT 8 400, 3~ 15 77 830 485 4" 6×50 No

B 233 HT 8 400, 3~ 15 80 865 465 3" 6×50 No

Available in Ex versions 2125.690 For additional specifications, see product technical documentation.

22

With reservation for changes.

2000 series

2125.181 80 70

B 233 HT

60 H (m)

50 40 30

B 234 HT

20 10 0 0 0

5 10

20

10 30

40

15 50

20 60

70

l/s m³/h

Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 233 HT 8 400 15 80 830 465 3" 6×50 No

B 234 HT 8 400 15 80 830 465 3" 6×50 No

For additional specifications, see product technical documentation.

With reservation for changes.

23

Flygt submersible drainage pumps 2000 series

2201.011 MT LT

100 80

H (m)

B 243 HT

60 40

HT

B 231 MT

20

B 411 LT

0 0 0

50

100

150

200

250

l/s

100 200 300 400 500 600 700 800 900 m³/h Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 411 LT 30 400, 3~ 57 280 1302 500 8" 15×45 No

B 231 MT 37 400, 3~ 65 280 1302 500 8" 15×45 No

B 243 HT 37 400, 3~ 65 240 1050 430 4" 10×10 No

For additional specifications, see product technical documentation.

24

With reservation for changes.

2000 series

2201.320 (Cast iron) 100 80

H (m)

B 233 HT

60 40 B 231 MT

20 0 0 0

20 100

40

60 200

80 100 120 140 160 300

400

500

l/s m³/h

Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 231 MT 37 400, 3~ 65 445 1140 500 8" 15×45 Yes

B 233 HT 37 400, 3~ 65 350 1050 435 4" 10×10 Yes

Available in Ex version 2201.590/690 For additional specifications, see product technical documentation.

With reservation for changes.

25

Flygt submersible drainage pumps

2000 series

2250.011 60 50 B 433 HT

H (m)

40 30 B 431 MT

20 50 0 0

50

0

200

100

150

400

200 600

250 800

300

l/s

1000 m³/h

Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 431 MT 54 400, 3~ 104 540 1260 940 10" 15×45 No

B 433 HT 54 400, 3~ 104 540 1260 838 6" 15×45 No

For additional specifications, see product technical documentation.

26

With reservation for changes.

2000 series

2400.402 200

150 H (m)

B 243 HT

100 B 231 MT

50

0 0 0

20 100

40

60 200

80 100 120 140 160 300

400

500

l/s m³/h

Q

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

B 231 MT 90 400, 3~ 148 900 1180 770 6" 10×10 No

B 243 HT 90 400, 3~ 148 985 1245 770 4" 10×10 No

Available in Ex versions 2400.591 For additional specifications, see product technical documentation.

With reservation for changes.

27

Flygt submersible drainage pumps

2700 stainless steel series The all-stainless steel Flygt 2700 series handles corrosive and abrasive liquids with wide variances in pH levels. These pumps are built to tackle the toughest dewatering challenges.

The Flygt 2700 series consists of three drainage pumps to handle lightly contaminated liquids and three solids handling pumps. Ideal for pH values between 2 and 10, these pumps are tough enough to handle both highly acidic and highly alkaline media.

28

29

Flygt submersible drainage pumps

2700 series

2720, 2740, 2750 70 60 B 266 HT (2750)

50 H (m)

B 266 HT (2740)

40

B 241 MT (2740)

30

B 241 MT (2750)

20

B 241 MT (2720)

10 0 0

10

0

20 50

30 100

40 150

50

60 200

l/s m³/h

Q

B = Wear-resistant impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C pH

B 2720 2.0 400, 3~ 4.4 44 600 235 3" 25×7 No 2–10

B 2740 6.3 400, 3~ 12 75 725 280 3"/4" 25×7 No 2–10

B 2750 8.0 400, 3~ 15 90 780 280 3"/4" 25×7 No 2–10

For additional specifications, see product technical documentation.

30

With reservation for changes.

2700 sludge series

2720, 2730, 2740 25 20

H (m)

D 243 HT (2740)

15 D 241 MT (2720)

10 D 441 MT (2730)

5 0 0

5

0

10 30

15

20

60

25 90

30

35 120

l/s m³/h

Q

D = Solids-handling impeller.

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Throughlet [mm] Warm liquid, 70°C pH

D 2720 2.0 400, 3~ 4.4 48 715 420 3" 50 No 2–10

D 2730 4.1 400, 3~ 8.8 95 845 440 3"/4" 75 / 80 No 2–10

D 2740 6.3 400, 3~ 12 95 845 440 3"/4" 46 No 2–10

For additional specifications, see product technical documentation.

With reservation for changes.

31

Flygt submersible drainage pumps

Ready Whether it’s for construction or industrial sites, manholes or emergency situations, you’ll be ready for on-thespot dewatering – time and time again.

Ready pumps are easy to carry, install and service.

These pumps go where other pumps do not fit and can be stored easily in service vehicles for quick response to flooding or clean-up.

32

Ready

Ready 4, Ready 8, Ready 8S 14 B 20088 Ready

12

H (m)

10 8

D 2008 Ready 8S

6 B 20044 Ready

4 2 0 0

1

0

Model Rating [kW] Voltage [V/phase] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C

Ready 4 0.4 230, 1~ 2.7 12 438 184 2" 11×5 No

2 5

3 10

4 Q

Ready 8 0.75 230, 1~ 4.2 14.5 438 184 2" 11×5 No

15

5

6 20

7

l/s

25 m³/h

Ready 8S 0.9 230, 1~ 5.2 17 512 263 2" 38 No

For additional specifications, see product technical documentation.

With reservation for changes.

33

Flygt slurry pumps

5000 series

Rugged, reliable and cost effective, the Flygt 5000 series of submersible slurry pumps handle transportation of the most abrasive solids that are supended in liquid.

Designed for excellent performance, low energy consumption, long wear life and easy maintenance, our Flygt 5000 series pumps serve a wide range of slurry transport applications.

With a slim, compact design, these abrasive- and corrosive-resistant portable slurry pumps provide quiet, economical solutions for slurry transportation.

34

35

Flygt slurry pumps

5000 series

H 5100 40

H (m)

30

A

20

B 10

C D

Model Rating [kW] R. current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C Agitator Ex version

211 7.5–13.5 9.4–28 215 978 547 4" 30 Yes Yes 221

10

251 15–22 17–41 277 1124 547 4" 30 Yes Yes 261

20

300 22–45 25–82 585 1296 595 4" 30 Yes Yes 310

30

40 50 Q(l/s)

60

70

80

211 251 300 Performance

0 0

A 430 430 430 B 432 432 432 C 630 630 630 D 632 632 632

(400 = 4 pole, 600 = 6 pole) E.g. 5100.211 53–430

Internal and external cooling available For additional specifications, see product technical documentation.

36

With reservation for changes.

5000 series

H 5150 60 50

H (m)

40

A B

30

C D

20

E

10

Model Rating [kW] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C Agitator Ex version

300 30–45 32–82 585 1410 875 4" 36 Yes Yes 310

25

50

350 50–70 59–132 817 1537 875 6" 36 Yes Yes 360

75

100 125 150 175 200 Q(l/s)

300 Performance

0 0

350

A

430

B

432

C

430

434

D

432

436

E

434

438

E.g. 5150.350 53–436

Internal and external cooling available For additional specifications, see product technical documentation.

With reservation for changes.

37

Flygt slurry pumps

5000 series

H 5520, 5530 20

H (m)

15

10

A B C

5 D

Model Rating [kW] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C Agitator Ex version

5520 3.1 6.3 122 848 478 4" 20 Yes No Yes

10

20

5530 5.9 7–12 203 848 632 6" 30 Yes Yes Yes

30

40 50 Q(l/s)

60

5520 Performance

0 0

70

80

5530

A

434

B

436

C

436

D

438

E.g. 5530.181 53–436

External cooling available For additional specifications, see product technical documentation.

38

With reservation for changes.

5000 series

H 5570 100 80

H (m)

60 H 5570*

40

20

0 0

50

100

150 200 Q(l/s)

250

300

350

*Consult pump selection program for details on performance.

Model

5570 600 drive

5570 700 drive

Rating [kW] Rated current [A] Weight [kg] Max. height [mm] Max. width [mm] Discharge Ø [in] Strainer hole [mm] Warm liquid, 70°C Agitator Ex version

58–105 118–200 1190–1350 1675–2068 983–1225 8" 30 No No Yes

100–215 202–395 1700–2000 1829–2312 983–1225 8" 30 No Yes Yes

External cooling available For additional specifications, see product technical documentation.

With reservation for changes.

39

Flygt slurry pumps

Calculation effects of slurry 1. Determine SG/density of the liquid. If the density is unknown, it can be determined by using the formula or nomograph; Cw/Cv = S/Sm

S = Specific gravity (SG) of dry solids Sm = SG of the slurry Cv = Concentration of solids by volume Cw = Concentration of solids by weight

Max Cv for centrifugal pumps is 40% 2. Calculate the critical velocity. Choose a pipe diameter so that the pipe velocity is higher than the critical velocity.

1. Water + coarse gravel 4 m/s 2. Water + gravel 3 m/s 3. Water + sand Particles < 0.1 mm 1.5 m/s Particles < 0.6 mm 2.5 m/s

3. Calculate the total discharge head.

Use diagram or formula in Chapter Engineering. If the concentration is more than 15% by volume (CV), the value should be adjusted using the correction factor (Cf) diagram. Cf for slurry CV=30%=1.5 40

Fetstoffe nach Volumen

(Pipe velocity V=Q/A [A=pipe area]) 40

30 20 10 1.0

1.2

1.5

Korrekturfaktor

1.8

4. The required duty point has now been established (Htotal). If the solid concentration exceeds 15% by volume, the discharge head of the pump must be reduced. By dividing the duty head with the reduction factor (HR), the equivalent clean-water pump head is obtained (Hcv).

0

300 200150 100 72 52 36

25 18 14

10

7

5 Solids SG 1.5

0.04

1.75 0.1

Factor K

2.0 2.5

Head Reduction: Cv HR = 1 – K × 20 30 = 1 – 0.04 × 20 Htotal Hcv = HR

3.0 3.5 0.2

4.0 5.0

Diagramma per la determinazione del fattore di riduzione HR

8.0

Htotal = Head total slurry Hfrsl = Friction losses for

slurry Hfrcw = Friction losses

Clean Water Hfrsl = Hfrcw × Cf

0.6 0.8 0.9

.2

.4

.6

1

2

4

6

d85

Htotsl = Hstat + Hfrsl

Example S = 1.8. d85 = 1 mm. K = 0.04

5. The pump can now be selected based on the flow and head values above.

6. The power curves for the pumps are based on clean water and these must then be multiplied by the specific gravity of the slurry to obtain the corresponding value for slurry pumping. Flygt recommends a motor with a 20% excess power margin for slurry applications due to variations in slurry.

41

Accessories for Flygt submersibles

Accessories

42

Hoses, cables and starters Complement our extensive range of Flygt submersible drainage pumps with a wide range of accessories that simplify installation and operation.

Flygt Softstarter Reduces starting current to smooth motor acceleration and protect the pump.

Discharge outlet types Enables convenient attachment of a hose or connection for vertical and horizontal pumping.

Discharge hoses Meets your requirements through a wide variety of sizes.

Flygt SUBCAB速 Ensures electricity supply and supervision reliability through built-in monitoring cores in submersible power cables.

43

Accessories for Flygt submersibles

Mechanical accessories Adapt your pump to your specific requirements using our broad range of mechanical accessories.

Flygt pump raft Keeps pump afloat using lightweight glass-fiber reinforced polymer.

Flygt tandem connection Connects two or more pumps in series for extra high head operation.

44

Flygt zinc anode kits Provides extra protection against galvanic corrosion for all metal parts.

Flygt low suction collar Removes unwanted water down to very low levels when required for emergency services.

Electrical accessories Automate pump operations with Flygt electrical accessories and reduce energy costs as well as pump wear.

Flygt FPC100 pump controller Automatically controls the pump without the use of level sensors.

Flygt external level controller

Flygt level regulators Controls pump starts and stops based on actual water levels and/or activates an alarm device.

Flygt pump mounted level regulator

Flygt pump starters (manual and automatic) Provides thermal/magnetic overload protection, thermal contact supervision and phase sequence indication.

45

Godwin automatic self-priming pumps

Dri-Prime pumps

Portable Dri-Prime速 automatic self-priming pumps are equipped with an independent power source, prime from dry to 8.5 meters of suction lift and can run dry without experiencing any damage.

These dependable solids-handling pumps transport raw sewage, sludges and fluids with solids up to 125 mm in diameter. Choose between highvolume, medium-head CD series and medium volume, high-head HL series pumps.

All models are available trailer-mounted for safe on-highway transportation, with stainless steel pumpend construction, and soundattenuated enclosures.

46

Dri-Prime CD series

CD75, CD80D 20

(2000 rpm)

60 CD80D

15

50

30

CD75

H (ft)

H (m)

40 10

20

5

10 0 0 0

5 10

20

10 30

40

15 50

20 60

70

0

l/s m³/h

Q

Model

CD75

CD80D

Engine

Yanmar L100 AE

Kubota Z482

Max. solids handling [mm]

40

40

Suction Ø [mm]

50

80

Discharge Ø [mm]

50

80

Max. operating speed [rpm]

2000

2000

Min. running time at max. speed 4 h

52 h

Fuel tank capacity [l]

5

72

Dry run capacity

Yes

Yes

Consumed power [kW]

4.5

4.5

Dimensions L×W×H [mm]

1100×652×800

1300×680×1900

Weight [kg]

150

569

For additional specifications, see product technical documentation.

With reservation for changes.

47

Godwin automatic self-priming pumps

Dri-Prime CD series

CD100M, CD103M (1800 rpm)

120

35

CD103M

30

100

H (m)

25

80

CD100M

20

60

15

40

10

20

5 0 0

H (ft)

40

10

0

20 50

30 100

40

50

150

60 200

0

l/s m³/h

Q

Model

CD100M

CD103M

Engine

Perkins 403D-15

Perkins 404D-22

Max. solids handling [mm]

45

75

Suction Ø [mm]

100

100

Discharge Ø [mm]

100

100

Max. operating speed [rpm]

1800

1800

Min. running time at max. speed 22 h

26 h

Fuel tank capacity [l]

72

170

Dry run capacity

Yes

Yes

Consumed power [kW]

11

23

Dimensions L×W×H [mm]

1300×680×1900

1800×1000×1900

Weight [kg]

1050

1128

For additional specifications, see product technical documentation.

48

With reservation for changes.

Dri-Prime CD series

CD150M, CD225M (2000 rpm)

150

H (m)

40

125

CD225M

100

30 20

75

(1500 rpm) CD150M

50

10

25

0 0 0

H (ft)

50

50

100

150

200

100 200 300 400 500 600 700

0

l/s m³/h

Q

Model Engine

CD150M Perkins 404D-22

Max. solids handling [mm] Suction Ø [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. running time at max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Dimensions L×W×H [mm] Weight [kg]

65 150 150 1500 38 h 170 Yes 16 1800×1000×1900 1345

CD225M Perkins 1104D-E44TA 75 200 200 2000 17 h 390 Yes 74.1 2500×1300×1900 2255

For additional specifications, see product technical documentation.

With reservation for changes.

49

Godwin automatic self-priming pumps

Dri-Prime CD series

CD250M, DPC300 160

(2000 rpm)

140

H (m)

40 30

CD250M

120 100

(1020 rpm)*

20

80

DPC300

H (ft)

50

60 40

10

20 0 0 0

50 200

100 400

150 600

200

250

800

0 300

1000

l/s m³/h

Q *Curve references pump speed, engine speed will be greater through use of gear box

Model Engine

CD250M Perkins 1104D-E44TA Max. solids handling [mm] 75 Suction Ø [mm] 250 Discharge Ø [mm] 250 Max. operating speed [rpm] 2000 Min. running time at max. speed 17 h Fuel tank capacity [l] 390 Dry run capacity Yes Consumed power [kW] 72 2500×1300×1900 Dimensions L×W×H [mm] Weight [kg] 2433

DPC300 Perkins 1104D-E44TA 95 300 300 1020 38 h 850 Yes 74.1 3700×1700×2200 4201

For additional specifications, see product technical documentation.

50

With reservation for changes.

Dri-Prime CD series

CD300M, CD400M 140

40

H (m)

160

(1500 rpm)

CD300M

120 100

30

80

(1000 rpm)*

20

H (ft)

50

60

CD400M

40

10

20 0 0 0

100 500

200

300 1000

400

500

1500

0 600

2000

l/s m³/h

Q * Curve references pump speed, engine speed will be greater through use of gear box

Model Engine

CD300M Perkins 1106DE66TA (129) Max. solids handling [mm] 95 Suction Ø [mm] 300 Discharge Ø [mm] 300 Max. operating speed [rpm] 1500 Min. running time at max. speed 28 h Fuel tank capacity [l] 850 Dry run capacity Yes Consumed power [kW] 94.5 3700×1700×2200 Dimensions L×W×H [mm] Weight [kg] 5168

CD400M Perkins 1106DE66TA (168) 125 450 400 1000 17 h 685 Yes 109 4000×1950×2220 7250

For additional specifications, see product technical documentation.

With reservation for changes.

51

Godwin automatic self-priming pumps

Dri-Prime CD series

CD500M

70

(1100 rpm)*

200

60 CD500M

150

40

H (ft)

H (m)

50

100

30 20

50

10 0 0 0

200

400

1000

600 2000

800

1000

3000

0

l/s m³/h

Q *Curve references pump speed, engine speed will be greater through use of gear box

Model Engine Maximum solids handling [mm] Suction Ø [mm] Discharge Ø [mm] Maximum operating speed [rpm] Minimum running time at maximum speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Dimensions L×W×H [mm]

Weight [kg]

CD500M Caterpillar C18 80 500/600 450 1100 9h 1131 Yes 420 5400×2670×2500 11750

For additional specifications, see product technical documentation.

52

With reservation for changes.

Dri-Prime CD series (Elevated head, solids handling)

CD140M, CD160M, CD180M 100 80

300

(2000 rpm)

250

60

200

(1800 rpm)

H (ft)

H (m)

CD180M

150

40

CD140M

CD160M

20 0 0 0

100 50

20

40

100

60

80

200

300

100

0 120 140 l/s

400

500 m³/h

Q

Model Engine

CD140M Perkins 1104D44TA Max. solids [mm] 75 Suction Ø [mm] 100 Discharge Ø [mm] 100 Max. op. speed [rpm] 1800 Min. running time 19 h Fuel t. capacity [l] 390 Dry run capacity Yes Con. power [kW] 57 2500×1300×1900 Dim. L×W×H [mm] 2131 Weight [kg]

CD160M Perkins 1104DE44TA 75 150 150 1800 17 h 390 Yes 71.9 2500×1300×1900 2425

CD180M Perkins 1106DE66TA (129) 75 200 150 2000 13 h 475 Yes 106.7 2950×1300×1900 2758

For additional specifications, see product technical documentation.

With reservation for changes.

53

Godwin automatic self-priming pumps

Dri-Prime HL series

HL80M, HL100M, HL125M 100

(2000 rpm)

300

HL125M (1800 rpm)

250 HL100M

60

200 H (ft)

H (m)

80

HL80M

150

40

100 20 0 0 0

50 10 50

20

30 100

40 150

50

60 200

70 250

0 80 l/s m³/h

Q

Model Engine

HL80M Perkins 404D-22T Max. solids [mm] 25 Suction Ø [mm] 100 Discharge Ø [mm] 80 Max. op. speed [rpm] 2000 Min. running time 17 h Fuel t. capacity [l] 170 Dry run capacity Yes Con. power [kW] 29 1800×1000×1900 Dim. L×W×H [mm] 1245 Weight [kg]

HL100M Perkins 1104D-44TA 35 100 100 1800 23 h 390 Yes 54 2500×1300×1900 2152

HL125M Perkins 1104D-E44TA 35 150 100 2000 15 h 390 Yes 74.1 2500×1300×1900 2233

For additional specifications, see product technical documentation.

54

With reservation for changes.

Dri-Prime HL series

HL150M, HL200M 120

(2100 rpm)

350

100

300

(1800 rpm) HL200M

200

60

150

40

HL150M

100

20 0 0 0

250 H (ft)

H (m)

80

50 25

50

0 75 100 125 150 175 200 l/s

100 200 300 400 500 600 700 m³/h Q

Model Engine

HL150M Perkins 1104D-E44TA Max. solids handling [mm] 35 Suction Ø [mm] 150 Discharge Ø [mm] 150 Max. operating speed [rpm] 1800 Min. running time at max. speed 13 h Fuel tank capacity [l] 390 Dry run capacity Yes Consumed power [kW] 71.9 Dimensions L×W×H [mm] 2500×1300×1900 Weight [kg] 2333

HL200M Caterpillar C9 38 200 150 2100 10 h 850 Yes 191 3700×1700×2200 4750

For additional specifications, see product technical documentation.

With reservation for changes.

55

Godwin automatic self-priming pumps

Dri-Prime HL series

HL225M, HL250M 140 120

450

(2000 rpm)

400 HL250M

350 300

80

250

H (ft)

H (m)

100 (1800 rpm) HL225M

60

200 150

40

100

20 0 0 0

50 50 200

100 400

150

200

600

250

800

0 300 350

l/s

1000 1200 m³/h

Q

Model Engine Max. solids handling [mm] Suction Ø [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. running time at max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Dimensions L×W×H [mm] Weight [kg]

HL225M Caterpillar C9 65 250 200 1800 13 h 850 Yes 203 3700×1700×2200 5231

HL250M Caterpillar C15 65 300 250 2000 7h 685 Yes 310 4000×1950×2220 6332

For additional specifications, see product technical documentation.

56

With reservation for changes.

Dri-Prime HL series (Extreme high head)

HL260M

175 (1800 rpm)

500

150 125

400

HL260M

H (ft)

H (m)

100

300

75

200

50

100

25 0 0 0

50 100 150 200 250 300 350 250

500

750

1000

1250

0

l/s m³/h

Q

Model Engine Max. solids handling [mm] Suction Ø [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. running time at max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Dimensions L×W×H [mm] Weight [kg]

HL260M Caterpillar C18 50 250 200 1800 5h 685 Yes 425 4300×1980×2525 6900

For additional specifications, see product technical documentation.

With reservation for changes.

57

Godwin automatic self-priming pumps

Dri-Prime HL series (Extreme high head)

HL110M, HL130M, HL160M 200

(2000 rpm)

600

175

500

150

100

HL110M

HL130M

400

HL160M

H (ft)

H (m)

125

300

75

200

50

100

25 0 0 0

20 100

40

60

80

200

100 120 140

300

400

500

0

l/s

m³/h

Q

Model Engine

HL110M Perkins 1104DE44TA Max. solids [mm] 20 Suction Ø [mm] 100 Discharge Ø [mm] 80 Max. op.speed [rpm] 2000 Min. running time 15 h Fuel t. capacity [l] 390 Dry run capacity Yes Power [kW] 74.1 2500×1300×1900 Dim. L×W×H [mm] Weight [kg] 2600

HL130M Caterpillar C9

HL160M Caterpillar C15

22 150 100 2000 13 h 850 Yes 205 3700×1700×2200 5331

35 200 150 2000 7h 685 Yes 303 4000×1950×2220 6440

For additional specifications, see product technical documentation.

58

With reservation for changes.

59

Godwin automatic self-priming pumps

Electric drive availability

HL series

CD series

Electric drive Godwin Dri-Prime pumps are ideal for use when line power is readily available or when refueling can be difficult.

Electric Dri-Prime pumps are available with soft starts and variable frequency drives.

Pump model

Motor Voltage [kW] [V/phase]

Rated cur- Max. rent [A] RPM

Dimensions, L×W×H [mm]

Weight [kg]

CD75

15

400V, 3~

29

2900

1300×500×800

195

CD80D

15

400V, 3~

29

2900

1400×570×1000

390

CD100M

30

400V, 3~

54

2000

1800×650×1000

475

CD103M

45

400V, 3~

80

2200

2000×650×1050

780

CD140M

75

400V, 3~

130

2000

2350×780×1050

1350

CD150M

75

400V, 3~

130

2200

2350×780×1050

1300

CD160M

110

400V, 3~

190

2000

2700×1100×1300

1940

CD180M

110

400V, 3~

190

2000

2700×1100×1300

1950

CD225M

110

400V, 3~

190

2200

2700×1100×1300

2000

CD250M

110

400V, 3~

190

2200

2700×1100×1300

2050

CD300M

160

400V, 3~

275

1800

3200×1600×1550

3510

DPC300

110

400V, 3~

190

1200

3100×1500×1500

3100

CD400M

200

400V, 3~

341

1200

4200×2100×1750

4950

CD500M

475

400V, 3~

830

1100

4200×2450×2000

7100

HL80M

75

400V, 3~

130

2400

2100×680×1140

1250

HL100M

110

400V, 3~

190

2200

2200×1050×1295

1800

HL110M

110

400V, 3~

190

2200

2300×1050×1295

1985

HL125M

160

400V, 3~

275

2400

2595×1115×1270

2200

HL130M

200

400V, 3~

341

2000

2800×1250×1300

3825

HL150M

160

400V, 3~

275

2400

2750×1240×1400

2250

HL160M

315

400V, 3~

529

2000

3100×1300×1500

4350

HL200M

170

400V, 3~

310

2000

2790×1300×1400

3950

HL225M

280

400V, 3~

462

2000

3000×1300×1450

4150

HL250M

325

400V, 3~

575

2000

3100×1300×1500

4525

HL260M

550

400V, 3~

1050

1800

3200×1350×1600

5300

Note: The maximum speeds listed are achieved with a gearbox mounted on the motor flange or by use of a variable frequency (VFD) control.

60

Sound attenuation availability

HL series

CD series

Available for all pump models, Godwin sound-attenuated enclosures are perfect for use in residential and other areas to dampen the sound of diesel engine pumps.

Pump model

Engine model*

dB(A) at 7m

Dimensions, L×W×H [mm]

Weight (wet) [kg]

CD75

N/A

N/A

N/A

N/A

CD80D

Kubota Z482

57

1780×840×1360

900

CD100M

Perkins 403D-15

65

1940×1050×1500

1168

CD103M

Perkins 404D-22

65

2190×1050×1500

1400

CD140M

Perkins 1104D-44TA

77

2890×1300×1800

2400

CD150M

Perkins 404D-22

65

2190×1050×1500

1400

CD160M

Perkins 1104D-E44TA

66

2890×1300×1800

2855

CD180M

Perkins 1106D-E66TA (129)

66

2890×1300×1800

2700

CD225M

Perkins 1104D-E44TA

66

2890×1300×1800

2460

CD250M

Perkins 1104D-E44TA

66

3350×1300×1887

3200

CD300M

Perkins 1106D-E66TA (129)

67

4200×1500×1900

5168

DPC300**

Perkins 1106D-E66TA (129)

66

4580×1300×1900

5480

CD400M**

Perkins 1106D-E66TA (129)

67

4200×1500×1900

6600

CD500M**

Caterpillar C18

68

5200×2500×2700

13500

HL80M

Perkins 404D-22T

65

2190×1050×1500

1450

HL100M

Perkins 1104D-44TA

65

2890×1300×1800

2400

HL110M

Perkins 1104D-44TA

65

2890×1300×1800

2800

HL125M

Perkins 1104D-E44TA

65

2890×1300×1800

2500

HL130M

Caterpillar C9

67

4580×2065×2545

6550

HL150M

Perkins 1104D-E44TA

65

2890×1300×1800

2600

HL160M

Caterpillar C15

70

5200×2200×2700

9100

HL200M

Caterpillar C9

67

4580×2065×2545

5968

HL225M

Caterpillar C9

67

4580×2065×2545

6450

HL250M**

Caterpillar C15

70

5200×2200×2700

9200

HL260M**

Caterpillar C18

70

5200×2200×2700

9500

* Additional engine options available on request.

** Estimated.

61

Godwin automatic self-priming pumps

Wellpoint series Godwin Wellpoint pumps provide excellent groundwater control for dewatering building site excavations and other construction operations.

With a design based on the industry standard Dri-Prime pump, our Wellpoint pumps offer convenient automa足tic self-priming and indefinite dry running capabilities that contractors rely on.

62

Wellpoint CD series

CD100MV, CD150MV, CD225MV 160

(2000 rpm)

140

H (m)

40

120 100

30 (1500 rpm) CD225MV

20

60 CD150MV

10 0 0 0

80

H (ft)

50

20

CD100MV

25

50

40

0 75 100 125 150 175 200 l/s

100 200 300 400 500 600 700 m³/h Q

Model Engine

CD100MV Perkins 403D-15 Max. solids handling [mm] 45 Suction Ø [mm] 100 Discharge Ø [mm] 100 Max. operating speed [rpm] 1500 Min. run.time at max. speed 25 h Fuel tank capacity [l] 72 Dry run capacity Yes Power [kW] 11 1300×680×1900 Dim. L×W×H [mm] Weight [kg] 1200

CD150MV Perkins 404D-22 65 150 150 1500 38 h 170 Yes 16 1800×1000×1900 1645

CD225MV Perkins 1104D-E44TA 75 200 200 2000 17 h 390 Yes 74.1 2500×1300×1900 2758

For additional specifications, see product technical documentation.

With reservation for changes.

63

Godwin automatic self-priming pumps

Heidra pumps Self-contained Heidra速 pumps are reliable hydraulic submersible pumpends with diesel- or electricdriven power packs for general pumping of light slurries and municipal sludges.

Choose from our standard high-volume, vortex, slurry gate mixer or high head versions.

All models are available trailer-mounted for safe onhighway transportation, in stainless steel for high and low pH applications, and/or in sound-attenuated enclosures to dampen noise.

64

Heidra series

HS80, HS100TD, HS103 60

(2200 rpm)

175

50

150 HS103

100

30 20

125 H (ft)

H (m)

40

(2000 rpm) HS80

10 0 0 0

75 HS100TD

50 25

10

20

50

30 100

40 150

50

60 200

70 250

0 80 l/s m³/h

Q

Model

HS80

HS100TD

HS103

Engine

Kubota Z482

Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Powerpack L×W×H [mm] Pumpend L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

40 75 2000 56 h 72 Yes 4 1300×680×1900 400×354×558 70 810

Perkins 403D-15 45 100 2000 18 h 72 Yes 14 1300×680×1900 485×420×581 75 945

Perkins 404D-22T 75 100 2200 27 h 170 Yes 38 1800×1000×1900 500×514×647 130 1136

For additional specifications, see product technical documentation.

With reservation for changes.

65

Godwin hydraulic automaticsubmersible self-primingpumps pumps

Heidra series

HS150, HS150MR 160

(2000 rpm)

140

40

120

H (m)

HS150MR

100

30

80 20

H (ft)

50

60

HS150

40

10

20 0 0 0

20 100

40

60

80

200

300

100

120

400

0

l/s

500 m³/h

Q

Model Engine Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Powerpack L×W×H [mm] Pumpend L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

HS150 Perkins 403D-22 65 150 2000 36 h 170 Yes 15 1800×520×570 680×520×570 152 1052

HS150MR Perkins 1104D-44T 65 150 2000 51 h 390 Yes 41 2500×1300×1900 680×520×570 142 2250

For additional specifications, see product technical documentation.

66

With reservation for changes.

Heidra series

HS200, HS250 70 200

60 (2100 rpm)

150

40 30

H (ft)

H (m)

50

(2000 rpm) HS250

20

0 0 0

50

HS200

10 50 200

100

150

400

600

100

0 250

200 800

l/s m³/h

Q

Model Engine

HS200 HS250 Perkins 1104D-E44TA Perkins 1106D-E66TA (129) Max. solids handling [mm] 75 75 Discharge Ø [mm] 200 200 Max. operating speed [rpm] 2000 2100 Min. runtime @ max. speed 17 h 26 h Fuel tank capacity [l] 390 850 Dry run capacity Yes Yes Consumed power [kW] 61 78 2500×1300×1900 2950×1300×1900 Powerpack L×W×H [mm] 755×721×1250 765×740×1200 Pumpend L×W×H [mm] Weight pumpend [kg] 354 362 Weight powerpack [kg] 2250 2598 For additional specifications, see product technical documentation.

With reservation for changes.

67

Godwin hydraulic automaticsubmersible self-primingpumps pumps

Heidra series

HS300 70

(1800 rpm)

200

60

150

40

H (ft)

H (m)

50

30

100

HS300

20

50

10 0 0 0

100

200

500

300 1000

400 1500

0

l/s m³/h

Q

Model Engine Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Powerpack L×W×H [mm] Pumpend L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

HS300 Caterpillar C9 95 300 1800 13 h 685 Yes 160 3700×1700×2200 1401×1052×1830 945 5325 For additional specifications, see product technical documentation.

68

With reservation for changes.

Heidra series (Slurry gate)

HS100SG

(2000 rpm)

120

35

100

30 H (m)

25

80

HS100SG

20

60

15

40

10

20

5 0 0 0

H (ft)

40

10

20 50

30 100

40 150

50

60

0

200

l/s m³/h

Q

Model Engine Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Pumpend L×W×H [mm] Powerpack L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

HS100SG Perkins 403D-15 45 100 2000 18 h 72 Yes 14 480×580×700 1300×680×1900 145 945

For additional specifications, see product technical documentation.

With reservation for changes.

69

Godwin hydraulic automaticsubmersible self-primingpumps pumps

Heidra series (Slurry gate)

HS150SG, HS150MRSG 160

(2000 rpm)

140

40

120

H (m)

HS150MRSG

100

30

80 20

H (ft)

50

60

HS150SG

40

10

20 0 0 0

20 100

40

60

80

200

300

100

120

400

0

l/s

500 m³/h

Q

Model Engine Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Pumpend L×W×H [mm] Powerpack L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

HS150SG Perkins 404D-22 65 150 2000 36 h 170 Yes 15 725×680×1010 1800×520×570 180 1052

HS150MRSG Perkins 1104D-44T 65 150 2000 51 h 390 Yes 41 700×650×800 2500×1300×1900 170 2250

For additional specifications, see product technical documentation.

70

With reservation for changes.

Heidra series (Slurry gate)

HS200SG

160

(2000 rpm)

140

H (m)

40

120 100

30

80 20 HS200SG

10

H (ft)

50

60 40 20

0 0 0

25

50

0 75 100 125 150 175 200 l/s

100 200 300 400 500 600 700 m³/h

Model Engine Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Pumpend L×W×H [mm] Powerpack L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

HS200SG Perkins 1106D-E66TA (129) 75 200 2000 32 h 390 Yes 61 850×725×1300 2500×1300×1900 380 2250

For additional specifications, see product technical documentation.

With reservation for changes.

71

Godwin hydraulic automaticsubmersible self-primingpumps pumps

Heidra series (Vortex slurry gate)

HS150VSG

100

(2000 rpm)

25

80

H (m)

20

60

HS150VSG

15 40

10

20

5 0 0 0

H (ft)

30

20 100

40

60 200

80

100

300

120 400

0

l/s m³/h

Q

Model Engine Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Pumpend L×W×H [mm] Powerpack L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

HS150VSG Perkins 1104D-44T 125 150 2000 23 h 390 Yes 51 700×650×800 2500×1300×1900 170 2250 For additional specifications, see product technical documentation.

72

With reservation for changes.

Heidra series (Vortex)

HS150V

100

(2000 rpm)

25

80

H (m)

20

60

HS150V

15 40

10

20

5 0 0 0

H (ft)

30

20 100

40

60 200

80 300

100

120 400

0

l/s m³/h

Q

Model Engine Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Powerpack L×W×H [mm] Pumpend L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

HS150V Perkins 1104-44T 125 150 2000 23 h 390 Yes 51 2500×1300×1900 577×514×816 161 2250

For additional specifications, see product technical documentation.

With reservation for changes.

73

Godwin hydraulic automaticsubmersible self-primingpumps pumps

Heidra series (High head)

HS80HH, HS150HH 110

(2000 rpm)

350

100

300 250 H (ft)

H (m)

80

200

60 HS150HH

HS80HH

40

150 100

20 0 0 0

50 10 50

20

30 100

40 150

50

60

200

70 250

80

0

l/s

300 m³/h

Q

Model

HS80HH

HS150HH

Engine

Perkins 1104D-44T

Max. solids handling [mm] Discharge Ø [mm] Max. operating speed [rpm] Min. runtime @ max. speed Fuel tank capacity [l] Dry run capacity Consumed power [kW] Powerpack L×W×H [mm] Pumpend L×W×H [mm] Weight pumpend [kg] Weight powerpack [kg]

25 75 2000 31 h 390 Yes 44 2500×1300×1900 451×506×715 160 2250

Perkins 1106DE66TA (129) 35 150 2000 26 h 850 Yes 81 2950×1300×1900 664×770×1275 190 2598

For additional specifications, see product technical documentation.

74

With reservation for changes.

75

Accessories for Godwin pumps

Accessories Complement our extensive range of Godwin pumps with a wide range of accessories that simplify installation and operation.

Suction hoses

Discharge hose

Quick release pipe and adapters

Wellpoint systems

Suction hoses with fitted strainer

76

77

Pumps 101

Basic pump hydraulics All pumping applications have three things in common: Flow Amount of liquid to be pumped = Quantity divided by time1 Elevation Gravity resistance = Difference in vertical elevation from source to termination2 Distance Friction resistance, determined by the diameter, flow and hose/pipe material = Length of hose/pipe from source to termination3 To size a permanent or temporary pumping application, start by gathering data on flow, elevation and distance.

1 2 3

78

See page 79.

See page 80.

See page 81, 84.

Flow determines pipe size Pressure

Effect

Liquid velocity is critical to keep solids in suspension. If velocity is BAR PSI m H2O ft H2O kW HP too slow, solids drop out. If it’s 10 100 145 134 102 334,6 100 too fast, friction loss becomes an 130 140 320 issue.

9

130

90

300

90

120

The chart on the 280 right shows four 120 110 8 80 flow different measurements for 80 260 110 along with the corresponding 100 hose/pipe size in 240 inches. 70 7 100

70

90

220

90 Determining the flow is the first 6 60 200 80 60 step in designing a complete 80 180 pump system because flow 70 5 50 50 size of the pipe.

70 determines the 160 60 When flow is not known, calculate 140 60 4 40 quantity and40divide by the time 50 120 required 50 to move the liquid.

3

40

Flow = 30 2 l/min 20 l/sec 1 m³/hr 10 gpm 0

BAR

0

30

100 80

Quantity ÷ Liters60 Liters40 10 Metres³ 20 Gallons 20

0

0

PSI m H2O ft H2O

30

Flow

l/min

l/s

24000

400

m3/h US gpm 1440 1400

22000 350 20000

C°

F°

6341

150

302

6000

140

1300 5500 1200

18" Pipe 120

280 260 240

5000 18000

300

1100 1000

16000 250

900

100 4500

12000

200

10000

3500

700

3000

600 150

60

2500 10"

Pipe

1500

2000

200 100

0

0

0

0

kW

HP

l/min

l/s

0

8" Pipe 0

300 50

20

400

4000

160 140

100 80

2000 100

180

120 40

500

8000

6000

80

12" Pipe

800

220 200

4000

14000

40

30 Time 20 Minute20 Second 10 Hour 10 Minute

Temperature

Flow

0

m3/h US gpm

40 20

1000

500

60

6" Pipe -20

0

4" Pipe

-20

-40

-40

C°

F°

79

Pumps 101

Elevation determines required pump strength It’s not where the liquid is, but where it’s going that determines the strength of the pump required. Static head is the difference in vertical elevation from the product source to its termination point.

Static head (vertical elevation difference)

Elevation guidelines 0–15 m (50 ft.)

15–30 m (50–100 ft.)

30–60 m (100–200 ft.)

60–180 m (200–600 ft.)

Flygt MT HT MT/ST/SH MT/ST/SH (Tandem)

ST/SH

Godwin CD CD – Elevated head HL HL – Extreme head

HL

8.5 m/28 ft*

HT

CD

MT

*Maximum suction lift of a Dri-Prime pump is 8.5 m (28 ft.) at sea level.

80

Distance determines increase in pipe size Every meter or foot of hose/pipe on suction or delivery piping creates friction resistance*, which is added to the static head (vertical elevation). The longer the discharge run, the more the friction. If the discharge length is too long, friction can be significantly reduced by increasing the diameter of the hose or pipe. To maintain the required flow over great distances, use these guidelines: Total length of hose/pipe: Up to 300 m (1,000 ft.)

Use the recommended diameter of hose/pipe according to the flow requirements indicated on page 79.

Over 300 m (1,000 ft.)

Increase the diameter of hose/ pipe according to the flow requirements on page 79.

Example: If a pump must transport 62 l/s (1,000 US gpm) of product over 400 m (1300 ft), for instance, you should increase the hose/ pipe diameter from 6" to 8". *See page 84 for friction losses in pipes and hoses.

81

Pumps 101

Choosing the right pump Once you have determined flow, lift and distance and established the basic design of the pumping system, one critical question remains: What is being pumped?

Selecting the right pump ensures reliable operation to get the job done.

Choosing the wrong pump may cause pump failure, service disruption and costly repair or replacement. Generally speaking, go with a Godwin when electric power is not readily available.

Pumped media

Applications

Recommended pumps Flygt Godwin

Clean or dirty water pH range 5–8

· Mining · Construction · Municipal

2600 series

Dri-Prime CD series

Sludge pH range 5–8

· Construction · Municipal · Industrial

2600 series

Heidra series

Extreme pH (Corrosive) pH range 2–10

· Mining · Industrial

2700 series

Dri-Prime CD and HL series

Slurry (Abrasive) pH range 5–9

· Mining · Industrial · Municipal

5000 series

82

(with stainless steel pumpend)

Positioning pumping equipment To complete the pumping job successfully, proper positioning of equipment is essential.

Submersible pumps (Flygt and Godwin Heidra): The following three options for drainage pumps provide reliable results.

1. Suspended

2. Supported

3. Surrounded

Sunk!

(Not by electric cable)

Surface-mounted suction lift pumps (Godwin Dri-Prime) Keeping the suction lift to a minimum is the key to successful surfacemounted pumping applications. Dri-Prime pumps are limited to a suction lift of 8.5 m or 28 ft.

Critical suction lifts: In applications where suction lifts are greater than 6 m (20 ft), increase the suction hose size to reduce suction velocity and thereby prevent suction cavitation.

83

Pumps 101

Friction losses in pipes and hoses All pump capacities are measured for clean water, directly at the discharge outlet. When connecting a hose, you must consider the friction losses that come from the hose size and length. See the chart below.

2" (50mm)

4" 6" 3" (75mm) (100mm) (150mm)

100 80 60

8" (200mm)

Friction losses (meters/100 m of hose)

40 20

10" (250mm)

10 8 6

4 m/s

4 2 0.1 0.8 0.6

2 m/s

0.4 0.2 0.1

1

2

3

4 5

7

10

20

Flow (l/s)

84

30 40 50 70 100

200 300

pH tables Aluminium Cast iron and carbon steel Zinc anodes and epoxy Stainless steel Sintered aluminium oxide Cemented carbide Silicon carbide Nitrile rubber Flourocarbon rubber (viton)

0

1

2

3

4

5

6

Chloride tables

0.04

7

8

0.1

9

10

11

Salt water

12

3.2

+ zinc anodes

Cast iron and carbon steel

+ zinc anodes and epoxy + zinc anodes

Stainless steel AISI 304

+ zinc anodes

14 PH

% salt

Aluminium

Stainless steel AISI 316

13

27

Sintered aluminium oxide Cemented carbide

+ zinc anodes

Silicon carbide Nitrile rubber Flourocarbon rubber (viton)

1

10

102

10 3 200

500

10 4

10 5 18000

Saturated

ppm chlorides

85

Pumps 101

Generator sizing chart These are the recommended sizes of generators for Flygt submersible drainage pumps.

Voltages 3 ~ 400V 50 Hz Pump model

Max. power Rated consumption current [A] [kW]

Permissible cable length [m]

Delayed fuse Generator [A] set [kVA]

2610

1.6

2.7

270

10

5

2620

2.7

4.7

200

10

8

2630

4.5

7.3

215

16

13

2640

6.7

11

145

25

18

2660

11.7

19

130

32

25*/30

2670

20

32

115

63

40*/50

2125 HT

10.2

16

95

32

25*/30

2201

41

65

100

100

85*/105

2250

62

104

100

190

125*/155

2400

95

148

35

230

225*/270

2720

2.7

4.4

200

10

8

2730

4.1

8.8

190

16

10

2740

7.3

12

130

25

20

2750

9.4

15

165

32

25 * Y/D start

Voltages 1 ~ 230V 50 Hz Pump model

Max. power Rated consumption current [A] [kW]

Permissible cable length [m]

Delayed fuse Generator [A] set [kVA]

Ready 4

0.59

2.7

60

10

3

Ready 8

0.97

4.2

60

10

3

Ready 8S

1.2

5.2

50

16

3

2610

1.2

5.1

70

10

4

2610

1.7

7.2

50

16

5

2620

1.9

8.5

50

16

5

86

Measurement conversion reference chart Pressure Pressure BAR

PSI

10

145 140

9

130

m WS ft WS 102 100

90

80 110

7

334,6

300

260

70

90

80

90 60 80

5

70

200

60

180 50

160

134

l/min

l/s

24000

400

120 110

350 20000

50

Temp.

Temperature

m3/h US gpm 1440 1400

22000

C째

F째

6341

150

302

6000

140

1300 120

4

140 40

100

18000

90

16000

300

70

1100 1000

250 80

900

100 4500

4000

12000

80

40

30

100

200

3500

700

3000

60

30

20

10 10

0

0

BAR

PSI

30 20

20 1

60

20

40

10 10

20 0

0

m WS ft WS

2500

1500 0

300 50 2000

200

0

0

0

0

PS

l/min

l/s

0

500

0

m3/h US gpm

60 40 20

1000 -20

100

kW

20

400

4000

100 80

2000 100

140 120

40

500

40 6000

80 2

600

8000 30

180 160

800

150

50

220 200

14000

10000

40

120

50 3

240

5000

60 60

280 260

5500 1200

70

220 6

PS

Flow Flow

130

320

240 100

kW 100

280

120 8

Power Effect

0 -20

-40

-40

C째

F째

87

Notes

Thainstone Business Park Inverurie Aberdeenshire AB51 5GT Tel 01467 623010 Fax 01467 623011 EMail info@filpumps.co.uk www.filpumps.co.uk