rotarty lobe pumps - humitechhumitech-eg.com/pages/download/download files/mit/mit - pumps.pdf ·...

111

Rotarty LobePumps

FLUID TRANSFER PRODUCTS

6

Dirt-Air Seperator

Montage İnformation,Heat Systems:Near the exit of boilerCooling Systems:Near the entrance of chiller

Operating Conditions,Max. Pressure: 10 barMax. Temperature: 110°C

Material,Body: St37 SteelSeparator: AISI304

Threaded Connection (Combi System),Nickel-brass coated bodyLeaktightness NBR

Operating Conditions,Max. Pressure: 10Max. Temperature: 100°C

Dimensions (mm)

DN L LK H h d (HA)

50 300 270 475 330 1/2’’

65 300 270 475 330 1/2’’

80 400 360 600 400 1/2’’

100 400 360 600 400 1/2’’

125 600 520 800 540 1/2’’

150 600 520 800 540 1/2’’

200 750 625 950 615 3/4’’

250 850 750 1120 710 3/4’’

300 950 850 1350 915 1’’

350 1100 1000 1500 1050 1’’

400 1200 1100 1700 1225 1’’

Dimensions (mm)d1 L H h

1/2’’ 63 140 293/4’’ 69 143 331’’ 81 146 361¼ 93 145 411½ 111 156 452’’ 135 166 51

StrainerDN 1/2’’ 3/4’’ 1’’DN 115 mm 156 mm 190 mm

Air DrainerDN 1/2’’ 3/4’’ 1’’DN 115 mm 156 mm 190 mm

*Dimensions can be changed. * It is produced as project and application dimension.

Single device that can separate existing air and dirt from the cooling and heating systems.

Blind Tap

1122

MIT Lobe pumps are self priming valveless and positive displacement pumps. Each MIT pump is a special

solution. MIT pumps are designed to provide the needs of the application completely.

MIT LOBE PUMPS

Characteristics of MIT Lobe Pumps - Low, medium and high viscosity fluids can be used seam-

lessly transfers with positive displacement specification- Easy assembly and maintenance- Viscous, abrasive or surface precision fluids easily transmit-

ting- 4 different rotor options are avaible. Those are 2 lobe rotor, 3

lobe rotor, butterfly rotor and single butterfly rotor.- Two lobe options for products containing solid particles.- Double (flush) cartridge mechanical seal, mechanical seal,

carbide seal (for applications such as jams and glucose)- Input / output as standard sidewards to the pump can easily

convert from the top inlet / bottom outlet.- Ability to return in both directions (Clockwise and counter-

clockwise)- The gearbox is made of cast iron epoxy paint coated with a

protective coating- All shaft, rotor and pump body are made of AISI 316 stainless

steel.- Surfaces contact with fluid material quality because of AISI

316 steinles steel are used in applications hygiene requires.- Threaded, flanged and bushed suitable food connection

properties is available.

MIT Lobe Pumps Working PrinciplePump inlet as the rotor rotates the volume increases on the line. Moved to pump outlet the fluid between the rotor and the inner wall of the pump. These pumps basically rotating within body without contact each other three or two rotor consists of lobe. Rotation of the pair of rotors defined by the direction of ro-tation of the drive unit that the suction side of the pump creates a vacuum. This vacuum draws fluid into the pump housing. The rotation of the rotor as a result of the reduction of the output volume is transferred to the output line.

1133

Advantages of the MIT LOBE PUMPS

Lobe Pump Selection-Related Information

• Mid-size solids can be transferred.• There is no friction between surface materials during liquid transfer.• The pump can be cleaned while connected to the service line.• It has positive absorption ability.• Quiet working• Heating jacket with optional pump• preventing freezing of the fluid passing through the material provides an easy flow.• Without impairing product characterized performs the transfer to be transferred seamlessly• Optional removable wheels on the chassis, making the panel application provides ease in different areas, all that needs to be done

is the clipboard connection of electric line of on the chassis.• Taking energy from the vehicle without taking up space on them for land vehicles, especially the energy of food tankers discharge

and filling operations it provides convenience.• The transfer of high-viscosity products is accomplished without problem.

Lobe pump selections made, the characteristics of the product to be transferred, the line to be transferred properties are desired technical details. Requested these values detailed shows below table.

REQUIRED DETAILS EXAMPLE INFORMATION

Type of Fluid Chocolate, honey, ayran etc.

Flow of Fluids m3/h, L/h, ton/h v.b.

Fluid Pressure Bar, mSS v.b.

Fluids Viscosity cP, cSt v.b.

Fluid Temperature °C

Density of Fluid g/cm3

Designed to prevent freezing in the pump of the product “Heating jacket” on the pump according to demand application.It is maintained.

1144

ModelFlow

(m3/h)Pressure

(Bar)Motor Power

(kW)Recommended

(min-1)

Inlet-Outlet Connection Dimensions

MLP-20

1-2 20 3,0

100-4501”-DN25

DIN, SMS, DF, RJT

1-3 15 2,2

1-3 12 1,5

1-3 9 1,1

1-3 5 0,75

MLP-23

2-5 20 4,0

100-4501,5”-DN40

DIN, SMS, DF, RJT

2-5 15 3,0

2-5 12 2,2

2-5 9 1,5

2-5 5 1,1

MLP-25

3-7 15 5,5

100-4502”-DN50

DIN, SMS, DF, RJT

3-7 10 4,0

3-7 7 3,0

3-7 4 2,2

MLP-30

5-10 20 7,5

100-4002”-DN50

DIN, SMS, DF, RJT

5-10 12 5,5

5-10 8 4,0

5-10 4 3,0

MLP-36

6,5-13 18 7,5

100-4002,5”-DN50

DIN, SMS, DF, RJT

6,5-13 10 5,5

6,5-13 7 4,0

6,5-13 3 3,0

MLP-55

7-14 12 7,5

100-4002,5”-DN65

DIN, SMS, DF, RJT

7-14 9 5,5

7-14 6 4,0

7-14 3 3,0

MLP-60

8-16 10 7,5

100-4003”-DN80

DIN, SMS, DF, RJT

8-16 9 5,5

8-16 5 4,0

8-16 3 3,0

MLP-70

15-31 18 15

100-3603”-DN80

DIN, SMS, DF, RJT

15-31 12 11

15-31 9 7,5

15-31 5 5,5

MLP-80

20-40 15 15

100-3603”-DN80

DIN, SMS, DF, RJT

20-40 10 11

20-40 7 7,5

20-40 4 5,5

MLP-100

25-50 10 11

100-3604”-DN100

DIN, SMS, DF, RJT25-50 6 7,5

25-50 3 5,5

MLP-125

31-62 10 15

100-3605”-DN125

DIN, SMS, DF, RJT31-62 7 11

31-62 4 7,5

1155

Maintenance and Repair

Working Principle related information

Volume increases as the rotor rotates in the pump inlet line and pump the fluid into the drifts. Between the rotors and the inner wall of the pump fluid is moved output the pump.

lobe pumps are reliable performance for demanding applications, trouble-free operation and is designed to provide superior energy efficiency. This hygienic pumps, less damage to the product and meets high standards in low pressure.

maintenance of the lobe pump, without the workshop due to compact design, can be made with ease and in a very short time in the field.

Separation of the electrical connection on the pump motor is required before the pump maintenance. After this process is done, pump maintenance and repair can be done.

• Maintenance and changing of Lobes, the coupling between the pump and engine and the pump with line connections can be made with the bolts without removing the front co-ver removed.

• In this section, The lobes that are easily removed, cleaning

and maintenance can be performed.

• The front body to change the seal needs to be removed. Body also reveling operation can be performed in a simple way.

• The threaded portion of the oil reservoir drain oil at perio-dic intervals is replaced by the plug opening. In this way, the threaded life will be monitored for increase

• The necessary cleaning is done after they are removed all the parts way back again onto the body and the pump assemb-led is activated. The direction of rotation of the motor when commissioning the pump according to electrical connecti-ons must be made.

Shape 1 Shape 2 Shape 3 Shape 4

Rotor shaftPawn shaft

1166

Areas of Usage

In the food industry;- Yoghurt, Cheese, Butter, Cottage cheese- Ice cream, Cream- Caramel- Molasses- Jam- Honey- Olive oil- Tomato Puree- Ketchup, Mayonnaise- Chocolate

In the paper industry; - Saban Solutions- Pulp- Colourant- Adhesives- Lime Mixtures

Beverage industry; - Milk- Ayran- Fruit juices- Beer, wine- Vinegar

In the cosmetic and pharmaceutical industry; - Hair gel- Soap- Detergent- Shampoo- Tooth paste- Vaseline- Hand cream

1176

Areas of Usage

In the food industry;- Yoghurt, Cheese, Butter, Cottage cheese- Ice cream, Cream- Caramel- Molasses- Jam- Honey- Olive oil- Tomato Puree- Ketchup, Mayonnaise- Chocolate

In the paper industry; - Saban Solutions- Pulp- Colourant- Adhesives- Lime Mixtures

Beverage industry; - Milk- Ayran- Fruit juices- Beer, wine- Vinegar

In the cosmetic and pharmaceutical industry; - Hair gel- Soap- Detergent- Shampoo- Tooth paste- Vaseline- Hand cream Hygienic Centrifuge

PumpsFLUID TRANSFER PRODUCTS

1182

MIT hygienic centrifuge pumps are used in food, pharmaceutical and cosmetics industries. Clamp type

connection is used. 316 L stainless steel is used for body material.

MIT HYGIENIC CENTRIFUGAL PUMPS

Special design of its fan and cover it reduces friction and eli-minates non hygienic blind spots. Also with the special design velocity of the fluid reaches maximum levels and with easy montage and de-montage it gives user easy maintenance and cleaning option.

Technical features:Max flow rate: 150 m3/hMax Head: 70 mMax Temperature: 120°C (30 minutes at CIP/SIP applications)Max rpm: 3600 rpm Materials;Body and Fan: AISI 316LGasket: EPDM (suitable for food)Mechanical shaft seal

3

Kapsamlı Performans Grafiği

0 10 20 30 40 50 80 110 Q (m3/h)

H (m)

75

60

45

30

15

0

MP-40-II

MP-20-I MP-20-II

MP-25

MP-30

MP-35-I

MP-35-II

MP-40-IMP-10

MP-15

119

3

Kapsamlı Performans Grafiği

0 10 20 30 40 50 80 110 Q (m3/h)

H (m)

75

60

45

30

15

0

MP-40-II

MP-20-I MP-20-II

MP-25

MP-30

MP-35-I

MP-35-II

MP-40-IMP-10

MP-15

120

ModelMotor

kWPB ø A B C D M F G H L W E C H E

MP-101,5 1,5” 1,5” 189 32 63 60 190 136 163 240 140 360 528 210 70 222 392 102

2,2 1,5” 1,5” 189 32 63 60 210 136 163 240 140 360 528 210 70 242 392 102

MP-151,5 2” 1,5” 250 32 90,5 42 190 155 186 240 140 360 551 210 70 222 392 102

2,2 2” 1,5” 250 32 90,5 42 210 155 186 240 140 360 551 210 70 242 392 102

MP-20-I

MP-20-II

2,2 2” 2” 250 32 85 45 210 170 186 240 140 360 551 210 70 242 392 102

3 2” 2” 250 32 85 45 230 170 175 300 160 430 599 260 70 262 462 102

4 2” 2” 250 32 85 45 222 170 175 300 190 430 599 260 70 254 462 102

5,5 2” 2” 250 32 85 45 252 170 197 330 216 470 737 310 70 284 502 102

7,5 2” 2” 250 32 85 45 252 170 197 330 216 470 737 310 70 284 502 102

MP-254 2” 1,5” 268 32 108 56 222 190 173 300 190 430 597 260 70 254 462 102

5,5 2” 1,5” 268 32 108 56 252 190 195 330 216 470 735 310 70 284 502 102

MP-305,5 2” 1,5” 268 32 108 56 252 190 195 330 216 470 735 310 70 284 502 102

7,5 2” 1,5” 268 32 108 56 252 190 195 330 216 470 735 310 70 284 502 102

MP-35-I11 2,5” 1,5” 350 36 131 68 290 229 240 450 254 575 860 375 102 322 607 102

15 2,5” 1,5” 350 36 131 68 290 229 240 450 254 575 860 375 102 322 607 102

MP-35-II15 2,5” 2” 350 36 131 68 290 229 240 450 254 575 860 375 102 322 607 102

18,5 2,5” 2” 350 36 131 68 290 229 240 515 254 575 885 375 102 322 607 102

MP-40-I

MP-40-II

11 3” 2,5” 303 36 105 73,5 290 213,5 240 450 254 575 870 375 102 322 607 102

15 3” 2,5” 303 36 105 73,5 290 213,5 240 450 254 575 870 375 102 322 607 102

18,5 3” 2,5” 303 36 105 73,5 290 213,5 240 515 254 575 895 375 102 322 607 102

22 3” 2,5” 303 36 105 73,5 310 213,5 240 515 279 625 946 400 102 342 657 102

30 3” 2,5” 303 36 105 73,5 330 213,5 267 580 318 670 1014 440 102 362 702 102

MIT Hygienic Centrifugal Pump Schedule

4

121

Performance Curve

5

30

20

10

0

25

20

15

10

5

0

40

30

20

10

0

40

30

20

10

0

60

50

40

30

20

10

0

50

40

30

20

10

0

0 4 8 12 16 Q(m3/h)0 2,5 5 7,5 10 12,5 15 Q(m3/h)

0 10 20 30 Q(m3/h) 0 10 20 30 Q(m3/h)

0 5 10 15 20 25 Q(m3/h)0 2 4 6 8 10 12 Q(m3/h)

NPSHrNPSHr

NPSHr NPSHr

NPSHrNPSHr

Q-P

Q-P

Q-PQ-P

Q-PQ-P

Q-HQ-H

H(m)H(m)

H(m) H(m)

H(m)H(m)

Q-HQ-H

Q-HQ-H

% 095% 090% 085

% 095% 090% 085 (50 hz) ø 160/ (60 hz) ø 135

(50 hz) ø 135/ (60 hz) ø 105

(50 hz) ø 165/ (60 hz) ø 140

(50 hz) ø 165/ (60 hz) ø 140

(50 hz) ø 200/ (60 hz) ø 170

(50 hz) ø 200/ (60 hz) ø 170

MP-15MP-10

MP-20-1 MP-20-2

MP-30MP-25

3

2

1

3

2

1

6

5

4

3

2

1

7

6

5

4

3

2

1

10

8

6

4

2

6

5

4

3

2

1

% 095% 090% 085

% 095% 090% 085

% 095% 090% 085

% 095% 090% 085

m/(kw)m/(kw)

m/(kw)

m/(kw)

m/(kw)

m/(kw)

122

Centrifugal Pumps with Magnetic Coupling


6

Performance Curve

Optional Features

MIT hygienic centrifuge pumps can be produce in various op-tions.

It can be easily used on a wheeled chassis portably and with adding a control panel to this chassis.

Only thing here is to connect the control panel to a power grid.

80

70

60

50

40

30

20

10

0

50

40

30

20

20

0

50

40

30

20

10

0

0 5 10 15 20 25 30 35 40 Q(m3/h)

0 20 40 60 80 100 Q(m3/h)0 20 40 60 80 100 Q(m3/h)

NPSHr

NPSHrNPSHr

Q-P

Q-PQ-P

H(m)

H(m)H(m) m/(kw)

m/(kw)

m/(kw)

Q-H

Q-HQ-H

(50 hz) ø 240/ (60 hz) ø 205

(50 hz) ø 190/ (60 hz) ø 160(50 hz) ø 170/ (60 hz) ø 145

MP-35-2

MP-40-2MP-40-1

8

7

6

5

4

3

2

1

5

4

3

2

1

4

3

2

1

% 095% 090% 085

% 095% 090% 085

% 095% 090% 085

70

60

50

40

30

20

10

00 5 10 15 20 25 30 35 40 Q(m3/h)

NPSHr

Q-P

H(m)

Q-H

(50 hz) ø 228/ (60 hz) ø 196MP-35-1

5

4

3

2

1

% 095% 090% 085

m/(kw)

123

Centrifugal Pumps with Magnetic Coupling


6

Performance Curve

Optional Features

MIT hygienic centrifuge pumps can be produce in various op-tions.

It can be easily used on a wheeled chassis portably and with adding a control panel to this chassis.

Only thing here is to connect the control panel to a power grid.

80

70

60

50

40

30

20

10

0

50

40

30

20

20

0

50

40

30

20

10

0

0 5 10 15 20 25 30 35 40 Q(m3/h)

0 20 40 60 80 100 Q(m3/h)0 20 40 60 80 100 Q(m3/h)

NPSHr

NPSHrNPSHr

Q-P

Q-PQ-P

H(m)

H(m)H(m) m/(kw)

m/(kw)

m/(kw)

Q-H

Q-HQ-H

(50 hz) ø 240/ (60 hz) ø 205

(50 hz) ø 190/ (60 hz) ø 160(50 hz) ø 170/ (60 hz) ø 145

MP-35-2

MP-40-2MP-40-1

8

7

6

5

4

3

2

1

5

4

3

2

1

4

3

2

1

% 095% 090% 085

% 095% 090% 085

% 095% 090% 085

70

60

50

40

30

20

10

00 5 10 15 20 25 30 35 40 Q(m3/h)

NPSHr

Q-P

H(m)

Q-H

(50 hz) ø 228/ (60 hz) ø 196MP-35-1

5

4

3

2

1

% 095% 090% 085

m/(kw)

1242

MIT - GemmeCotti magnetically coupled pumps are made of thermoplastic material. (Polypropylene

and PVDF). Transfer many different fluids, particularly dangerous and aggressive chemicals, such as are

used in circulation needs.

MIT - GemmeCottiMAGNETIC COUPLING CENTRIFUG PUMPS

Due to the without seal used in any environment where the-re is no a risk of problem the leaking and efflux. therefore, it is the best alternative in many applications the pump seals. This design reduces the maintenance costs, guaranteeing maximum efficiency and safety.

Magnetic coupling, what standards are available high torc NeFeBo

General Characteristics of the pumpBody and fan materials: PP / PVDFSurfaces in contact with the liquid:- O-Ring; EPDM (PP standard for pumps) Viton (PVDF standard for pumps)- Shaft: %99,7 Al2O3- Couches: PTFECMaximum capacity: 45 m3/hMaximum discharge height: 33 mSSMaximum fluid viscosity: 200 cStMaximum fluid temperature: - Maximum 70°C for PP models, max 90°C for PVDF models.Motor power: According to model between 0,12 kw and 0,15 kw changes.Connection diameter: According to Model between 1“ and 3” changes.Pressure rating: 20°C’de NP 4

1253

* According to the manufacturer may vary** optional : flange connection

HTM 4-6-10 PP/PVDFFlange

DIN PN 10

Rotation

Type of

Pump

Flange Estimates (mm)

R S T U V Z DNs DNd

HTM 4 - - - - - - - -

HTM 6 75 105 14 14 85 115 25 20

HTM 10 85 115 14 18 110 150 40 25

Type of

Pump

Engine

Flange

B3-B5

POT.

kW

Estimates (mm)

A B C D E Hs G H I *L M N O P Q

HTM 4 G 56 B 0.12 76 115 90 71 56 - 39 - 1” Female 176 34 36 80 120 ½” Male

HTM 6 G 63 B 0.25 84 143 100 80 63 18 59 6 1” Female 191 45 40 98 140 ¾” Male

HTM 10 G 71 2B 0.55 110 180 112 90 71 20 70 9 1½” Female 215 45 45 100 160 1” Male

Pump Dimensions

1264

Type of

Pump

Flange Estimates (mm)

R S T U V Z DNs DNd

HTM 15 110 153 18 18 125 168 50 40

HTM 31 125 168 18 18 145 188 65 50

HTM 40 145 188 18 18 160 203 80 65

Type of

Pump

Engine

Flange

B3-B5

POT.

kW

Estimates (mm)

A B C D E F G Hs Hd I *L M N O P Q

HTM 15 G 80 B 1,1 150 230 125 100 80 28 52 42 13 2” Male 232 66 50 135 200 1½” Male

HTM 15 G 90 S 1,5 160 240 140 100 90 28 52 42 13 2” Male 256 66 56 135 200 1½” Male

HTM 31 G 90 L 2,2 184 245 140 125 90 30 61 44 13 2½” Male 280 66 56 140 200 2” Male

HTM 31 G 100 L 3 203 264 160 140 100 30 61 44 13 2½” Male 315 66 63 140 250 2” Male

HTM 40 G 100 L 3 228 280 160 140 100 40 52 50 10 3” Male 315 82,5 63 170 250 2½” Male

HTM 40 G 112 M 4 228 280 190 140 112 40 50 50 10 3” Male 325 82,5 70 170 250 2½” Male

HTM 15-31-40 PP/PVDF

Pump Dimensions

* According to the manufacturer may vary** optional : flange connection

Flange

DIN PN 10

Rotation

1275

50 Hz - RPM 2900

60 Hz - RPM 3500

Pump Curves

1286

Our Other Product

HTM PP/PVDF

Magnetically Coupled Centrifugal PumpsQ max: 45 m3/hH max: 33 mSSMaterials: PP/PVDF

HTM SS

Magnetically Coupled Centrifugal PumpsQ max: 32 m3/hH max: 24 mSSMaterials: AISI 316

HTA

Magnetically Coupled Circulation Turbine PumpsQ max: 7 m3/h - H max: 80 mSSMaterials: AISI 316 / Hastelloy-C Titanium

HTT

Magnetically Coupled Circulation Turbine PumpsQ max: 9 m3/hH max: 50 mSSMaterials: PP/PVDF

HPP-HPF

Magnetically Coupled Palletised PumpsQ max: 1000 l/hH max: 5 barMaterials: PP/PVDF

HTPRotary Magnetically Coupled Palletised Pumps (Self-priming)Q max: 2100 l/h - H max: 13 barMaterials: AISI 316 L / Hastelloy-C Titanium

VPM / VPS / VPL

Liquid Ring Vacuum PumpsQ max: 450 m3/h - H max: 33 mSSMaterials: AISI 316/316 L SS / Alloy Hastelloy-C / Titanium

HCO

Mechanical Seals Centrifugal PumpsQ max: 58 m3/hH max: 38 mSSMaterials: PP/PVDF

HVL

Vertical Centrifugal Pumps - Open FanQ max: 57 m3/hH max: 39 mSSMaterials: PP/PVDF

HV

Monoblock Vertical Centrifugal PumpsQ max: 40 m3/hH max: 22 mSSMaterials: PP/PVDF

PVA

Cantilevered Vertical Centrifugal PumpsQ max: 24 m3/hH max: 26 mSSMaterials: AISI 316 / Titanium

129

Solenoid DoingPumps


6

Our Other Product

HTM PP/PVDF

Magnetically Coupled Centrifugal PumpsQ max: 45 m3/hH max: 33 mSSMaterials: PP/PVDF

HTM SS

Magnetically Coupled Centrifugal PumpsQ max: 32 m3/hH max: 24 mSSMaterials: AISI 316

HTA

Magnetically Coupled Circulation Turbine PumpsQ max: 7 m3/h - H max: 80 mSSMaterials: AISI 316 / Hastelloy-C Titanium

HTT

Magnetically Coupled Circulation Turbine PumpsQ max: 9 m3/hH max: 50 mSSMaterials: PP/PVDF

HPP-HPF

Magnetically Coupled Palletised PumpsQ max: 1000 l/hH max: 5 barMaterials: PP/PVDF

HTPRotary Magnetically Coupled Palletised Pumps (Self-priming)Q max: 2100 l/h - H max: 13 barMaterials: AISI 316 L / Hastelloy-C Titanium

VPM / VPS / VPL

Liquid Ring Vacuum PumpsQ max: 450 m3/h - H max: 33 mSSMaterials: AISI 316/316 L SS / Alloy Hastelloy-C / Titanium

HCO

Mechanical Seals Centrifugal PumpsQ max: 58 m3/hH max: 38 mSSMaterials: PP/PVDF

HVL

Vertical Centrifugal Pumps - Open FanQ max: 57 m3/hH max: 39 mSSMaterials: PP/PVDF

HV

Monoblock Vertical Centrifugal PumpsQ max: 40 m3/hH max: 22 mSSMaterials: PP/PVDF

PVA

Cantilevered Vertical Centrifugal PumpsQ max: 24 m3/hH max: 26 mSSMaterials: AISI 316 / Titanium

130

MIT Solenoid Dosing Pumps, acid, chlorine, liquid manure etc. Designed to be used in place that should be

given in doses of chemicals are precision dosing device. (pool, drinking water, agricultural irrigation)

MIT SOLENOID DOSING PUMPS

Dosing Pumps electronically operated electro-magnet dosing pumps. Flow is provided by the movement of the diaphragm. Magnet pulls the piston diaphragm is formed by pulses coming from electronic circuits and thus consists of the maximum stro-ke. Diaphragm pump pushes the solution which is connected to the steel core.

Suction valve closes the suction mouth. Pressing the discharge outlet valve opens and press solution the delivery tube. Mag-nets finished after the suction check valve opens, discharge check valve closes, thus, the liquid is drawn into the pump head. Frequency adjustments should be made slowly.

5 lt / 5 bar Analogue Dosing Pump

• Injector • Sorption Filter

• PE Delivery Höse • PVC Sorption Höse

Specifications- Stroke rate can be adjusted via a potentiometer on Design- Due to the vertical design it is easy to install and flexible ins-

tallation, Usege- All plastic body which ensures high durability against corrosi-

ve chemicals- The electromagnet is controlled by the electronic circuit and

durable Teflon (PTFE) diaphragm- Less maintenance because of the ceramic ball design- Together with discharge and suction accessories

2

131

Chlorine Dosage

MIT Solenoid Dosing Pumps usage is very common. Sodium hypochlorite solution prepared for drinking water and process water disinfection, drinking water disinfection applications for dosing suitable calcium hypochlorite solution; dosing of pre-ferred dichloro solution for pool water disinfection is used.

When MIT Solenoid Dosing Pumps make selection, The water will be held daily and hourly amount of chlorine dosing ( flow ); chlorine dosing to be done in the line pressure values must be known. It is possible to make the chlorine dosage from dif-ferent points. chlorine dosage, the pipeline that goes to the water tank, even if it does not have any water tank, it is possible to make directly line.

The most important factor to be considered while chlorine do-sing is to provide adequate waiting period.

3

132

Seri 12 Lt / 10 B

Bar1 2 3 4 5 6 7 8 9 10 11

3,500

3,000

2,500

2,000

1,500

1,000

0,500

0,000

Lt

Seri 15 Lt / 5 B

Bar1 2 3 4 5 6 7

5,400

5,200

5,000

4,800

4,600

4,400

Lt

Pressure-Flow Chart

Areas of Usage- Swimming Pools- Chemical fluid transfer- Car Wash Fluids- Cooling Towers- Reverse Osmosis (RO) Systems- Original Equipment Manufacturers

Technical Specifications

Feeding AC 230 V 50-60 Hz

Suction Line Max. Height 1,5 mt

Pressing Line Max. Distance 4 mt

Capacity 5 L/H-5 Bar, 2 L/h-10 Bar

Operating Environment Temp. 0-50°C

Chemical Heat 0-45°C

Weight 1,7 Kg

Capacity Adjustment 0-150 st/dk

Control Type Manuel, on-off

Chemical Heat 0-45°C

Protection Class IP 65

Raw Materials Used according to Parts

Used Parts Raw Material

Rekors PP-PVDF**

Pump Body PP

Suction Team EPDM, Viton, Silikon, Neopren, Zirkonyum Bilye

Press Team EPDM, Viton, Silikon, Neopren, Zirkonyum Bilye

Headset Zirkonyum Bilye

Diaphragm PTFE

Pump Head PP

O-Rings VITON

Aspiration Pipe PVC

Pressing Pipe PE

Schnorkel PVC

** Capacity values were obtained as a result of tests made un-der standard conditions with water.

4

1346

Chemical Resistance List

Kim

yasa

lFo

rmül

Cam

PVD

FPP

PVC

SS31

6PM

MA

Has

tello

yPT

FEFP

MEP

DM

NBR

PEN

eopr

ene

Silic

one

Acet

ic A

cid,

Max

75%

CH3CO

OH

21

11

13

11

31

31

31

Alum

iniu

m S

ulph

ate

Al2(S

O4) 3

11

11

11

11

11

11

11

Amin

esR-

NH

21

21

31

---

11

32

41

---

---

Calc

ium

Hyd

roxi

deCa

(OH

) 21

11

11

11

11

11

11

1

Calc

ium

Hyp

ochl

orite

Ca(O

Cl) 2

11

11

31

11

11

31

22

Copp

er S

ulph

ate

CuSO

41

11

11

11

11

11

11

1

Ferr

ic C

hlor

ide

FeCl

31

11

13

11

11

11

11

2

Hyd

roflu

oric

Aci

d 40

%H

F3

11

23

32

11

33

13

3

Hyd

roch

loric

Aci

dH

Cl1

11

13

11

11

33

12

2

Hyd

roge

n Pe

roxi

de

30%

H2O

21

11

11

31

11

23

12

1

Nitr

ic A

cid

65%

HN

O3

11

23

23

11

13

32

33

Phos

phor

ic A

cid

50%

H3PO

41

11

12

11

11

13

12

1

Pota

ssiu

m P

erm

anga

te

10%

KMnO

41

11

11

11

11

13

1--

---

-

Sodi

um B

isulp

hate

NaH

SO3

11

11

21

11

11

11

11

Sodi

um C

arbo

nate

Na2

CO3

21

11

11

11

21

11

11

Sodi

um H

ydro

xide

NaO

H2

11

11

11

12

12

11

2

Sodi

um H

ypoc

hlor

ite

12,5

%N

aOCl

+NaC

l1

12

13

11

11

12

11

2

Sulp

huric

Aci

d -8

5%H

2SO4

11

11

23

11

13

31

33

Sulp

huric

Aci

d -9

8,5%

H2SO

41

13

33

31

11

33

33

3

1: D

ayan

ıklı

2: İ

yi

3: D

ayan

ıksız

135

Air DiaphragmPumps


6

Chemical Resistance List

Kim

yasa

lFo

rmül

Cam

PVD

FPP

PVC

SS31

6PM

MA

Has

tello

yPT

FEFP

MEP

DM

NBR

PEN

eopr

ene

Silic

one

Acet

ic A

cid,

Max

75%

CH3CO

OH

21

11

13

11

31

31

31

Alum

iniu

m S

ulph

ate

Al2(S

O4) 3

11

11

11

11

11

11

11

Amin

esR-

NH

21

21

31

---

11

32

41

---

---

Calc

ium

Hyd

roxi

deCa

(OH

) 21

11

11

11

11

11

11

1

Calc

ium

Hyp

ochl

orite

Ca(O

Cl) 2

11

11

31

11

11

31

22

Copp

er S

ulph

ate

CuSO

41

11

11

11

11

11

11

1

Ferr

ic C

hlor

ide

FeCl

31

11

13

11

11

11

11

2

Hyd

roflu

oric

Aci

d 40

%H

F3

11

23

32

11

33

13

3

Hyd

roch

loric

Aci

dH

Cl1

11

13

11

11

33

12

2

Hyd

roge

n Pe

roxi

de

30%

H2O

21

11

11

31

11

23

12

1

Nitr

ic A

cid

65%

HN

O3

11

23

23

11

13

32

33

Phos

phor

ic A

cid

50%

H3PO

41

11

12

11

11

13

12

1

Pota

ssiu

m P

erm

anga

te

10%

KMnO

41

11

11

11

11

13

1--

---

-

Sodi

um B

isulp

hate

NaH

SO3

11

11

21

11

11

11

11

Sodi

um C

arbo

nate

Na2

CO3

21

11

11

11

21

11

11

Sodi

um H

ydro

xide

NaO

H2

11

11

11

12

12

11

2

Sodi

um H

ypoc

hlor

ite

12,5

%N

aOCl

+NaC

l1

12

13

11

11

12

11

2

Sulp

huric

Aci

d -8

5%H

2SO4

11

11

23

11

13

31

33

Sulp

huric

Aci

d -9

8,5%

H2SO

41

13

33

31

11

33

33

3

1: D

ayan

ıklı

2: İ

yi

3: D

ayan

ıksız

1362

Diaphragm pumps which work with air can be used in various areas in industrial works. It works as the same principle with lift and force pumps. Diaphragm pumps works with air instead of electricity motors with help of a compression motor that supplies demand of the pumps air according to its own flow rate and pressure values.

Due to pumps non-electric motor it has an ex-proof feature. For this reason this pump can serve under oil, solvent and many other flammable material containing work spaces. Besides having deep vacuum and dry working features this pumps flow rate and pressure can be easily adjustable.

Considering all this reasons air working pumps can serve at various areas of industry like transfer, circulation, injection, filling.

MIT DIAPHRAGM TRANSFER PUMPS

1373

MIT 160 Series Diaphragm Pumps

MIT air diaphragm transfer pumps have multiple applications which give opportunity to be used at high flow rated and parti-culated fluids. With differing diaphragm adjustments according to flows MIT air diaphragm transfer pumps offers a longer life-time.

TECHNICAL FEATURES

Flow 16 l/dk

Pump Inlet-Outlet ¼"

Operating Pressure (max) 7 bar

Head (max) 70 m

Sucking 6 m

Operating Temperature 0 ~ +100°C

Air Inlet ¼”

Particle Permeability 1 mm

Weight 1,5 kg

MATERIAL FEATURES

Body Polypropylene (PP)

Diaphragms

SantoprenTeflonEPDMViton

Buna-NNeopren

AREAS OF USAGEMIT diaphragm pumps can easily transfer the fluid with connec-ting to the bottom of the tank.

Hea

d

Capacity per Minute (lt/dk)

bar7

6

5

4

3

2

1

00 2 4 6 8 10 12 14 16 18

1,8 m3/h (air inlet flow)

MIT 160 (¼”) Plastic Pumps Performance Curve

3,5 m3/h

5,2 m3/h

6,9 m3/h

8,6 m3/h

10 m3/h

1,4 bar

2,8 bar

4,1 bar

5,5 bar

6,7 bar (hava giriş basıncı)

MIT 160 (¼”) Plastic Pump

1384

MIT 550 Series Diaphragms Pumps

MIT 550 series offers the user to choose the most effective app-lication for various chemicals with plastic and aluminum body.

TECHNICAL FEATURES

PlasticBody

MetalBody

Flow 55 l/dk 55 l/dk

Pump Inlet-Outlet ¾” ¾"

Operating Pressure (max) 7 bar 7 bar

Head (max) 70 m 70 m

Sucking 6 m 6 m

Operating Temperature 0 ~ +100°C -18 ~ +100°C

Air Inlet ¼” ¼”

Particle Permeability 3 mm 3 mm

Weight 4,2 kg 4,9 kg

MATERIAL FEATURES

BodyPolipropilen (PP)

ALUMINIUM

Diaphragms


Buna-NNeopren

AREAS OF USAGEMIT diaphragm pumps can also be used as submerged pumps. To do this air release pipe should go above the water level to keep pumps exhaust for releasing the air.

MIT 550 (¾”) Plastic PumpMIT 550 (¾”) Metal Pump

Hea

d

MIT 550 (¾”) Plastic and Metal PumpsPerformance Curve

6,9 m3/h

24,5 m3/h

10 m3/h

26,95 m3/h

13,4 m3/h

30 m3/h

17 m3/h

34 m3/h

20,5 m3/h


bar

7

6

5

4

3

2

1

00 10 20 30 40 50 60

3,6 m3/h (air inlet flow)


1,4 bar

2,8 bar

4,1 bar

5,5 bar

1395


MIT air diaphragm pumps are commonly used at marine in-dustry. Bilge water discharge, sanding, scrape and rusted was-tes are also in the line of work of this pump. Air diaphragm pumps are also used at transferring and storing most of the chemicals which used at dye houses and press machines paint circulations which used at textile industry. With the color and press capacity of the machine a different pump can be used for every color.

TECHNICAL FEATURES

PlasticBody

MetalBody


Pump Inlet-Outlet 1" 1"



Sucking 6 m 6 m


Air Inlet ½" ½”


Weight 8 kg 9 kg

MATERIAL FEATURES

Body

Polipropilen (PP)ALUMINIUM

STAINLESS STEELNODULAR CAST IRON

Diaphragms


Buna-NNeopren

MIT 1500 (1”) Plastic PumpMIT 1500 (1”) Metal Pump

MIT 1500 (1”) Plastic and Metal PumpsPerformance Curve

35 m3/h

40 m3/h

50 m3/h

16 m3/h

67 m3/h

20 m3/h


bar

7

6

5

4

3

2

1

00 20 40 60 80 100 120 140 160

Hea

d

10 m3/h (air inlet flow)


1,4 bar

2,8 bar

4,1 bar

5,5 bar

1406


MIT air diaphragm pumps are very useful at cleaning oil and sludge which occurred at storage basins of petrol products. These pumps can be used for any type of chemical, glue, sol-vents, paint or inks transfer and circulation. A MIT air diaphragm pump doesn’t require any electrical engine due to this reason it has a resistance to explosion and combustion which called the Ex-proof feature. It can be used in transferring and storing paint and glue materials. For water based fluids nitrile caoutc-houc diaphragm can be used and for solvent based fluids PTFE diaphragm can be used.

TECHNICAL FEATURES

PlasticBody

MetalBody


Pump Inlet-Outlet 1½" 1½”



Sucking 6 m 6 m


Air Inlet ¾" ¾”


Weight 20,5 kg 25 kg

MATERIAL FEATURES

Body



Diaphragms

SantopreneTeflonEPDMViton

Buna-NNeoprene

MIT 4000 (1½”) Plastic PumpMIT 4000 (1½”) Metal Pump

MIT 4000 (1½”) Plastic and Metal PumpsPerformance Curve

69 m3/h

85 m3/h

35 m3/h50 m3/h


bar

7

6

5

4

3

2

1

00 50 100 150 200 250 300 350 400

Hea

d



1,4 bar

2,8 bar

4,1 bar

5,5 bar

1417


MIT air diaphragm pumps are used in transferring acid and chemical based sludge and dewatering sedimentation sludge with pressing it to filter at water treatment plants. Transferring animal based waste in slaughtering facilities, storing and bott-ling process at fish oil industry can be referred work areas of MIT air diaphragm pumps.

TECHNICAL FEATURES

PlasticBody

MetalBody





Sucking 6 m 6 m

Operating Temperature -18 ~ +100°C -18 ~ +100°C

Air Inlet ¾” ¾”


Weight 30 kg 32 kg

MATERIAL FEATURES

Body



Diaphragms


Buna-NNeoprene



135 m3/h

169 m3/h

67 m3/h

100 m3/h


bar

7

6

5

4

3

2

1

00 75 150 225 300 375 425 500 575

Hea

d



1,4 bar

2,8 bar

4,1 bar

5,5 bar

1428


MIT air diaphragm pumps are used in ceramic industry for trans-ferring sludge and mold filling purpose. Beside this it can also be used at sealing sector with circulation and spraying purpose.

TECHNICAL FEATURES

PlasticBody

MetalBody





Sucking 6 m 6 m

Operating Temperature -18 ~ +100°C -18 ~ +100°C

Air Inlet ¾” ¾”


Weight 49 kg 51 kg

MATERIAL FEATURES

Body



Diaphragms


Buna-NNeoprene



203 m3/h

235 m3/h

135 m3/h100 m3/h

171 m3/h


bar

7

6

5

4

3

2

1

00 100 200 300 400 500 600 700 800 900

Hea

d



1,4 bar

2,8 bar

4,1 bar

5,5 bar

1439

MIT HP Series High Pressure Pumps

MIT HJ Series hygienic pumps are used in industries like food, pharmaceutical and cosmetics. Clamp type connection is used. 316 L stainless steel is used for body material.

MIT HJ Series hygienic pumps does not thins the fluid its trans-ferring and not effecting the chemical state of the fluid makes this pumps indispensable for transferring and storing milk, yo-gurt, cream, mustard, ketchup, mayo type of sensitive materials.

For transferring concentrated materials as chocolate, marmala-de, air transfer pumps are suitable which are designed based on food regulations.

TECHNICAL FEATURES

Model Flow(lt/dk)

PumpInlet-Outlet

(inch)

Operating Pressure

(max. bar)

Head(max. m)

Sucking(m)

Operating Temperature

(°C)

Air Inlet

Particle Permeabilit

(mm)

Weight(kg)

MIT HJ 550 ¾” 55 ¾” 7 70 6 -18 ~ +100 ¼” 3 6,5

MIT HJ 1500 1” 150 1” 7 70 6 -18 ~ +100 ½” 4 12,0

MIT HJ 4000 1½” 400 1½” 7 70 6 -18 ~ +100 ¾” 6 26,0

MIT HJ 5600 2” 560 2” 7 70 6 -18 ~ +100 ¾” 6 31,0

MIT HJ 8900 3” 890 3” 7 70 6 -18 ~ +100 ¾” 8 65,0

MATERIAL FEATURES

Body SS 316 L

Diaphragms

SantopreneTeflonEPDM

Neoprene

14410


MIT HP series high pressure pumps can be used in production with sawdust, boron oil transfer, painting cabinets, spraying waste, sediment and painting removal, car service stations, crankcase wastes and burned oil gathering, industrial waste and sewage water treatment plants pumping. It can also be used in non-fluid (cake, cream) material transfer. MIT HP series high pressure pumps most prominent feature is, its high exit pressure.

TECHNICAL FEATURES

Model Flow(lt/dk)

PumpInlet-Outlet

(inch)

Operating Pressure

(max. bar)

Head(max. m)

Sucking(m)


(°C)

Air Inlet


(mm)

Weight(kg)

MIT HJ 1000 1” 70 1” 7 140 6 -18 ~ +100 ½” 4 10,0

MIT HJ 1600 1½” 160 1½” 7 140 6 -18 ~ +100 ¾” 6 27,0

MIT HJ 2000 2” 200 2” 7 140 6 -18 ~ +100 ¾” 6 34,0

MIT HJ 3600 3” 360 3” 7 140 6 -18 ~ +100 ¾” 8 55,0

MIT HP 1000

MIT HP 1600

MIT HP 2000

MIT HP 3600

145

Blowers &Diffusers


10


MIT HP series high pressure pumps can be used in production with sawdust, boron oil transfer, painting cabinets, spraying waste, sediment and painting removal, car service stations, crankcase wastes and burned oil gathering, industrial waste and sewage water treatment plants pumping. It can also be used in non-fluid (cake, cream) material transfer. MIT HP series high pressure pumps most prominent feature is, its high exit pressure.

TECHNICAL FEATURES

Model Flow(lt/dk)

PumpInlet-Outlet

(inch)

Operating Pressure

(max. bar)

Head(max. m)

Sucking(m)


(°C)

Air Inlet


(mm)

Weight(kg)

MIT HJ 1000 1” 70 1” 7 140 6 -18 ~ +100 ½” 4 10,0

MIT HJ 1600 1½” 160 1½” 7 140 6 -18 ~ +100 ¾” 6 27,0

MIT HJ 2000 2” 200 2” 7 140 6 -18 ~ +100 ¾” 6 34,0

MIT HJ 3600 3” 360 3” 7 140 6 -18 ~ +100 ¾” 8 55,0

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