GBB Series Brochure - · PDF filePCM MOINEAU GBB Series Force-Feed ... NEW! 2 Characteristics...

PCM MOINEAU

GBB SeriesForce-FeedProgressive Cavity Pump With Forced screw and built-in anti-cavitation device for handling concentrated sludge

NEW!

2

Characteristics

• Maximum flow rate: up to 30 m3/hr

• Maximum pressure: 12 bar - 18 bar - 24 bar

• Maximum temperature in continuous service: 80 °C

• Width of standard hopper: 350 mm for basic models

• Length of standard hopper for concentration equipment: 500 and 1000 mm for basic models

• Can be fitted to a conveyor system increasing lengths up to 1500, 2000, 2500 and 3000 mm

• Available in 2 or 4 pitch versions*

* Pitch represents the length of stator required for a chamber to rotate through 360° around the axis of the pump.

Advantages

Force-Feed Pump for handling concentrated sludge

• Transports sludge while cutting down on problemsfrom odours

• Used for mixing in lime treatment applications

• Suitable for all sludge concentration equipment

• Economical compared to other transfer systemssuch as:

- belt conveyors - screw conveyors

• Low-cost alternative to piston pumps for handlingmajor head loss

• Designed to cope with changes in service conditions at treatment facilities.

Moineau progressive cavity technology

• Gentle to material

• Constant flow without pulsation (important for providing feed for drying units for example)

• Easy to maintain

▲

▲

The base is designed to make it easier to install the pump and its drive on their foundations, whilstleaving enough room to access parts of the pump as required (drain plug for example).

▲

The diameter of the discharge pipe is standard,with the pipe incorporating a system for lubricating the piping. This system provides a better means ofmonitoring head loss on the discharge and ensures thatthe pump will operate with sludge which is particularlyadherent and liable to cause blockages.

▲

The drain plug (feed barrel) is fitted as standard and brings greater flexibility to operation of the unit, particularly when a cycle has been completed and the equipment is being cleaned. It alsomakes it easier to carry out maintenancework.

▲

GBB force-feed pump from PCM Pompes: Handlesconcentrated sludge in complete safety with a range of equipment specially designed for the application.The pumping solution for all applications involving:- industrial or municipal sludge- sludge (with or without lime treatment) for movement over long distances

Can be used in conjunction with all types of sludge dewatering equipment:- draining tables - belt filters- centrifuges - filter presses

Efficient wherever the sludge is being moved:- transfer to storage areas or containers prior to disposal- providing feed for dryers or incinerators

GBB force-feed pumps have been specially designed to deal with particularly difficultapplications (sludge with high dryness content, adherent material, etc.) and include a number of original features:- elimination of retention areas- drainage facility built into pump- optimised performance for anti-cavitation and mixing functions- easier to strip

The new cone shape used for the feed barrel (part joining the hopper to stator) provides increased hydraulic performance and has been specially developed for movingdifficult material (material with high dryness content and highly viscous or adherentproducts). This barrel is removable and is fitted in series on GBB range pumps. It improves the efficiency of the pump and also makes it easier to remove during maintenance work where space is restricted as it allows better access to the jointmechanism.

▲

3

ConstructionGBB Force-Feed PumpThe anti-cavitation device is fitted with frames

and belongs to a new generation of this type of device. It promotes mixing if lime treatment is used and makesit easier for the material to be pumped to pass through.It is designed to prevent blockage and this ensures thatthe critical area on the sides of the hopper is cleanedcontinuously and optimal performance is obtained from any level sensors fitted to the pump.

▲

The dimensions of the hopper are standardi-sed to allow the unit to be easily fitted to alltypes of dewatering equipment. A simplifiedsystem is used to fit the intermediate hoppers.

▲

The rotor has a simplified coupling which is suitablefor use with abrasive substances and is protected by ametal shell. Its design ensures that the pumped materialflows better over the joint and makes it easier to removethe pump without having to take out the hopper.

▲

Retention areas are eliminated due to the newdesign used for the back of the hopper (flanged spacer). This arrangement avoids the risk of having the material cake up at the back of the hopper when lime is used.

▲

Hydraulic performance has been optimised for this new pump to allow the most suitable driveto be selected to cope with serviceconditions at the facility.

▲

A new design has been used for the cartridge sealsystem making installation easier. The seal can be asimple gasket-type unit or have an automatic lubricator,and replacement is made easier with access from the backon the drive side.

▲

The shape and construction of the anti-retention hopper keep flow problems to a minimum, even with particularlyadherent material.

▲

The screw conveyor in the transferarea can have one or two threads and is used for moving the sludge to the mixing and pumping area.

▲

GBB, 500 and 1000 mm hopper

4

Collection under belt filterBelt width: 1500 to 3000 mmA conveyor can be integrated into a standard 500 or 1000 GBB pump to provide a force-feed pump unit with a larger hopper size.This particular design means that sludge can be collected behind belt filters with a belt width greater than 1000 mm.

Applicable standards and directives

ConstructionPump body

The body consists of a welded steel assembly,with corrosion proofing applied to ensure service under extremely corrosive conditions.

Rotor

Made from hardened steel,

Stator

Moulded unit inserted in a metal casing, made from hypalon which offers the best compromise betweenchemical resistance and resistance to abrasion.

Force-feed screw

Made from steel.

Anti-cavitation device

Made from steel alloy.

Operation

A Moineau pump consists of a helical rotor which rotatesinside a helical stator. The rotor is precision machinedfrom hardened steel with the stator being moulded froman elastomer which is resistant to abrasion. The geometry and dimensions of these parts are designed so that a double string of sealed chambers (or cavities) are formed when the rotor is inserted in the stator. The cavities move along the pump shaft asthe rotor rotates inside the stator (without changing theirshape or their size) and carry the material from the inletof the pump through to its output.

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The feed hopper extends the transfer area to provide a single unit which can befitted to all concentration equipment between 1500 and 3000 mm in length.

▲

Anti-cavitation device areaof GBB pump with a 500 or 1000 mm hopper.

▲

The base is used to secure the assemblyto form a single piece of equipment.

▲

Advantages:

• Smaller space requirement: the pump is up to 25 % shorter than in standard systems.

• Simpler maintenance as tasks take less time and are easier to perform.

• Mechanical parts exposed to much less stress.

• Lower replacement part costs as wear parts are smaller for 500 or 1000 force-feedpumps.

GBB, for belt filter hopper > 1000 mm

GBB SeriesForce-Feed Progressive Cavity Pump

5

GBB force-feed pump: Setting up a force-feed pump is a dof the Client's process is necessary in order to take accoPCM are constantly striving to offer their customers a beand Control Cabinet.

The secret of successfully integrating theequipment into the user's process facilitieslies in taking all the variables associated withthe pump and its environment into account.

PCM look at these operating constraints andput forward recommendations for options andaccessories which will provide the level ofsafety necessary for the pump. These include:

Dry running protection deviceThis system can be set up on the pumpdischarge or the force-feed barrel on the suction side, depending on the requirementsof the process. The system checks whethermaterial is present inside the pump body toprevent the possibility of the pump runningdry and causing damage to the stator. Thisequipment has been specifically adapted for

use with sludge-typefluids and keeps thepump in a safecondition while it isin service.

Level detectionPCM have developed anumber of differentsystems for monito-ring the level of sludgein the hopper, to suitthe particular serviceconditions of the pump. In addition to usessuch as controlling the pump when lime isadded, these devices also provide protectionagainst the risk of running dry or cavitation.

SafetyPressure switchFitting a pressureswitch to the pumpdischarge will preventany damage caused

by operating the machine beyond its designlimits, such as when piping becomes blockedor there is a large rise in pressure.

Optional equipment

Equipment for injection of air

- If there is an air source on site, use of air will be less costly and will not involve any loss of dryness while the material is being transferred.

- The air used for lubrication is taken straight off the plant air system,if available. The unit can be made fully autonomous by use of a dedicated compressor (screw or piston type).

- The solenoid valve is used to distribute air on the injection ring.The valve is associated with the isolation valves and the checkvalve and isolates the air system from the sludge circuit.

Compresseur

Control cabinet

Correct operation of the GBB force-feed pump depends on the quality of the control systemlinking the pump to the various items of equipment on the facility. PCM have developed astandard module for controlling the GBB pump within its environment which is suitable forall configurations encountered on sludge treatment facilities.

This equipment is available in a number of versions:- modular version to be incorporated in the main cabinet for the facilitywhich includes level control,

- enclosure version which provides the complete cabinet for controlling the unit.

Advantages:- ready-to-run system or system which can easily be added to existingequipment

- all operating constraints taken into account- PCM is the only contact the user needs on any aspect of the stationThe modular design of the control station means that the system is fullyupgradeable and can be adapted to suit any changes in operation withouthaving to change existing hardware, provided that there is sufficient space insidethe cabinet.This method provides a high degree of flexibility in how the various items of equipment are operated and used together.Data on operating conditions and faults shown on display unit (supplied as anoption) to make the system as user-friendly as possible.The following functions are available for each of the versions*: - print-out of operating data on the fly on a local printer- transfer of data to PC on the site- transfer of summary of faults via modem using a method specified in advance

* In this case, a study of specific site conditions needs to be made before-hand.

Lubrication usingair injection

Solenoid valve

6

delicate operation requiring a great deal of care. A thorough knowledge ount of all aspects of the system and adopt appropriate solutions.etter service and can handle all of the following work: Lubrication, Lime treatment

▼▼ Items of equipment which are common to both lubrication systems

- The injection ring (or pipe) forms an integral part of the pump and is the heart of the lubrication system. It is designed to provide even distribution of the injectedlubricant over the entire circumference of the piping, making lubrication more efficient and keeping down consumption of the lubricant used (air or polymer). The ring is also available in the form of a spool which can easily be added to any existing facility.

- The spool ring can be used in conjunction with the control devices. - The pressure switch monitors injection of the lubricant and/or trips out the facility if required.- The piping is used to take the lubricant from its point of supply to the place where it is injected. The type of piping used depends on whether air or polymer is used.

Pressure switch

Lubrication

Moving concentrated sludge with a high dryness content causes head loss, and this can be very high in discharge lines.

The way sludge behaves when it is being pumped varies considerably depending on the type of sludge in question (origin of the effluent treated at the station, seasonal variations, etc.), on how it has been treated andon its consistency. In view of the extent of the variation involved, PCM have developed a standard system forlubricating which reduces the pressure in discharge lines and encourages the material to flow more easily. Thisnew system is designed for incorporation in the standard version of the pump, which means that it is mucheasier to install on site and does not require any changes to be made to existing discharge piping. This flexibili-ty means that it is a simple matter to make alterations to the facility if there are changes in operating conditions,with equipment being upgradeable to suit service conditions.

PCM offer two lubrication solutions which are fully compatible with each other. The decision on which system touse depends on the operating constraints at the facility and should be taken after reviewing the cost implica-tions for the site concerned.

Lubrication usingpolymer injection

7

GBB Series Force-Feed PumpSetting up the equipment

Pressure gaugeA pressure gauge can beused to display the dischar-ge pressure or the head losscaused by the movement ofthe sludge.

This local indication is use-ful for checking operatingconditions.

Stuffing box with automatic lubricator

The seal system mustbe lubricated when abra-sive substances are pre-sent.

This new system con-sists of an automaticlubricator which makesthe stuffing box sealeasier to lubricate, and

allows it to function independently. This makes itsimpler to maintain.

Frequency controllerUsing a frequency controller provides a much sim-pler way to adjust the flow rate, and gives a widerrange of adjustment thana manual system.

When lime treatment isapplied, variations in floware essential to ensureoptimal distribution ofthe lime and and to provide safe operatingconditions.

Optional equipment

0

2

4 6

8

10

Lime treatment

In many cases, the use of lime makes it possible to increase the drynessof the sludge coming from dewatering equipment. The lime is injecteddirectly into the hopper on the GBB unit, with the new design of the hopperensuring that the lime is properly mixed with the sludge.

Operating with lime treatment requires extremely tight control of the pump to avoid the possibility of running without load or withlime only. This is the reason why level control is essential when this configuration is used.

The lime injection point is determined by thetype of equipment used to concentrate the sludge, with the system having been tried and tested for this application.

The method PCM recommend for obtaining optimal performance from the GBB series force-feed pump under these condition is to use frequency variation with a system to control the pump and lime distribution associated with the level sensors fitted in the hopper.

Special equipment for injecting polymer

- Use of polymer is preferable when material is being transferred to feed a drill or a dryer.

- The polymer used is the same as the one injected at the treatment station for preparing the sludge prior to dewatering, and it is often available close at hand, in some case in the sludge treatment building.

- The polymer can be injected in the sludge discharge piping usinga PCM Moineau G-type floating stator* or fixed stator pump (I or F series), or a diaphragm (Lagoa series*) or piston (Préci-Pompe*) dosing pump.

- PCM can offer a Dosunit* type polymer preparation tank specifically for this purpose. The tank can be located close to the injection point to make it easier to integrate the stationwithin the sludge treatment facility.

* see specific documentation for each of these products.


8

Rea

gent

sPo

lym

ers

Dos

ing

Lim

e m

ilk

Wastewater

- Collecting and transferring sludge coming from the sedimentation tank.

- Recirculation of sludge undergoing biological treatment (activated sludge).

- Recirculation on digesters.- Collection after thickening.- Recovery of scum and floating objects.- Feed for sludge concentration machines.

Pumping on sludge and other applications

- Collection of concentrated sludgeunder draining table and belt filter according to dryness.

IVA Series

PCM systemson treatment plants

GBB series pumpsin other sectors

The pumping system can be adapted to handle highly adherent and viscous substances (such as bread dough) and productswith large lumps such as offal and carcasses from abattoirs, crushed fish, mashed potato and vegetable peelings. Materialsand use in manufacture. This list shows the most common applications. There are many more in a wide variety of fields.

I Series

I Series

I Series

F Series

Lagoa-LG

Lagoa-LG

DL Series

LIQ

UID

SLU

DG

EC

ON

CEN

TRAT

EDS

LUD-

- Land disposal

- Dumping

- IncinerationSludge disposal

- Protecting pumps against drawing in largefloating objects and long strands.

Pipeliner-grinder

- Drainingtable

- Belt filter

- Centrifuge

- Filter press

LES

MAC

HIN

ESD

EC

ON

CEN

TRAT

ION

DES

BO

UES

- Collection of concentrated sludgeunder belt filter,centrifuge and filter press according to dryness and discharge pressure.

Série GBB


L

Z

Z1

N

M

E

B

K

400

HG

Ø18

12 Ø18

A

C

340

170

470

210

210

25

D

20 270 270 270 2701120

1000 350

110

F

80

L

Z

Z1

N

M

E

B

K

400

HG

Ø18

12 Ø18

A

C

340

170

470

210

210

25

D

20 270 270 270 2701120

1000 350

11080

Outside dimensionsGBB Series 15.25.40.60/12b500 and 1000 hopper

Construction = Variable speed gear unit Construction = Fixed speed gear unit


L

Z

Z1

N

M

E

B

K

400

HG

Ø18

8 Ø18

A

C

340

170

470

210

210

25

D

20 290620

500 350

110

F

80

L

Z

Z1

N

M

E

B

K

400

HG

Ø18

8 Ø18

A

C

340

170

470

210

210

25

D

20 290620

500 350

110

80

Z : Mini dimension for stator removal without dismantling the rotor - Z1 : Mini dimension for stator and rotor dismantling.


GBB 350 x 500 mm hopper


Variable speed gear unit Fixed speed gear unitA B C D G H K L M N Z1 Z

E F Weight Kg E Weight kg

15GBB12 774 514 236 1605 240 540 415 772 2” 1094 320 470 2215 620 390 2135 345

25GBB12 846 514 236 1680 240 540 415 836 2” 1168 320 560 2365 715 430 2295 360

40GBB12 1218 514 236 2050 240 570 415 1042 3” 1630 500 750 2850 835 610 2745 525

60GBB12 1662 567 236 2575 310 640 415 1310 3” 1920 700 1010 3495 1015 870 3435 680

Variable speed gear unit Fixed speed gear unitA B C D G H K L M N Z1 Z


15GBB12 774 1014 236 2105 240 540 415 772 2” 1344 320 470 2715 620 405 2635 360

25GBB12 846 1014 236 2180 240 540 415 836 2” 1418 320 560 2865 715 445 2795 375

40GBB12 1218 1014 236 2550 240 570 415 1042 3” 1880 500 750 3350 835 630 3245 545

60GBB12 1662 1067 236 3073 310 640 415 1310 3” 2170 700 1010 4005 1015 890 3935 700

FlangeDN 150

FlangeDN 150

FlangeDN 150

FlangeDN 150

9

Dimensions en mm

Dimensions en mm

1

0

2

500

6 BAR

12 BAR

100 150 200 250

6 BAR

12 BAR2

3

4

1

0

5

500 100 150 200 250

6 BAR

12 BAR5

4

2

7

9

8

6

10

3

1

0

11

500 100 150 200 250

5

10

15

20

0

25

500 100 150 200 250

6 BAR

12 BAR

Performance with a none sticking sludge at 32 %, dryness,ambiant temperature.

15 GBB 12 25 GBB 12

60 GBB 1240 GBB 12

Performance chartsGBB Series 15.25.40.60/12b

10

Flow-ratem3/h

RPM

Flow-ratem3/h

RPM

Flow-ratem3/h

RPM

Flow-ratem3/h

RPM







415

400

240

Q

N

LM

DE

80

80 110

(5 x 250)1250

ZH

FZ1

30125

PC A B 6 Ø18

Ø12

365

275

17,5

3x11

0

170 34

0

415

400

240

Q

N

LM

DE

80

80 110

Z

H

F

Z1

30125

PC A B

365

17,5

170 34

0

(5 x 250)1250

6 Ø18

Ø12

275

3x11

0


415

400

240

Q

N

LM

DE

80

80 110

Z

HF

Z1

30125

PC A B

365

17,5

170 34

0

125

(7 x 250)1750

6 Ø18

Ø12

275

3x11

0

(7 x 250)1750

6 Ø18

Ø12

275

3x11

0

415

400

240

Q

N

LM

DE

80

80 110

Z

H

F

Z1

12530125

PC A B

365

17,5

170 34

0

Flange DN 150Flange DN 150

1500 (int.)

2000 (int.) 2000 (int.)

1500 (int.)

Flange DN 150 Flange DN 150

Variable speed gear unit Fixed speed gear unitA B C D F H L M N P Z1 Z

E Q Weight Kg E Q Weight kg

15GBB12 774 514 236 1605 915 540 772 2” 665 360 320 470 2215 2805 610 2135 2725 565

25GBB12 846 514 236 1680 915 540 836 2” 740 288 320 560 2365 2880 650 2295 2810 580

40GBB12 1218 514 236 2050 945 570 1042 3” 1110 - 84 500 750 2850 2995 830 2745 2890 745

60GBB12 1662 567 236 2571 1080 640 1308 3” 1578 - 548 700 1010 3480 3195 1030 3430 3195 840



15GBB12 774 1014 236 2105 915 540 772 2” 915 860 320 470 2715 3305 700 2635 3225 655

25GBB12 846 1014 236 2180 915 540 836 2” 990 790 320 560 2865 3385 740 2795 3310 670

40GBB12 1218 1014 236 2550 945 570 1042 3” 1360 415 500 750 3350 3495 925 3245 3390 840

60GBB12 1662 1067 236 3073 1080 640 1308 3” 1828 - 548 700 1010 4030 3770 1050 3930 3695 860

11

Dimensions en mm

Dimensions en mm







415

40024

0

Q

N

LM

DE

80

80 110

(9 x 250)2250

Z

H

F

Z1

30125

PC A B 6 Ø18

Ø12

365

275

17,5

3x11

0

170 34

0

415

400

240

Q

N

LM

DE

80

80 110

Z

H

F

Z1

30125

PC A B

365

17,5

170 34

0

(9 x 250)2250

6 Ø18

Ø12

275

3x11

0


415

400

240

Q

N

LM

DE

80

80 110

Z

HF

Z1

30125

PC A B

365

17,5

170 34

0

125

(11 x 250)2750

6 Ø18

Ø12

275

3x11

0

(11 x 250)2750

6 Ø18

Ø12

275

3x11

0

415

400

240

Q

N

LM

DE

80

80 110

Z

H

F

Z1

12530125

PC A B

365

17,5

170 34

0





15GBB12 774 514 236 1605 915 540 772 2” 165 1360 320 470 2215 3805 650 2135 3675 605

25GBB12 846 514 236 1680 915 540 836 2” 240 1288 320 560 2365 3880 690 2295 3810 620

40GBB12 1218 514 236 2050 945 570 1042 3” 610 916 500 750 2850 3995 870 2745 3890 785

60GBB12 1662 567 236 2571 1080 640 1308 3” 1078 452 700 1010 3480 4195 1105 3430 4195 915



15GBB12 774 1014 236 2105 915 540 772 2” 415 1860 320 470 2715 4305 735 2635 4225 690

25GBB12 846 1014 236 2180 915 540 836 2” 490 1790 320 560 2865 4385 775 2795 4310 705

40GBB12 1218 1014 236 2550 945 570 1042 3” 860 1415 500 750 3350 4495 960 3245 4390 875

60GBB12 1662 1067 236 3073 1080 640 1308 3” 1828 452 700 1010 4030 4770 1125 3930 4695 935

12

Dimensions en mm

Dimensions en mm

2500 (int.)

3000 (int.) 3000 (int.)

2500 (int.)

L

N

80

B

170 47

0

340

E

M

1014

A

Z

Z1

2 Ø18 6 Ø20100C

1120

1000

270 270 270 270 20

DI

K

400

GH

440

Ø18

Z

Z1 80

L

N

E

MA

B

170 47

0

340

2 Ø18 6 Ø20100C

1120

1000

270 270 270 270 20

DI

K

400

GH

440

Ø18

Outside dimensionsGBB Series 100/12b25 et 40/24b, 50/18b500 and 1000 hopper



L

N

80

B

350

170 47

0

340

E

M

K

400

GH

440

F

A

Z

Z1

2 Ø18 6 Ø20100C D

I

290 290620

500

20 Ø18

LN

Z

Z1

E

80

K

400

GH

440MA

B

350

170 47

0

340

2 Ø18 6 Ø20100C D

I

290 290620

500

20 Ø18





Variable speed gear unit Fixed speed gear unitA B C D G H I K L M N Z1 Z


25GBB24 236 1318 1075 1075 310 640 2350 415 1318 3" 2084 720 1060 3785 910 895 3604 755

40GBB24 236 1181 1075 1075 310 640 2350 415 1537 3" 2303 700 1250 4150 1014 1190 4071 1015

50GBB18 236 1385 1125 1125 310 640 2450 415 1740 3" 2506 700 1470 4410 1015 1505 4382 1375

Variable speed gear unit Fixed speed gear unitA B C D G H I K L M N Z1 Z


100GBB12 236 1201 1375 1375 350 710 2950 425 1592 3" 2574 720 1300 4655 1055 1445 4698 1350

25GBB24 236 962 1325 1325 310 640 2850 415 1318 3" 2334 720 1060 4283 910 910 4105 770

40GBB24 236 1181 1325 1325 310 640 2850 415 1537 3" 2553 700 1250 4650 1014 1205 4571 1030

50GBB18 236 1385 1375 1375 310 640 2950 415 1740 3" 2756 700 1470 4910 1015 1525 4882 1390

13

Dimensions en mm

Dimensions en mm

Flange DN 150

Flange DN 150(100GBB12 : DN200)Flange DN 150

(100GBB12 : DN200)

Flange DN 150

0 BAR

12 BAR20

30

40

10

0

50

500 100 150 200

0 BAR 24 BAR

2

3

4

1

0

5

6

7

500 100 150 200 250

2

3

4

1

0

5

6

7

8

9

10

11

500 100 150 200 250

0 BAR

24 BAR

0 BAR

18 BAR

10

15

20

5

0

25

30

35

500 100 150 200 250

Performance with a none sticking sludge at 32 %, dryness,ambiant temperature.

100 GBB 12 25 GBB 24

50 GBB 1840 GBB 24

Performances FlowrateGBB Series 100/12b25 et 40/24b, 50/18b500 and 1000 hopper

14

Flow-ratem3/h

RPM

Flow-ratem3/h

RPM

Flow-ratem3/h

RPM

Flow-ratem3/h

RPM

Q

L

N

(7 x 250)1750

80

F

30125

P

365

17,5

170 44

0

M

3x11

0

415

400

310

H

440

F

C

Z

Z1

2 Ø18

Ø12

6 Ø20100A B

I

E

M

6 Ø202 Ø18

Ø12

N

C

L

Z

Z1

QE

(7 X 250)1750

415

400

310

H

365

17,5

3x11

0

440

170

F80

440

P

12530

100A B

I




Q

L

N

80

30125

P

365

17,5

170 44

0

E

M

(5 x 250)1250

3x11

0

415

400

310

H

440F

C

Z

Z1

2 Ø18

Ø12

6 Ø20100A B

I





Variable speed gear unit Fixed speed gear unitA B C F H I L M N P Z1 Z


25GBB24 1075 1075 236 1020 640 2350 1318 3" 1585 962 720 1060 3775 3475 1150 3604 3300 995

40GBB24 1125 1125 236 1020 640 2350 1537 3" 1835 1181 700 1250 4150 3625 1445 4071 3550 1255

50GBB18 1125 1125 236 1080 640 2450 1740 3" 2006 1385 700 1470 3730 4406 1750 3715 4382 1615



25GBB24 1325 1325 236 1015 640 2850 1318 3" 1835 962 720 1060 4283 3885 1190 4104 3800 1050

40GBB24 1325 1325 236 1015 640 2850 1537 3" 2085 1181 700 1250 4650 4125 1485 4571 4050 1310

50GBB18 1375 1375 236 1080 640 2950 1740 3" 1756 1385 700 1470 4910 4230 1805 4882 4215 1670

15

Dimensions en mm

Dimensions en mm

Flange DN 150


Flange DN 150

1500 (int.) 1500 (int.)

2000 (int.) 2000 (int.)

M

6 Ø202 Ø18

Ø12

N

L

Z

Z1

QE

(5 x 250)1250

415

400

310

H

365

17,5

3x11

0

440

110

F80

440

P

12530

100A B

I

C







Q

L

N80

30125

P

365

17,5

170 44

0

E

M

(9 x 250)2250

3x11

0

415

400

310

H

440

F

C

Z

Z1

2 Ø18

Ø12

6 Ø20100A B

I

M

6 Ø202 Ø18

Ø12

N

L

Z

Z1

QE

(9 x 250)2250

415

400

310

H

365

17,5

3x11

0

440

110

F80

440

P

12530

100A B

I

C


Q

L

N

(11 x 250)2750

80

F

30125

P

365

17,5

170 44

0

M

3x11

0

415

400

310

H

440

F

C

Z

Z1

2 Ø18

Ø12

6 Ø20100A B

I

E

M

6 Ø202 Ø18

Ø12

N

C

L

Z

Z1

QE

(11 X 250)2750

415

400

310

H

365

17,5

3x11

0

440

170

F80

440

P

12530

100A B

I



25GBB24 1075 1075 236 1020 640 2350 1318 3" 1085 962 720 1060 3775 4475 1225 3604 4300 1070

40GBB24 1125 1125 236 1020 640 2350 1537 3" 1335 1181 700 1250 4150 4625 1520 4071 4550 1330

50GBB18 1125 1125 236 1080 640 2450 1740 3" 1506 1385 700 1470 4730 4410 1825 4715 4382 1690



25GBB24 1325 1325 236 1015 640 2850 1318 3" 1335 962 720 1060 4283 4885 1260 4104 4800 1120

40GBB24 1325 1325 236 1015 640 2850 1537 3" 1585 1181 700 1250 4650 5125 1555 4571 5050 1380

50GBB18 1375 1375 236 1080 640 2950 1740 3" 1756 1385 700 1470 4910 5230 1875 4882 5215 1740

16

Dimensions en mm

Dimensions en mm



2500 (int.)

3000 (int.) 3000 (int.)

2500 (int.)

Service Charter

Equipment repair and overhaul…Speed and efficiency. Our technical assistance staff undertakerepairs to pumps and regularly overhaul equipment which isalready installed.

Maintenance Contract…PCM offer maintenance contracts drawn up to suit the requirements and operating conditions of each productionunit.

Spare parts…Unbeatable delivery. PCM hold a permanent stock of spareparts and accessories so that they can respond to all urgentenquiries.

Technical assistance…PCM recommend that their customers take out a maintenancecontract to ensure that their pumps provide optimum performance. PCM's technical assistance staff regularly visitinstallations to perform preventive or corrective maintenance.

Training…PCM offer a two-day training course designed to give maintenance personel a thorough understanding of how to useand maintain positive displacement pumps.

Pumpexpress…Availability and reactivity. Complete pumps are available for delivery at any time. This new service allows PCM to meeturgent requests for equipment.

Loan or hire…A service tailored to customers' requirements. PCM providespumps on their customers' sites throughout all stages of a project.

PCM's commitment is embodied in the Service Charter. PCM are constantly striving to work closer with their partners by responding to their customers' needs and offering services of Quality. Further information is contained in the PCM Services brochure. To obtain your copy call:

PCM's range of products also includes:PCM DOSYS Precision dosing

and continuous blending systems

PCM EQUIPEMENT Lobe and rotary piston pumps,pipeliner-grinders

PCM DELASCO A complete range of adaptable multi-purpose peristaltic pumps

PCM MOINEAU OILFIELD Progressive cavity pumps for crude oil extraction

PCM PRÉCI-POMPE Electro-mechanical diaphragm and pistondosing pumps

01 41 08 15 15.

17


Head Office:PCM POMPES

17 rue Ernest Laval - BP 3592173 VANVES Cedex

FRANCETel : 33 1 41 08 15 15Fax : 33 1 41 08 15 00

Internet : www.pcmpompes.com E-mail : [email protected]

In the United Kingdom:PCM POMPES Ltd

Pilot Road, Phoenix Parkway,CORBY NN17 5YF

ENGLANDTel : 44 1 536 740 200Fax : 44 1 536 740 201

Internet : www.pcmpumps.co.ukE-mail : [email protected] D

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GBB Series Brochure - · PDF filePCM MOINEAU GBB Series Force-Feed ... NEW! 2 Characteristics...

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Transcript of GBB Series Brochure - · PDF filePCM MOINEAU GBB Series Force-Feed ... NEW! 2 Characteristics...