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Progressing cavity pumps

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Progressing cavity pumps

Tapflo SerbiaTapflo Group is one of the leading manufacturers of industrial pumps in Europe. With more than 30 years of working experience with different types of pumps, we can be your reliable part-ner regarding the choosing, installation and maintenance of the industrial equipment. Tapflo d.o.o. Novi Sad is a subsidiary company, branch office opened in Serbia, who is in charged for selling and distribution of pumps and accessorize for the EX-YU countries. We offer high quality

products, operational reliability, low cost maintenance and 24h technical consulting. Our premises are located near the city center, so you can visit us any time in case you need

additional information and support which pump is the perfect choice for your specific application and industry.

Tapflo QualityThe Tapflo pump is usually an essential part in the process with

hazardous fluids. We always strive to supply the safest and most environmental friendly solution for these fluids. As a part of our

safety thinking, we are in the frontline following important standards, guidelines and directives. Many of our products comply with the EC ATEX directive for equipment in explo-sion hazardous environments.All our pumps are of course CE marked and followed by our comprehensive instruction manuals. Tapflo is an ISO 9001:2001 certified company. The EHEDG certification of our aseptic diaphragm pump was achieved in 2009.

The history of TapfloTapflo was founded in Kungälv (north of Gothenburg), Swe-

den 1985 and has since then been working with design and manufacture of air operated diaphragm pumps. The prod-

uct range has grown from a few plastic models, to complete PE & PTFE, metal and sanitary series and lately also with com-

plete ranges of centrifugal pumps. Tapflo has now established sales offices in 27 countries as Great Britain, Ireland, Georgia, Bul-

garia, Denmark, Spain, Italy, Latvia, Lithuania, Estonia, Poland, Russia, Ukraine, France, Sweden, Romania, Belarus, Czech Republic & Slovakia,

China, India, Kazakhstan, Serbia, Uzbekistan, Austria, South Africa, Turkey and Azerbaijan, and has been working with independent distributors in another 30 coun-

tries - spare parts and pumps are available worldwide. Today, TAPFLO has more than 350 employees in total working within designing, manufacturing and sales departments.

2

Principle of operation of progressing cavity pumpsWork of progressing cavity pumps is based on rotation of a rotor inside screw stator. The rotor of the pump sensitively is turned from the staineless steel or hardened steel, and the stator is formed from elastomer. The form and the sizes of these details are picked up in such manner that at enclosed rotor in stator the chain of water-proof cells (similarly to honey cells) is formed. At rotation of a rotor inside stator, these « honey cells » move on a spiral along an axis of the pump and thus without any changes under the form or the maintenance in liquid structure. This process moves working mass through the pump from an input to an output.

General informationA valvless design of the pump, direct dependence of its productivity on number of turns of the engine, and also an opportunity of change of a stream direction of a pumped liquid - all this, undoubtedly, advantages of screw pumps. Use of these features allows to recommend screw pumps for transmission of various liquids which list constantly increases. The main working part of the screw pump – pair of rotor-stator. The metal rotor of the spiral form is inside of stator (holders), made of elastomer. Under rotation of a rotor the volume of cavities inside of pair changes and the liquid moves on an axis of the pump, being superseded because of rotation of a rotor, change of volume in cavities creates soaking up effect.

Screw pumps are designed to pump various types of liquids: viscous, abrasive fluids, fluids with inclusions, suspensions, dispersions.

Constant non-pulsation flow on outlet.Proportional pumping that allows to make the pump dosing Possibility to create a high pressureTransferring of suspensions without structural failure and destruction of inclusions High suction capability, suction high is up to 7-8 m *Transferring of high viscosity liquids Pumping liquids with abrasive inclusions and a high content of dry substance without wearEasy maintenance Simple design - easy pump maintenance, low operating costs

* This high is possible under certain conditions

Pumps advantages

3

Food industry

Transfer of a fermentative mash, vegetable pulp or honey. A dosage of mayonnaise, a tomato paste, ketchup, mustard, various sauces. Swap-ping of fats, juices, seasonings, usage in brewery.

Cosmetics industry

Transfer of oils, creams, cosmetic solutions. Trans-port of shampoos and liquid soap.

Milk processing

Transfer of milk, the sour cream, the condensed milk, yoghurts, sintered cheese.

Building and melioration

Pumping-out of subsoil waters. Transport of the ri-ver water containing a significant amount of sand.

Applications

Water treatment

The dosed supply of polymers, flocculating agents, demineralized water, polyelectrolits and a various sort of chemicals for water treating. A feed of press-filters.

Heavy industry

Pumping of siliceous suspensions, anticorrosive mixtures, paints, latex, silicone. Transport of vari-ous detergents. Removal of the used lubricants.

4

Applications Progressive cavity pumps

MN Series

The dosing pump with small capacities, continuous flow, low pulsations, no vibrations, very high priming and flow reversibility; is suitable to pump precisely medium liquid, dense, viscous, with solid parts on suspension.

N Series

The pumps of this series can be made from cast iron, steel or stainless steel. Intended for long-term work, swapping of viscous and abrasive liquids, are un-pretentious in operation. The main use of pumps of N series - work in the industry of sewage treatment, work on the filter-press, transfer of cement and chisel solutions, pumping of storm drains.

H Series

The hopper with the feeding conveyor make pumps of this series suitable for tranfer products with high viscosity and elevated percentage of solids (up to 18%). The main usage of these pumps - sewage treatment, supply of drains on the conveyor, work on the filterpress, swapping of deposits, oil sludge and active silt. Possible versions from steel or stain-less steel.

Diamond Series

Completely renewed mechanics to increase the per-formance with a new aggressive design. These pumps are completely reversible. Available a wide pumps range. Reversible flow up to 3 bar as standard: Up to 12 bar with hydraulic balance.

5

HS Series

This kind of pump can transfer sludges with high concentration of solids and the peculiar construc-tion of the hopper and the feeding conveyor is named “S” type and with this arragement it is able sometimes to substitute the bridgebreaker. In that series of pumps, it can be suggested specific technical solutions for dehydrated sludges coming from plate filter press with the 40% of dry solids. The main usages of these pumps are: work in the industry of sewage treatment, submission of drains on the conveyor, work on swapping after the filter-press.

V Series

Vertical pumps in vertical execution. The vertical pumps have been projected in order to suck ea-sily the fluids from tanks, barrels, cisterns or wells and thanks to the reduced dimensions and partial immersion of the pump reduce the negative head. When requested, it is possible to supply different tank plates. Can be supplied by connectors for connections on hatches of tanks and tanks.

X Series

The main usage of the pumps of series X -work in food industry. The pumps “X” series made exclusi-vely of S.S.316, have been projected and made in order to reach very high hygienic standards, removing possible dead zones, oil or grease lubricants which could damage the products. The pump construction helps the complete and easy cleaning of it; when required, it can have one or more CIP ports.

Wobble pumps

Floating stator pumps have following advanta-ges: less space and reducing maintenance costs. The stator is fixed on one single end, so as to enable the eccentric move of the rotor by means of a very simple articulation. Floating stator pump compact for use in food industry.

6

Performances of progressing cavity pumps, presented in this brochure. Curves are valid for airless water of 200 and viscosity 1 mm2/s

100 200 400 800 A Bl/min l/min l/min l/min rpm rpm

010-2/4 0,12 0,24 0,48 0,96013-2 0,25 0,5 1 2015-1/2 1,4 2,8 5,6 11,220-1/2 2,8 5,6 11,2 22,422-1 6,6 13,2 26,4 52,830-1/2/4 8,89 17,78 35,56 71,1240-1/2 20,5 41 8242-1 41 82 16450-1-3 22 44 8857-1 63 126 25262-1/2 83 166 33280-1/2 91 182 364120-1/2/4 170 340 680200-1 270 540 1080300-1/2/4 320 640 1280320-1 520 1040 2080400-1/2 660 1320500-1/2 1250 2500

164

332

680

10801280

52,8

40-1/2

82

42-1

57-1

252

62-1/2

80-1/2

364

120-1/2/4

200-1

300-1/2/4

2080

320-1

400-1/2

1320500-1/2

2500

0,96

10-2/4

2

13-2

11,2

15-1/2

50-1-3

88

22-1

0

1

10

100

1.000

10.000

008004002001

pumps type

capa

city

(l/

min

)

speed of rotation (rpm)

capacity (l/min)

7

Diamond SeriesNova Rotors presents its new range of progressing cavity pumps called the Diamond Series. Completely renewed mechanics to increase the performance with a new aggressive design. These pumps are completely reversible. Available a wide pumps range. One stage stator with long peach geometry to improve the performance. Reversible flow up to 3 bar as standard: Up to 12 bar with hydraulic balance. Pump fixed to motorization with a pin to permit the reversibility. Joints: strong and com-pact with geometry and dimensions projected to enable the max NPSH. Transmission shaft with universal pin joint patented pending with bushing guide and transmission guide to enable long endurance and reliability . This is to reduce to a minimumwearing of the pin. The bush prevents the substitution of the transmission shaft, reducing maintenance costs and times. Rub-ber sleeves: designed to increase the long activity, with special geometry. Suitable in case of sharp solids in the medium. The universal joint is the same for all the range both for cast iron and SS versions. Only difference is the dimensions and materials. The rotating parts are in SS. Can also be produced in other materials. Is easy to maintenance but not expensive. Fewer com-ponents of smaller dimension under wearing. The stator seal is integrated at both ends. No O-ring needed. Stator positioned to prevent rotation, thanks to the body parts. Large cross section between stator and body, with smooth design, to increase medium suction The standard version has a single mechanical seal. Large spectrum of seal solutions: packing seal, double mech.seal and cartridge. Modular bearing housing with taper roller bearings. With blocking nut to regulate the perfect pre-load. Easy maintenance of the bearing, considering the compact dimensions. Integrated lubrication system easy and efficient.Large solution range for the pump body, outlet flange in order to insert any measuring devices. Rotor: available coating and thermal treatments for the management of heavy applications. Certifications: Atex and API 2010; food grade certif. 2011. Rational codes for Diamond series refer to the capacity at 400rpm. Compact design with a good relationship quality/price. Easy installation thanks to the reduced dimensions.

Technical information

- MAX CAPACITY: 400 m3/h- MAX PRESSURE: 48 bar - MAX WORKING TEMPERATURE: 180°С - NPSHr: 3 m- SIZES AVAILABLE: from 30 to 300

Body pump

Cast iron G 25 Stainless steel 304/316 (CIP on request)

Flanges DIN 2501 BSP (Gas)

Flanges ANSI RF 150 Flanges DIN 2501

Spherical connections Flanges ANSI RF 150

DIN 11851

SMS

RJT (BMS)

Other if requested

Technical features

8

Stator Rotor

NBR Hardened steel 420B

EPDM Stainless steel 304/316

NBR or EPDM Food grade Stainless steel 304/316 with crome (HCP)

H-NBR natural Hardened steel

VITON Coated ceramic steel

TEFLON Duplex

Other on request

Motor coupling:- Close coupled type “D”- Flange diam. 160/200/250/300 mm related to the pumps sizes- Female drive shaft S.S. Aisi 304 / Aisi 316 / 420B. Diam. 19 / 24 / 28 / 35 / 40 / 50 mm related to thepumps sizes- FLEXIBLE JOINT TYPE “J”

Size Model Capacitym3/ h

at 2 bar

Max pressure (bar)

Max rotation(rpm)

D0304L1 11 6 800

2K2 5,6 12 800

1K4 2,2 24 600

D040

10L1 16,5 6 600

4K2 8,5 12 600

2K4 3,7 24 500

16L1 23,5 4 600

8K2 12 8 600

D06020L1 28 6 500

10K2 14 12 500

4K4 5,7 24 400

30L1 33 4 500

16K2 16,5 8 500

D120

40L1 43 6 400

20K2 20 12 400

10K4 10 24 350

60L1 63,5 4 400

30K2 32 8 400

D300

80L1 76 6 350

40K2 38 12 350

20K4 15,4 24 300

120L1 110 4 350

60K2 55 8 350

9

MN SeriesThe dosing pump with small capacities, continuous flow, low pulsations, no vibrations, very high priming and flow reversibility; is suitable to pump precisely medium liquid, dense, viscous, with solid parts on suspension.

It is used for preparing and dosing:• Reagents• Lime milk• Iron sulphate• Alluminium sulphate• Floculants• Precipitants• Resins and many others

Technical information

- MAX CAPACITY: 3000 l/h - MAX PRESSUR: 24 bar - MAX WORKING TEMPERATURE: 180°С - NPSHr : 3 m *- SIZES AVAILABL: from 010-2 t 022-1

* This high is possible under certain conditions

Model Performances at 1 bar (l/m)

Max pressure (bar)

Max rotation(rpm)

MN 010-2 1,2 12 1000

MN 010-4 1,2 24 1000

MN 013-2 2,5 12 1000

MN 015-1 11 6 1000

MN 015-2 11 12 1000

MN 015-4 11 24 1000

MN 020-1 27 6 1000

MN 022-1 AISI 50 6 1000

10

Technical features

Variants of execution and materials which are used in production of pumps depending on characteristics ofa pumping liquid, can be the following:

Sealing:- Single mechanical seal- Double mechanical seal (back to back)- Seal ring- Packing if requested- Flushing and quench if requested

Motor coupling:- Close coupled type “MN”- Flange diam. 160/200 mm- Female drive shaft S.S. 316 Diam. 14/19/24/25 mm related to the pumps sizes

Pump code

The pump code of the pump defines its type and a standard size.

Корпус

Cast iron G 25 Stainless steel 304 or 316 on request

BSP BSP

Flanges DIN 2501

Flanges DIN 2501 Flanges ANSI RF 150

DIN 11851

Flanges ANSI RF 150 SMS

RJT (BMS)

Stator Rotor

NBR Stainless steel 316/304

EPDM Stainless steel 316 with crome (HCP)

HYPALON Hardened steel

VITON Nitrided hardened steel

TEFLON Coated ceramic steel

HNBR Carbon steel with crome (HCP)

Natural rubber

MN 010-2

M - is monoblock, direct coupling

N - standard version

size

11

Pump construction

Pos. Description Q-ty

01 Female drive shaft 01

11 Rotor 01

12 Joint shaft 01

15 Retaining stud 02

23 Mechanical seal 01

31 Stator 01

33 Rubber sleeve 02

40 Pin 02

51 Outlet flange 01

52 Body 02

56 Seal cover 01

73 Rotation safety shield 02

75 Screwed plug 01

79 Washer 02

80 Cap nut 02

81 Screw 02

81.6 Screw 02

94 Grub screw 01

95 Slinger ring 01

12

Dimensions

Model A B C D E F F1 G H I Weight (kg)

010-2 270 160 137 191 102 3/8” 3/8” 160 90 11 4,5

010-4 350 240 152 271 102 3/8” 3/8” 160 90 11 4,7

013-2 314 204 152 235 102 3/4” 3/8” 160 90 11 5

Model A B C D E F F1 G H I Weight (kg)

015-1 353 194 152 308 102 3/4” 3/4” 200 90 11 9,5

015-2 439 280 152 394 102 3/4” 3/4” 200 90 11 10

015-4 599 440 152 554 102 3/4” 3/4” 200 90 11 10,5

020-1 386 227 152 341 102 3/4” 3/4” 200 90 11 11

022-1 473 314 152 427 102 1.1/2” 1” 200 90 11 12,5

13

Pumps of series N are intended for pumping viscous liquids, sewage and liquids with the greater maintenance of solids. Pumps occur in various industries: chemical, oil refining, mining, in agriculture, food industry, for transfer starch and glue, caustic soda, various pitches, dyes, sour solutions; in construction and at refinery.

N Series

Technical information

- MAX CAPACITY: 400 m3/h- MAX PRESSURE: 48 bar- MAX WORKING TEMPERATURE: 180 °C- NPSHr: 3 m *- SIZES AVAILABLE: from 020-2 to 520-1

* This high is possible under certain conditions.

Technical features

Following variants of execution of the casing pump and outlet flange, and also possible types of connections,are used in manufacture of pumps of N series:

Steel execution is possible only for sizes 52,0: 120-2, 300-2, Т 400-1, 400-1, 400-2, 500-1, 500-2

Cast iron G 25 Steel 52.0 Stainless steel 316/304 (CIP on request)

Flanges DIN 2501 BSP (Gas) BSP (Gas)

Flanges UNI 2278 Flanges UNI 2278 Flanges UNI 2278

Flanges ANSI RF 150 Flanges ANSI RF 150 Flanges ANSI RF 150

Spherical connections DIN 11851

SMS

RJT (BMS)

Stator Rotor

VITON Stainless steel 304 (316 on request)

TEFLON Coated ceramic steel

HNBR Carbon steel with crome (HCP)

Natural rubber Stainless steel 304/ 316 with crome (HCP)

EPDM Hardened steel

HYPALON

14

Sealing:- Packing- Flushing packing- Single mechanical seal- Double mechanical seal (back to back)- Seal ring

- Flushing and quench if requested

Motor coupling:CLOSE COUPLED TYPE “MN” Flange diam. 160 / 200 / 250 / 300 mm related to the pumps sizes Female drive shaft S.S. 316 / carbon steel with crome (HCP) Diam. 19 / 24 / 25 / 28 / 30 / 32 / 35 / 40 mm related to the pumps sizes

Pump code

The code of the pump defines its type and a standard size.

MS 020-2

M - monoblock, direct coupling

S - bearing housing

N - standart version

size

N

15

Pump construction

01

94

57

32.1 13 81.4 79.2 75 32 11 31 51

791552 PART.K80.2593882.18179.1

*

95

80.1 8081.6

73

Pos. Description Q-ty

01 Female drive shaft 01

11 Rotor 01

13 Joint shaft 01

15 Retaining stud 04

31 Stator 01

32 O-ring stator 02

32.1 O-ring housing 01

38 Body cover seal 01

51 Outlet flange 01

52 Body 01

57 Coupling flange 01

59 Body cover 01

73 Rotation safety shield 02

75 Screwed plug 01

79 Washer 04

79.1 Washer 04

79.2 Toothed washer 12

80 Cap nut 04

80.1 Cap nut 04

80.2 Cap nut 04/06

81 Screw 04

81.4 Screw 12

81.6 Screw 02

82.1 Stud 04/06

94 Grub screw 01

95 Slinger ring 01

seal

16

Model B E F G H I L L2 L3 O Flange Weigh (kg)

020-2 408 463 608 102 192 30 65 65 90 11 UNI DN40 22

020-4 591 646 791 102 192 30 65 65 90 11 UNI DN40 25

030-1 397 452 597 102 192 30 65 65 90 11 UNI DN40 23

030-2 598 675 840 102 202 35 80 65 90 11 UNI DN40 35

030-4 908 985 1150 102 202 35 80 65 90 11 UNI DN40 39

040-1 498 575 740 102 202 35 80 90 90 11 UNI DN65 35

040-2 711 788 953 102 202 35 80 90 90 11 UNI DN65 39

042-1 711 788 953 102 202 35 80 90 90 11 UNI DN65 39

050-3 825 902 1067 102 202 35 80 90 90 11 UNI DN65 45

053-4 1027 1133 1318 143 300 43 85 130 160 13 UNI DN80 102

055-1 764 870 1055 143 300 43 85 130 160 13 UNI DN80 85

055-2 1042 1148 1333 143 300 43 85 130 160 13 UNI DN80 98

055-4 1477 1583 - 143 300 43 85 130 160 13 UNI DN80 109

057-1 777 854 1019 102 202 35 80 90 90 11 UNI DN65 49

060-1 932 1038 1223 143 300 43 85 130 160 13 UNI DN80 100

060-4 1722 1828 2013 143 300 43 85 130 160 13 UNI DN80 132

062-1 812 918 1103 143 300 43 85 130 160 13 UNI DN80 101

T062-1 607 708 873 102 222 35 80 90 90 11 UNI DN80 45

062-2 1122 1228 1413 143 300 43 85 130 160 13 UN DN80 114

080-1 932 1038 1223 143 300 43 85 130 160 13 UNI DN80 102

080-2 1372 1478 1663 143 300 43 85 130 160 13 UNI DN80 125

120-1 920 1038 1223 143 300 43 85 160 160 13 UNI DN100 113

120-2 1360 1478 1663 143 300 43 85 160 160 13 UNI DN125 150

120-4 2680 2995 - 170 455 - - 210 - 17 UNI-DN125 -

200-1 1070 1162,5 1365 170 350 43 85 210 160 17 UNI DN125 157

300-1 1115 1207,5 1410 170 350 43 85 210 160 17 UNI DN150 182

300-2 1620 1712,5 1915 170 350 43 85 210 160 17 UNI DN150 280

300-4 3177 3461 - 245 458 - - 240 - 23 UNI DN150 -

320-1 - 1808 2028 170 350 43 85 210 160 17 UNI-DN150 230

T400-1 1756 2011 - 170 380 - - 240 - 23 UNI DN150 -

DIMENSIONS CLOSE COUPLING MN FLANGED

flange flange

17

Model A B C D E G H L1 L2 O Flange Weigh (kg)

020-2 763 408 95 155 463 102 192 90 65 11 UNI-DN40 24

020-4 946 591 95 155 646 102 192 90 65 11 UNI DN40 26

030-1 752 397 95 155 452 102 192 90 65 11 UNI DN40 25

030-2 1042 598 127 190 675 102 202 90 65 11 UNI DN40 40

030-4 1352 908 127 190 985 102 202 90 65 11 UNI DN40 44

040-1 942 498 127 190 575 102 202 90 90 11 UNI DN65 40

040-2 1155 711 127 190 788 102 202 90 90 11 UNI DN65 45

042-1 1155 711 127 190 788 102 202 90 90 11 UNI DN65 45

050-3 1269 825 127 190 902 102 202 90 90 11 UNI DN65 51

053-4 1573 1027 157,5 225 1133 143 300 160 130 13 UNI DN80 117

053-8 2132 1586 157,5 225 1692 143 300 160 130 13 UNI DN80 145

055-1 1310 764 157,5 225 870 143 300 160 130 13 UNI DN80 100

055-2 1588 1042 157,5 225 1148 143 300 160 130 13 UNI DN80 112

055-4 2023 1477 157,5 225 1583 143 300 160 130 13 UNI DN80 123

057-1 1221 777 127 190 854 102 202 90 90 11 UNI DN65 55

060-1 1478 932 157,5 225 1038 143 300 160 130 13 UNI DN80 115

060-4 2268 1722 157,5 225 1828 143 300 160 130 13 UNI DN80 -

062-1 1358 812 157,5 225 918 143 300 160 130 13 UNI DN80 114

T062-1 1075 607 127 190 708 102 222 90 90 11 UNI DN80 51

062-2 1668 1122 157,5 225 1228 143 300 160 130 13 UNI DN80 125

080-1 1478 932 157,5 225 1038 143 300 160 130 13 UNI DN80 117

080-2 1918 1372 157,5 225 1478 143 300 160 130 13 UNI DN80 140

120-1 1478 919,5 157,5 225 1038 143 300 160 160 13 UNI DN100 128

120-2 1918 1359,5 157,5 225 1478 143 300 160 160 13 UNI DN100 165

120-4 3681 2680 231 380 2995 170 455 260 210 17 UNI DN100 380

200-1 1685 1070 175 270 1165 170 350 160 210 17 UNI DN125 180

300-1 1730 1115 175 270 1210 170 350 160 210 17 UNI DN125 205

300-2 2235 1620 175 270 1715 170 350 160 210 17 UNI DN125 300

300-4 4180 3177 231 380 3461 245 458 260 240 23 UNI DN150 510

320-1 2348 - 175 270 1808 170 350 160 210 17 UNI DN150 245

400-1 2757 1756 231 380 2026 245 455 260 260 23 UNI DN150 540

T400-1 2576 1756 175 270 2011 170 380 160 240 23 UNI DN150 345

400-2 3357 2356 231 380 2626 145 455 260 260 23 UNI DN150 595

500-1 2922 1921 231 380 2191 245 475 260 260 23 UNI DN200 560

500-2 3677 2676 231 380 2946 245 475 260 260 23 UNI DN200 730

520-1 3677 2676 231 380 2946 245 475 260 260 23 UNI DN200 730

DIMENSIONS BEARING HOUSING SN FLANGED

flange flange

H Series

Steel 52.0 Stainless steel 304/316

Flanges DIN 2501

Flanges ANSI RF 150

BSP (Gas)

Flanges DIN 2501

Flanges ANSI RF 150

DIN 11851

SMS

RJT (BMS)

Stator Rotor

NBR Stainless steel AISI 316/304

EPDM Stainless steel 316 with crome (HCP)

HYPALON Hardened steel

VITON Coated ceramic steel

TEFLON Carbon steel with crome (HCP)

HNBR Nitrided hardened steel

Natural rubber

Other materials on request

Pumps are equipped with hopper and intended for transfer of hig-viscosity liquids, and also liquids with the great mainte-nance of solid particles.

Examples of pumping liquids and use of H series pumps:- transfer of sewage- supply of sewage on the filter-press- pumping sewage with the greater maintenance of suspensions (up to 18 %)- transfer of waste of fish-processing works- transfer of an ice crumb- transfer of cellulose and many other things.

Technical information

- MAX CAPACITY: 200 m3/h - MAX PRESSUR: 48 bar- MAX WORKING TEMPERATURE: 180°С - SIZES AVAILABLE: from 020-2 to 520-1

Technical features

Following variants of execution of the casing pump and outlet flange, and also possible types of connections, are used in manufacture of H series pumps:

19

Sealing:- Single mechanical seal- Double mechanical seal (back to back)- Packing- Flushed packing- Seal ring- Flushing and quench if requested

Motor coupling:- Close coupled type «MN»: - Flange diam. 160 / 200 / 250 / 300 mm - Female drive shaft S.S. 316 / carbon stell with crome (HCP) - Diam. 19/24/25/28/30/32/35/40 mm related to the pumps sizes- Bearing housing - flexible joint type «SN»

Pump codeThe code of the pump defines its type and a standard size.

MS

020-2

M - monoblock, direct coupling

S - bearing housing

H - pump with hopper

T - compact type

size

HT

20

Pos. Description Q-ty

01 Female drive shaft 01

10 Transmission shaft with conveyor 01

11 Rotor 01

15 Retaining stud 04

31 Stator 01

32 O-ring stator 02

32.1 O-ring housing 01

51 Outlet flange 01

57 Coupling flange 01

60 Hopper 01

75 Screwed plug 01

79 Washer 12

79.1 Washer 04

79.2 Washer 04

94 Grub screw 01

80 Cap nut 04

80.1 Cap nut 04

81 Screw 12

82 Stud 04

95 Slinger ring 01

Pump construction

01

79.1 82 60 81.4 79.2 15 79

32 11 31 5175

94

57 32.1 10 PART.K

95

*

80.1 8081.6

73

уплотнениеseal

21

DIMENSIONS CLOSE COUPLED MH WITH HOPPER

Model B E F G H I L L2 L3 M N O Flange Weigh (kg)

020-2 448 598 743 102 212 30 65 65 90 250 200 11 UNI DN40 21,5

020-4 631 781 926 102 212 30 65 65 90 250 200 11 UNI DN40 24

030-1 437 587 732 102 212 30 65 65 90 250 200 11 UNI DN40 22,5

030-2 645 855 1020 102 252 35 80 65 90 370 270 11 UNI DN40 37

030-4 955 1165 1330 102 252 35 80 65 90 370 270 11 UNI DN40 41

040-1 545 755 920 102 252 35 80 90 90 370 270 11 UNI DN65 37

040-2 758 968 1133 102 252 35 80 90 90 370 270 11 UNI DN65 42

042-1 758 968 1133 102 252 35 80 90 90 370 270 11 UNI DN65 42

050-3 872 1082 1247 102 252 35 80 90 90 370 270 11 UNI DN65 48

053-4 1168 1558 1743 143 323 43 85 130 160 600 410 13 UNI DN80 134

055-1 905 1295 1480 143 323 43 85 130 160 600 410 13 UNI DN80 117

055-2 1183 1573 1758 143 323 43 85 130 160 600 410 13 UNI DN80 129

055-4 1618 2008 - 143 323 43 85 130 160 600 410 13 UNI DN80 140

057-1 824 1034 1199 102 252 35 80 90 90 370 270 11 UNI DN65 48

060-1 1093 1483 1668 143 323 43 85 130 160 600 410 13 UNI DN80 132

060-4 1883 2273 - 143 323 43 85 130 160 600 410 13 UNI DN80 164

062-1 952 1343 1528 143 323 43 85 130 160 600 410 13 UNI DN80 125

T062-1 853 1068 1233 102 242 35 80 90 90 400 375 11 UNI DN80 55

062-2 1263 1653 1838 143 323 43 85 130 160 600 410 13 UNI DN80 104

080-1 1093 1483 1668 143 323 43 85 130 160 600 410 13 UNI DN80 134

080-2 1533 1923 2108 143 323 43 85 130 160 600 410 13 UNI DN80 157

120-1 1093 1483 1668 143 323 43 85 160 160 600 410 13 UNI DN100 145

120-2 1533 1923 2108 143 323 43 85 160 160 600 410 13 UNI DN100 182

120-4 2429 2994 - 170 495 - - 210 - 800 600 17 UNI DN100 -

200-1 1185 1558 1760 170 350 43 85 210 160 600 410 17 UNI DN125 161

300-1 1230 1603 1805 170 350 43 85 210 160 600 410 17 UNI DN125 186

300-2 1735 2108 2310 170 495 43 85 210 160 600 410 17 UNI DN125 279

300-4 2960 3480 - 245 350 - - 240 - 800 600 23 UNI DN150 -

320-1 1613 1986 2188 170 495 43 85 210 160 600 410 17 UNI DN150 230

T400-1 1681 2011 2256 170 495 - - 240 - 600 410 23 UNI DN150 310

flange

22

Model B E F G H I L L2 L3 M N O Flange Weigh (kg)

020-2 448 598 743 102 212 30 65 65 90 250 200 11 UNI DN40 21,5

020-4 631 781 926 102 212 30 65 65 90 250 200 11 UNI DN40 24

030-1 437 587 732 102 212 30 65 65 90 250 200 11 UNI DN40 22,5

030-2 645 855 1020 102 252 35 80 65 90 370 270 11 UNI DN40 37

030-4 955 1165 1330 102 252 35 80 65 90 370 270 11 UNI DN40 41

040-1 545 755 920 102 252 35 80 90 90 370 270 11 UNI DN65 37

040-2 758 968 1133 102 252 35 80 90 90 370 270 11 UNI DN65 42

042-1 758 968 1133 102 252 35 80 90 90 370 270 11 UNI DN65 42

050-3 872 1082 1247 102 252 35 80 90 90 370 270 11 UNI DN65 48

053-4 1168 1558 1743 143 323 43 85 130 160 600 410 13 UNI DN80 134

055-1 905 1295 1480 143 323 43 85 130 160 600 410 13 UNI DN80 117

055-2 1183 1573 1758 143 323 43 85 130 160 600 410 13 UNI DN80 129

055-4 1618 2008 - 143 323 43 85 130 160 600 410 13 UNI DN80 140

057-1 824 1034 1199 102 252 35 80 90 90 370 270 11 UNI DN65 48

060-1 1093 1483 1668 143 323 43 85 130 160 600 410 13 UNI DN80 132

060-4 1883 2273 - 143 323 43 85 130 160 600 410 13 UNI DN80 164

062-1 952 1343 1528 143 323 43 85 130 160 600 410 13 UNI DN80 125

T062-1 853 1068 1233 102 242 35 80 90 90 400 375 11 UNI DN80 55

062-2 1263 1653 1838 143 323 43 85 130 160 600 410 13 UNI DN80 104

080-1 1093 1483 1668 143 323 43 85 130 160 600 410 13 UNI DN80 134

080-2 1533 1923 2108 143 323 43 85 130 160 600 410 13 UNI DN80 157

120-1 1093 1483 1668 143 323 43 85 160 160 600 410 13 UNI DN100 145

120-2 1533 1923 2108 143 323 43 85 160 160 600 410 13 UNI DN100 182

120-4 2429 2994 - 170 495 - - 210 - 800 600 17 UNI DN100 -

200-1 1185 1558 1760 170 350 43 85 210 160 600 410 17 UNI DN125 161

300-1 1230 1603 1805 170 350 43 85 210 160 600 410 17 UNI DN125 186

300-2 1735 2108 2310 170 495 43 85 210 160 600 410 17 UNI DN125 279

300-4 2960 3480 - 245 350 - - 240 - 800 600 23 UNI DN150 -

320-1 1613 1986 2188 170 495 43 85 210 160 600 410 17 UNI DN150 230

T400-1 1681 2011 2256 170 495 - - 240 - 600 410 23 UNI DN150 310

DIMENSIONS CLOSE COUPLED SH WITH HOPPER

Model A B C D E G H L1 L2 M N O Flange Weigh(kg)

020-2 898 448 95 155 598 102 212 90 65 250 200 11 UNI DN40 23,5

020-4 1081 631 95 155 781 102 212 90 65 250 200 11 UNI DN40 26

030-1 887 437 95 155 587 102 212 90 65 250 200 11 UNI DN40 24,5

030-2 1222 645 127 190 855 102 252 90 65 370 270 11 UNI DN40 42,5

030-4 1532 955 127 190 1165 102 252 90 65 370 270 11 UNI DN40 46,5

040-1 1122 545 127 190 755 102 252 90 90 370 270 11 UNI DN65 42,5

040-2 1335 758 127 190 968 102 252 90 90 370 270 11 UNI DN65 47,5

042-1 1335 758 127 190 968 102 252 90 90 370 270 11 UNI DN65 47,5

050-3 1449 872 127 190 1082 102 252 90 90 370 270 11 UNI DN65 53,5

053-4 1998 1168 157,5 225 1558 143 323 160 130 600 410 13 UNI DN80 149

053-8 2557 1727 157,5 225 2117 143 323 160 130 600 410 13 UNI DN80 177

055-1 1735 905 157,5 225 1295 143 323 160 130 600 410 13 UNI DN80 132

055-2 2013 1183 157,5 225 1573 143 323 160 130 600 410 13 UNI DN80 144

055-4 2448 1618 157,5 225 2008 143 323 160 130 600 410 13 UNI DN80 155

057-1 1401 824 127 190 1034 102 252 90 90 370 270 11 UNI DN65 53

060-1 1923 1093 157,5 225 1483 143 323 160 130 600 410 13 UNI DN80 147

060-4 2713 1883 157,5 225 2273 143 323 160 130 600 410 13 UNI DN80 179

062-1 1783 953 157,5 225 1343 143 323 160 130 600 410 13 UNI DN80 137

T062-1 1435 853 127 190 1068 102 242 90 90 400 375 11 UNI DN80 59

062-2 2093 1263 157,5 225 1653 143 323 160 130 600 410 13 UNI DN80 118

080-1 1923 1093 157,5 225 1483 143 323 160 130 600 410 13 UNI DN80 149

080-2 2363 1533 157,5 225 1923 143 323 160 130 600 410 13 UNI DN80 172

120-1 1923 1093 157,5 225 1483 143 323 160 160 600 410 13 UNI DN100 160

120-2 2363 1533 157,5 225 1923 143 323 160 160 600 410 13 UNI DN100 197

120-4 3680 2429 231 380 2994 170 495 260 210 800 600 17 UNI DN100 405

200-1 2080 1085 175 270 1560 170 350 160 210 600 410 17 UNI DN125 184

300-1 2125 1230 175 270 1605 170 350 160 210 600 410 17 UNI DN125 290

300-2 2630 1735 175 270 2110 170 350 160 210 600 410 17 UNI DN125 300

300-4 4211 2960 231 380 3480 245 495 260 240 800 600 23 UNI DN150 580

320-1 2508 1613 175 270 1985,5 170 350 160 210 600 410 17 UNI DN150 250

400-1 2757 1506 231 380 2026 245 495 260 260 800 600 23 UNI DN150 390

T400-1 2576 1681 175 270 2011 170 350 160 240 600 410 23 UNI DN150 340

400-2 3357 2106 231 380 2626 145 495 260 260 800 600 23 UNI DN150 450

500-1 2922 1671 231 380 2191 245 495 260 260 800 600 23 UNI DN200 610

500-2 3677 2426 231 380 2946 245 495 260 260 800 600 23 UNI DN200 820

520-1 3677 2426 231 380 2946 245 495 260 260 800 600 23 UNI DN200 820

flange

HS Series

Technical information

- MAX CAPACITY: 100 m3/h- MAX PRESSURE: 48 bar- MAX WORKING TEMPERATURE: 180 °С- SIZES AVAILABLE: from 020-2 to 520-1

HS series pumps with «S»-type with feeding conveyor are equipped with hopper of special form and are intended for transfer of high-viscosity liquids, and also for liquids with the great maintenance of solid particles (up to 30 %). Special execution with special submission of a pumping liquid through the hopper with pushing and crushing vanes allows to increase concentration of solid particles in a liquid up to 40 %.

The examples of pumping liquid using HS series pumps:

- transfer of sewage- supply of sewage on the filter-press and suspensions on the conveyor- transfer of sewage with great maintenance of suspensions (up to 40%)

Technical features

Steel 52.0 Stainless steel S.S. 316/304 (CIP on request)

Flanges DIN 2501

Flanges ANSI RF 150

Spherical connections

BSP (Gas)

Flanges DIN 2501

Flanges ANSI RF 150

DIN 11851

SMS

RJT (BMS)

Other on request

Stator Rotor

NBRStainless steel AISI 316/304

Stainless steel 316 with crome (HCP)

Hardened steel

Coated ceramic steel

Carbon steel with crome (HCP)

Food NBR

EPDM

Food EPDM

HYPALON

VITON

TEFLON

HNBR

Natural rubber

24

Pump construction

seal

Pos. Description Q-ty Pos. Description Q-ty

01 Female drive shaft 01 75 Screwed plug 01

10 Connecting shaft with conveyor 01 79 Washer 04

11 Rotor 01 79.1 Washer 04

14 Male drive shaft 01 79.2 Washer 12

15 Retaining stud 04 79.3 Washer 12

16 Spacer ring 01 80 Cap nut 04

31 Stator 01 80.1 Cap nut 04

32 O-ring stator 02 80.4 Hexag.nut 02

32.1 O-ring housing 01 81.1 Screw 12

32.2 O-ring reduction flange 01 81.4 Screw 12

35 Oil seal 01 81.5 Screw 12

35.1 Oil seal 01 81.6 Screw 02

51 Outlet flange 01 81.7 Screw 04

55 Bearing housing 01 82 Stud 04

56 Tab washer for bearing 01 91 Key 01

60 Hopper 01 91.1 Key 01

71 Circlip 01 94 Grub screw 01

73 Rotation safety shield 02 95 Slinger ring 01

74 Rolls bearing 02 98 Foot 01

25

Joints*

Pumps of this series have several variants of joints:

- cross joint SN2 is typical for sizes from 020-2 to 050-3;- version of cross joint SN6 and homocardan joint SN3 are typical for sizes from 053-4 to 200-1;- sizes 120-2, 300-1, 300-2 and 320-1 have only cross joint SN6;- variant of joint SN5 is presented in sizes 120-4, 300-4, 400-1, 400-2, 500-1 and 500-2.

Sealing:- Packing- Flushed packing- Single mechanical seal- Double mechanical seal (back to back)- Seal ring

- Flushing and quench if requested

Motor coupling:- Close coupled type «MHS»: - Flange diam. 160/200/250/300 mm - Female drive shaft S.S. 316 / carbon stell with crome (HCP) - Diam. 19/24/25/28/30/32/35/40 mm related to the pumps sizes- Bearing housing - flexible joint type «SHS»

Pump code

The code of the pump defines its type and a standard size.

SM

020-2

M - monoblock, direct coupling S - special execution

H - pump with hopper

size

HS

26

V SeriesVertical pumps in vertical execution. The vertical pumps have been projected in order to suck easily the fluids from tanks, barrels, cisterns or wells and thanks to the reduced dimensions and partial immersion of the pump reduce the negative head. When requested, it is possible to supply different tank plates.

Examples of pumping liquids and use of the pumps series V:

- transfer of sewage- transfer of aggressive liquids- sugar refinery- petroleum refining industry- in paper industry- submission of a concrete solution

Technical information

- MAX CAPACITY: 400 m3/h- MAX PRESSURE: 48 bar- MAX WORKING TEMPERATURE: 180 °С- SIZES AVAILABLE: from 020-2 to 520-2

Technical features

Following variants of execution of the casing pump and outlet flange, and also possible types of connections,are used in manufacture of V series pumps:

Steel 52.0 Нержавеющая сталь S.S. 304/316

Flanges DIN 2501

Flanges ANSI RF 150

Spherical connections

BSP (Gas)

Flanges DIN 2501

DIN 11851

SMS

RJT (BMS)

Clamp

Sealing:- Packing- Flushed packing- Single mechanical seal- Double mechanical seal (back to back)- Seal ring- Flushing and quench if requested

Motor coupling:- Close coupled type “MV”: - Flange diam. 160 / 200 / 250 / 300 mm - Female drive shaft S.S. 316 / carbon stell with cro-me (HCP) - Diam. 19 / 24 / 25 / 28 / 30 / 32 / 35 / 40 mm related to the pumps sizes- Bearing housing – flexible joint type “SV”

Pump code

The code of the pump defines its type and a standard size.

MV020-2

M - monoblock, direct coupling

V - vertical execution

size

27

X SeriesThe hygienic pumps “X” series made exclusively of stainless steel 316, have been projected and made in order to reach very high hygienic standards, removing possible dead zones, oil or grease lubricants which could damage the products. The pump construction helps the complete and easy cleaning of it; when required, it can have one or more CIP ports, hea-ting jacket.

Examples of pumping liquids and use of “X” series pumps:

- transfer of milk products, yoghurt- cheese, sauces, butter, chocolate- juice and mashed fruit- mashed vegetables, tomatoes- oils, emulsions- liquid soap and creams and other

Technical information

- MAX CAPACITY: 60 m3/h- MAX PRESSURE: 6 bar- MAX WORKING TEMPERATURE: 120 °С- NPSHr: 3 m- SIZES AVAILABLE: from 020-2 to 320-1

Sealing:Single food mechanical seal.

Technical features

Following variants of execution of the casing pump and outlet flange, and also possible types of connections,are used in manufacture of X series pumps:

Stainless steel 316 (CIP on request) Stator Rotor

BSP (Gas) Food NBR Stainless steel AISI 316

Flanges DIN 2501 Food EPDM

Flanges ANSI RF 150 HYPALON

DIN 11851 VITON, TEFLON, HNBR, Rubber

SMS

RJT (BMS)

Clamp

Macon

Sealing:- Single food mechanical seal- Packing on request

Motor coupling:- Close coupled type “MX”: - Flange diam. 160 / 200 / 250 / 300 mm - Female drive shaft stainless steel 316 - Diam. 19 / 24 / 25 / 28 / 30 / 32 / 35 / 40 mm related to the pumps sizes- Bearing housing – flexible joint type “SX”

28

Pos. Description Q-ty

01 Female drive shaft 01

11 Rotor 01

13 Joint shaft 01

15 Retaining stud 04

31 Stator 01

32 O-ring stator*** 02

32.1 O-ring housing 01

51 Outlet flange 01

52 Pump Body 01

73 Rotaiting part protection 02

79 Washer 04

79.1 Washer 02

80 Nut 04

80.1 Nut 02

81 Screw 02

95 Slinger ring 01

Seal Single food mechanical seal 01

***Not present in the 022-1 model.

connection

seal

Pump construction

Pump code

The code of the pump defines its type and a stan-dard size. MX 020-2

M - monoblock, direct coupling

X - hygienic pump from stainless steel 316

size

29

Wobble pumps RR series have compact and linear design, it has a good price-performance ratio and not pulsating flow without jeopardize the physic, chemical and organoleptic characteristics of fluids. The wobble pump is used for many different application, slightly abrasive, viscous or gravel liquids. Are available an bronze version for marine use.

Some applications :• black water • stum• depuration sludge • lubrificants oil• biologic sludge • mineral oil• limewash • diesel oil• flocculant • soaps ,detergent• polymer • citrus wax

Technical information

- MAX CAPACITY: 6 m3/h- MAX PRESSURE: 7 bar- MAX WORKING TEMPERATURE: 80°С- NPSHr: 4 m- SIZES AVAILABLE : from R24 to R88

Model Capacityl/min at 1bar

Max.pressure(bar)

Max.rotating(rpm)

R 24 9 7 1400

R 28 5 7 1400

R 44 41 7 1400

R 48 15 7 1400

R 64 62 7 1400

R 68 53 7 1400

R 84 100 7 1400

R 88 75 7 1400

Model A B C D E F G H I L M N O (kg)

R24 398 96 155 71 231,5 90 155 190 112 112 140 3/4” 7 11,5

R28 398 96 155 71 231,5 90 155 190 112 112 140 3/4” 7 11,5

R44 466 118,5 181 80 279,5 100 181 210 130 125 163 1” 10 16,5

R48 466 118,5 181 80 279,5 100 181 210 130 125 163 1” 10 16,5

R64 553 155 215 90 354 100 215 235 180 140 176 1”1/4 10 26

R68 553 155 215 90 354 100 215 235 180 140 176 1”1/4 10 26

R84 717 255 240 100 469 140 225 260 195 160 197 1”1/2 12 43,5

R88 717 255 240 100 469 140 225 260 195 160 197 1”1/2 12 43,5

Model A B C D E F G H I L M N O (kg))

R44 F 333 118,5 203 102 292,5 40 203 202 130 60 200 1” 14 15

R48 F 333 118,5 203 102 292,5 40 203 202 130 60 200 1” 14 15

R64 F 401 155 277 102 361 40 217 202 180 60 200 1”1/4 14 22

R68 F 401 155 277 102 361 40 217 202 180 60 200 1”1/4 14 22

valve by passvalve by pass

30

Electric control panel

For start-stop and protection of motor

Trolley

Screw pump may be supp-lied with a trolley having wheels and brakes. It is a solution for the applications requesting several different displacements of pump or just to help the maintenance moving the pump placed under some installation.

GRINDER KIT

The grinder kit can be installed on a progressing cavity pump when there is the request to obtain a crushed product as fruit, vegetables, avoi-ding other kind and more expensive machines like the grinder or the annihilator.

PRESSURE SWITCH

In order to avoid the overpressure on the deli-very site, the pump can be endowed of the pressure switch and connected to a control panel it stop the pump when the pressure exceed the lay out value.

PRODUCT SENSOR

Automatic device switch on and switch off pump.

Dry running protection device

Dry running causes damages to stator making it destroyed. Pump working without medi-um inside makes internal tem-perature sharply increasing. That increase is relieved by the thermal probe which stops operation of pump and avoid the stator going burned.

HEATING JACKET

If you have to pump a product that must maintain a sure temperature, the pc pump can be equipped of a system that allows through a flow af vapor or liquid of heating, to maintain constant the tempe-rature of the fluid during the tranfer of the same one.

BY PASS

In order to avoid problems of overpressure on discharge arm a safety valve may be applied on the pump, connected to a circuit called “by-pass” automatically actioned when the working pres-sure goes over the safety level setted up.

Grinder

The grinder is used to chop the product and allow pumping. Designed to be easily retrofit-ted to existing pump stations, it handles rags, metal, wood, plastic and other waste. The Annihilator can reduce mate-rials to a particle size of just 8 mm.

Optionals

CIP (cleaning in place)The cleaning in place allow a careful pressure cleaning where hygienic standard is request.

31

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