Pump General Catalog 2012-2013

Crisil

ISO 14001 2004

ISO 9001 2008

CE

D N B

Name of

Trust

2012 2013

AUM INDUSTRIAL SEALS PVT. LTD.

P u m p

A u m I n d u s t r i a l S e a l s P v t . L t d .

+ 9 1 - 2 6 5 - 6 5 3 2 0 6 4 + 9 1 - 2 6 5 - 6 4 5 1 2 9 5

+ 9 1 - 2 6 5 - 2 7 6 1 3 6 8

C u s t o m e r C a r e N o .

+ 9 1 - 9 2 - 7 7 7 7 - 5 9 6

+ 9 1 - 9 2 - 7 7 7 7 - 5 9 8

0 9 / 0 3 / 2 0 1 1

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Pump General Catalog 201ς-1σ

Air Operated Double Diaphragm Pump

• Self Priming • Easy to maintain • Runs Dry Without Damage • Variable speed • Flameproof

AOD 40

Specifications

Height 44 C. M.

Suction Lift

4.8 M. Dry

Width 31 C. M.

8M.Wet

Depth 24 C. M.

Max. Flow Rate 250

Air Inlet 1/2" Air

pressure LPM

Inlet 1 2/3 BSP

M.O.C. 3 to 7 Kg./CM2

Outlet 1 1/4 BSP

Diaphragm PTFE / RUBBER

AOD 15 AOD 30 AOD 50

Sr . No.

MODEL Material of Casing AIR Pre in Bar

Max Solid Size in MM

Suc*DIS BSP Flow Range In LPM

1 15 PP,SS, PVDF, AL 7 2.5 0.5” 0-25

2 25 PP,SS, PVDF, AL 7 3.4 1” 0-59

3 40 PP,SS, , AL 7 5 1.5” 0-137

4 50 PP,SS, AL 7 6.5 2” 0-295

5 60 PP,SS, , AL 7 10 3” 0-440

Diaphragm Electrical Pump / DP 100E Efficient for handling Slurries, Effluent and Viscous Material

Specifications Flow Rate up to 65 Litres/min

MOC Aluminium LM6/ SS/ FRP

Inlet 1½ Inchess Outlet 1½ Inches

Gear Motor 0.5 HP

IMPORTANT FEATURE High Capacity Low maintenance Portable - Trolley Mounted Easy to use handles all types of Liquids and Slurries

Diaphragm Hand Pump

The DP 100 Diaphragm Hand pump is a simple and low cost solution for continuous, high flow and occasional pumping duties. It is an ideal choice during load shedding as also field operations where electric or pneumatic power is not available. Being portable and trolley mounted, it can be easily used in many locations.

SPECIFICATIONS

Flow Rate up to 65 Litres/min

Construction Aluminium LM 6/ SS/Plastic

Inlet 1 1/4 inches

Outlet 1 inch

IMPORTANT FEATURES High Capacity Low maintenance Portable - trolley Mounted handles all types of Liquids and Slurries

Applications • Emptying and filling of Barrels tanks • Emptying and filling of tankers • Pumping to height / long horizontal distances • Emergency stand-by duty

Industry

Agriculture Dairy Chemical Industry Dry Industry Paints Industries

Inks Industry Rubber Industry Pharmaceutical Industry

Petrochemical Industry

Marine Industry Textile Industry Construction

Electroplating Industry

Oil Industry

Vegetable oil Industry Paper Industry

Beverage Industry

Food Processing Industry

Solvents Many Other

Piston Hand Pump / DP 100E Efficient for handling Slurries, Effluent and Viscous Material

Specifications Flow Rate up to 40 Litres/min MOC PP / SS Pipe Diameter 50 / 40 mm Outlet 1 Inch

IMPORTANT FEATURE Light Weight Maiotenance Free Easy to use Handles Acids, Oil and various chemicals.

Back pull Out Pump , High Capacity, Low Head ,Stainless Steel MOC Can Handle High Temp. Liquid

Range

Model Suc*Del Size In mm

Max Capacity m3/hr

Max Head in Metre Model Suc*Del

Size In mm

Max Capacity m3/hr

Max Head in Metre

32/13 50*32 22 24 MOBP

65/20 80*65 155 65

32/16 50*32 24 40 MOBP

65/26 80*65 160 99

32/20 50*32 26 64 MOBP

65/32 80*65 90 37

32/26 50*32 30 103 MOBP

80/16 100*80 210 42

40/13 65*40 38 25 MOBP 80/20 100*80 247 65

40/16 65*40 41 39 MOBP

80/26 100*80 240 100

40/20 65*40 42 63 MOBP

80/32 100*80 145 32

40/26 65*40 43 96 MOBP

100/20 125*100 350 63

50/13 65*50 80 26 MOBP

100/26 125*100 380 98

50/16 65*50 90 41 MOBP

100/32 125*100 180 37

50/20 65*50 84 65 MOBP

100/40 125*100 200 56

50/26 65*50 84 100 MOBP

125/26 150*125 320 23

65/13 80*65 127 26 MOBP 125/32 150*125 270 37

65/16 80*65 142 41 MOBP 125/40 150*125 360 59

Barrel Pump (AODD, Motorized)

• First Photograph is for AODD Pump as barrel empty pump. • Second Photograph is for electrically operated Barrel pump • Third Photograph for Air Motor Barrel Pump

Range Model Motor HP Wt Max Flow Max Head Max Viscosity

Low Viscous Drum Pump - Electric Driven, Nno Flp 40E/0.5 350 W/1 Phase 8 Kg 60 lpm 8 M. 150 cps

40E/1.0 700 W/1 Phase 8 Kg 70 lpm 12 M. 300 cps

40E/1.5 1050 W/1 Phase 8 Kg 100 lpm 18 M. 500 cps

Low Viscous Drum Pump - Air Driven 40A/0.6 0.6 HP/18 CFM@3-6 Bar 6 Kg 90 lpm 15 M. 300 cps

High Viscous Drum Pump - Electric Driven, Non Flp 40 E HVS/1.0 1.0 HP/960 RPM/3 Phase 18 Kg 50 Kg/Min. 8 Bar 10000 cps

40E HVS/ 1.5 1.5 HP/960 RPM/3 Phase 18 Kg 30 Kg/Min. 8 Bar 3000 cps

40E HVS/ 2.0 2.0 HP/960 RPM / 3Phase 24 Kg 15 Kg/Min. 8 Bar 30000 cps

High Viscous Drum Pump - Air Driven 40 HVS/1.2 1.2 HP/30 CFM@3-6 Bar 12 Kg 30 Kg/Min. 8 M. 15000 cps

Motorized Barrel Pump Series : ABRL

Custom made • Assembly is accomplished simply by hand-tight threading of the pump to the motor. • Accurate alignment and ease of service. Simple Construction. • Flameproof motor allow using pump in hazardous environment. • Available in different ratings of motor.

Motorized Screw Barrel Pump

• Screw Type Barrel pump help to unload the highly viscous material from the barrel. • Screw is made of S.S. material. • It can handle petroleum jelly.

Pneumatic Barrel Pump with Air Motor

• Self-priming. • High power Air motor for better flow and maintenance free operation • Operating Pressure 4 to 6 kg/cm2 • Pump Output : up to 90 LPM • Discharge Head: up to 18 meter • MOC: S.S. / M. S.

Investment Casting Pump( High Efficiency, Better Surface finish, Free from Casting Defect, Faster Deliveries)

Range Sr. No. Model Power

HP Suction size( inch)

Discharge size(inch)

Max flow LPM

Max Head in M

1 25/120 0.5 1 1 0 to 115 18 to 0

2 25/138 1 1 1 0 to 220 24 to 0

3 25/138 1 1 1 0 to 200 22 to 0

4 25/142 1.5 1.5 1 0 to 325 24 to 0

5 50/114 1 2 2 0 to 480 16 to 0

6 40/114 2 2 1.5 0 to 420 24 to 0

7 25/160 3 1.5 1 0 to 400 35 to 0

8 25/180 5 1.5 1 0 to 600 50 to 0

9 CEMRON 1 1 1 0 to 220 22 to 0

Metering Dosing Pump

Range

MODEL Motro HP RPM Flow Range LPH Press kg/cm2

D10 0.25 1440 3.5 to 86 0 to 47

D20 0.5 1440 7 to 544 0 to 300

D30 1 1440 11 to 1540 0 to 300

D40 1.5 1440 20 to 3000 0 to 300

D60 2 1440 48 to 6134 0 to 300

D90 3 to 10 1440 200 to 14378 0 to 300

Peristaltic Hose Pump

Range Sr. No. Model Hose

Dia Max Flow LPH

Max head in M Motor HP Motor

RPM Solid Handled in MM

1 F3 10 mm 20 -198 40 0.25 1440 6

2 F2 16 mm 76- 767 40 0.25/ 0.5 1440 9

3 F1 26 mm 309- 3134 40 0.5/1.0/1.5 1440 15

4 S3 68 mm 5372 - 27839 25 2/10 1440 40

Note: Gear box between motor and pump is incorporated to reduce the RPM as per the flow required Applications

• Fragile Or Sensitive Liquids Emulsions, Fruit Salads, sparkling wines, Tomato's Purees, Dairy Products. Anti Foaming Agents, Whole Grapes.

• Compound Fluids Butchery Waste, Additive Metering, Paper Pulp, Grape Marc, Animal Feeds. Minced Fruits, Polymers, Sugar Beet And Potato Processing Waste.

• Abrasive And corrosive fluids Bentonite, Mud & Sediment, Enamels Pigments, Lime Wash, Casting Slip, Plaster Mortar, Concrete.

• Non Polutable Or Polutable Fluids Rubber latex, Food Products, Manure Slurry, Fertilizers Sludge, Charge Sludge, Brewing, Waste Water, Ceramics, Cosmetics, Caustic Soda Potassium Chloride, Sodium Chloride Slurry, Lime Slurry, Tartaric Acid.

Advantages

• No seals, no valves. • elf priming • Can run dry without damage • Time saving in C.I.P. applications • Reverse flow by reversing motor • Pump mixed phases • Variable speed can be adjusted by variable frequency drive • Can handle solids • Only hose tube in contact with liquid

Operation Principle Two or three Rotating rollers Gradually compress tube forcing liquid through the tube just ahead of each roller. The tube shapes back to its original shape after rollers passed. So it can be filled with more liquid again. The liquid is transferred without damaging fragile components in the liquid stream.

Submersible Pump (Sewage), Dewatering Pump Set

PORTABLE SUBMERSIBLE SEWAGE PUMP FIRST PHOTOGRAPH is for light weight portable sewage pump upto 7.5 HP use for flowing dirty water not for thick liquid like sludge. The float is provided in single phase model to automatic start and stop. SECOND PHOTOGRAPH is for sewage pump up to 30 HP THIRD PHOTOGRAPH for dewatering pump for water with stones Pump is with PVC winding and water flow surrounding motor body to out let for cooling. Range

Model H.P Motor RPM Phase Capacity in

Lpm Head in mm

Dis..Size in mm

Solid Handled. Size mm

0.5 0.5 2900 1 0 to 260 12 to 0 50 25

1.0 1 2900 1 0 to 550 13 to 0 50 25

1.5 1.5 2900 1 0 to 600 14 to 0 50 25

2.0 2 2900 1 0 to 700 16 to 0 75 25

3.0 3 2900 3 0 to 750 22 to 0 75 25

5.0 5 2900 3 0 to 960 24 to 0 75 25

7.5 7.5 2900 3 0 to 1400 26 to 0 100 25

SEWAGE PUMP RANGE Range

Model H.P Motor RPM Phase IN M3/HR IN MT Dis.Size in mm Solid Handled. Size in mm

S10.0/6P/1 10 950 3 25-200 14.8-8.2 100 25

S15.0/6P/1 15 950 3 50-300 15-7 150 25

S20.0/6P/1 20 950 3 50-500 16-10 150 25

S30.0/6P/1 30 950 3 50-600 18-10 200 25

S10.0 10 1400 3 10-140 18.4-10 100 25

S15.0/1 15 1400 3 10-240 23.6-8.4 100 25

S20.0/1 25 1400 3 20-240 24-12.4 100 25

S30.0/1 30 1400 3 20-260 28.4-17 150 25

DEWATERING PUMP RANGE IN ALUMINIUM MOC Range

Model H.P Motor RPM Phase Capcacity in

Lpm Head in m Dis.Size in mm Solid Handled. Size in mm

D-3/10.0 10 2900 3 500-2150 24-14 150 25

D-3/15.0 15 2900 3 1050-2500 28-16 150 25

D-3/25.0 25 2900 3 1100-2750 32-18 150 25

D-3/30.0 30 2900 3 1200-3500 32-20 150 25

Application

• Specially designed for the drainage of sewage water/ Septic tank, Effluent treatment, Waste water, Flood water and dirty water.

Advantage

• Portable , Light weight, Handy in operation • Can handle solid size 25 mm • Low maintenance cost • Double mechanical seals arrangement reduces the chances of motor worn

out

Operation Principle

• Motor is designed and sealed such a way that it can be submerged inside the liquid.

• The passage in impeller and volute casing it is large enough to handle the solid.

VERDER AIR (IMPORTED) Double Diaphragm Pump

Range Sr. No. Model Material of

casing Air Press in Bar

Max Solid Size in MM Suc*Dis BSP Flow Range in

LPM

1 VA 8 KY/PP/AC 7 1.5 1/4" BSP 19

2 VA 10 KY/PP/AC 7 1.6 3/8" BSP 28

3 VA 15 KY/PP/AC 7 2.5 1/2" BSP 57

4 VA 20 SS, AL 7 2.5 3/4" BSP 151

5 VA 25 KY/PP/SS/AL 8.4 3.2 1" BSP/Flange 151

6 VA 40 KY/PP/SS/AL 8.4 4.8 1.5" BSP/Flange 379

7 VA 50 KY/PP/SS/AL 8.4 6.3 2" BSP/Flange 568

8 VA 80 ALUMINUM 8.4 9.4 3" Flange 1060

APPLICATIONS

• Automotive Industry, Aviation Industry. To transfer oil, air craft fuel , Hydraulic Fluids, Satellite refueling.

• Chemical, Petrochemical, Refineries And Pharmaceutical Industry. To handle Acids & Alkaline, organic chemicals, Tablet pastes, solvents, Blood plasma, syrups.

• Food & Beverages Industry Concentrates, syrups, fruit juice, Hot pulp, wine, yeast, animal food, vinegar.

• Paint And Furniture Industry. Primers, adhesives, dispersions, resins, varnishes, starch adhesives, paints, glue.

• Utility Water & Sewage Treatment Charging of scrubbers, contaminated liquids, effluents transfer, waste water.

ADVANTAGES

• No seal, No Leakage. • Self Priming, No need of foot valve. • Variable flow with same pump. • Can be submerge. • Less stock of spare to be maintain. • No skill person is needed to operation and repair pump. • Light weight, handy in use. • No rotation no wear & tear hence low maintenance. • Pump can run dry. • Stop Automatic on closing of discharge Valve. • Can handle 2 to 10 mm size solid particles. • Also Can be used up to accuracy 3 to 5%. • No motor, No fire. • In short very simple and versatile pump.

OPERATION PRINCIPLE

• Dry air is given as input to air valve. Air will push both diaphragm alternatively. • Four ball valves will act as NRV for suction and delivery. • As per liquid compatibility MOC of diaphragm valve and wetted part selected.

Seal-less Magnetic Pump (PP, PVDF, SS)

Range Model Motor HP RPM Phase Max Flow in LPM Max Head in M Suction Discharge

M-1 3/16 2800 1 15 2.4 14 mm 14 mm

M-2 1/4 2800 1 30 3.4 18 mm 18 mm

M-3 5/16 2800 1 50 4 20 mm 20 mm

M-4 3/8 2800 1 & 3 80 6 25 mm 25 mm

M-5 1/2 2800 1 & 3 115 10 25 mm 25 mm

M-7 1.50 2800 3 280 20 1.5" bsp F 1.25" Bsp M

M-6 3.00 2800 3 520 25 2" npt F 1.5" npt M

Application

• Pilot plants, Galvanizing, Anodizing, Plating Plants, Water treatment plants. • Coolant pumping for lesser systems & and machine tools. • Etching machines, Metal finishing machines, Gas analyzers, Spark erosion machines. • X-ray photo processors, Color photo processors, Ultra sonic cleaners, Medical

equipments. • Solar heating systems ,I.C. photo engraving machines, Display devices, TV tube

processing. • Dairies, Soft drinks Beverages, Pure water plant, Domestic Aquarium. • General laboratories, Silver recovery systems, Water processors, ice makers.

Advantage

• Leak proof pump without Mechanical seal and gland packing.

• Light weight, Portable. • Suitable for 0 to 80 deg temp.

Operation Principle The centrifugal pump is driven by a pair of magnet which are incorporated in the impeller and motor shaft respectively. The sea less pump structure eliminates shaft seals such as conventional mechanical seals, because the pump chamber is shielded the casing and the impeller is operated by magnet. The combine coupling torque of the drive magnet and impeller magnet drives sufficient driving power against the motor torque .

PP Seal less Magnetic Pump

Self Priming SS Pump

Range Sr. No. Model Motor HP RPM Flow Lpm Head m Suc size mm Dis size mm

1 L 0.5L 0.5 1440 0 to 35 09 to 0 25 25

2 L 0.5H 0.5 2900 0 to 55 10 to 0 25 25

3 L 1 L 1 1440 0 to 75 15 to 0 40 40

4 L 1 H 1 2900 0 to 90 25 to 0 25 25

5 L 2 L 2 1440 0to 105 19 to 0 40 40

6 L 2 H 2 2900 0 to 130 30 to 0 40 40

Application

• Wide range of applications in various industries such as alimentary, petrochemicals, textile, pharmaceuticals,

• Depuration, for pumping inflammable liquids with flame proof motors. • Liquid to be handled like barrium sulphate, carbon di sulphate, Hexane, Hydrogen

fluoride plating solutions.

Advantages

• Easy to install, light weight and compact in design. • Self priming pump. • Smooth salient operation. • Due to investment (wax ) casting compact , internal good finish.

operation Principle

• Pump is designed to retain the liquid at suction side of the casing to operate the pump as self priming

• First time priming is require to remove the air • Generally self priming is up to 3 meter • Foot valve is not required

Polypropylene Pump ( For Corrosive Liquid)

Range Sr. No. Model Motor

Hp RPM Max Cap M3/Hr.

Max Head in M

Suction (mm)

Discharge (mm)

1 P-22-100-H 1.00 2900 0 - 6.5 13 - 0 25 25

2 P-44-120-H 2.00 2900 0 - 24 18 - 0 40 40

3 P-44-150-H 3.00 2900 0 - 22 24 - 0 40 40

4 P-47-160-H 5.00 2900 0 - 32 33 - 0 75 40

5 P-57-170-H 7.50 2900 0 - 60 34 - 0 75 50

6 P-47-210-L 3.00 1440 0 - 33 15 - 0 75 40

7 P-45-190-H 10.00 2900 0 - 58 49 - 0 50 40

8 P-57-210-L 5.00 1440 0 - 52 16 - 0 75 50

9 P-57-185-H 20.00 2900 0 - 96 42 - 0 75 50

10 P-44-205-L 2.00 1440 0 - 26 12 - 0 40 40

FIRST PHOTOGRAPH IS FOR MONOBLOCK CONSTRUCTION PUMPS Cost Of Accessories Like Base Frame, Coupling, Coupling Guard Can Be Saved

SECOND PHOTOGRAPH IS FOR BARE SHAFT THIRD PHOTOGRAPH FOR VERTICAL PUMP IN 500MM, 1000MM, 1500 MM LENGTH Applications

• Scrubbing of corrosive gases like Cl2, F2, I2, SO2, SO3, CO3, NH3 • Effluent treatment, water treatment • Pickling in steel rolling mills • Drugs & pharmaceutical industries • Filter press for dyes • Electroplating, decaling • Chemical, fertilizers, paper and pulp plant • Thermal and atomic power plant • Rayon and staple fiber plant, copper zinc smelters • Caustic soda plant, TiO2 plant, steel plants.

Advantages

• Volute , Impeller, are injection molded polypropylene materials with smooth passage, hence it gives better efficiency.

• Less space required and easy to handle. • Economical to transfer corrosive liquids. • Shrouded vanes of open impeller constructed to handle slurries. • Temperature range from 0 - to 80 Deg can handle by PP MOC. • Temperature range from 0 - to 130 Deg can Handle by PVDF MOC. • All components are interchangeable

Note : These pumps are available in PVDF material of construction Operation Principle

• Impeller mounted on shaft rotated by electrical motor. • Volute casing and impeller and back plat guides the liquid to flow

smoothly to get the best efficiency. • This is centrifugal pump.

SPARES PARTS LIST:

SR .NO DESCREPTION M.O.C

1 VALUTE CASING P.P

2 BACK PLATE P.P

3 IMPELLER P.P

4 SUCTION FLANGE P.P

5 ADOPTER C.I.

6 CAGE RING C.I

7 HARDWARE SET FOR VOLUTE ASSLY. SS

COMMON TO ALL

8 FLANGE FOR BACKPLATE P.P

9 BUSH GFT

10 DRIP - TRAY FRP

11 STAIONARY RING FOR MACHSEAL -1 3/8" CERAMIC

12 LOCATION FLANGE BACK PLATE

13 PP COTAED NUT - 3/8" BSW PP/MS

14 LEG SUPPORT FOR BEARING HOUSE C.I

15 BALL BEARING 3306 MOTOR SIDE STD

16 CIR.CLIP STEEL

17 OIL SEAL 40X25X10 MOTOR SIDE NEOPRENE

18 LOCK NUT WITH LOCK WAHSER STEEL

19 BARE SHAFT EN 8

20 BEARING COVER C.I

21 BEARING HOUSING C.I

22 BALL BEARING 6207 PUMP SIDE STD

23 OIL SEAL 35X72X10 PUMP SIDE NEOPRENE

24 DEFLACTOR PP/MS

25 SHAFT SLEEVE FOR 1 3/8" SEAL CERAMIC

26 ROTARY UNIT FOR MACHSEAL TEF. BELLOWS

27 WASHER FOR STAIONARYPART OF MACHSEAL PTFE

28 BOLTS FOR LOCATION FLANGE SS-316

29 "O" RING VITION

FOR GLAND PACKING ARRANGMENT

35 GLAND RING ( ONE SET = 4 RING ) GRAFIED FILL TEFLON

36 GLAND PUSHER BACKELITE

37 GLAND HOUSE GFT

38 LOCATION FLANGE BACKELITE

39 BACK PLATE WITH BUSH FOR GLAND SET PP

Axial Flow Pump SERIES : AAX

The axial flow pumps we offer are of unmatched quality for which it has gained huge repute in the industry. It as has low head/high capacity pumping necessities, especially at the time when corrosive or abrasive solutions or slurries are concerned. These pumps are also appreciated for their extended service life, mechanical reliability, custom designs and available in wide range of materials. Our range allows the Model AAF to pump practically any liquid. Range Of Coverage:

• Head Up to : 10 mtr. • Flow Up to : 4100m3/hr • Material Of Construction : CS/MS, SS304,

SS316, Alloy20 etc

SOLID TEFLON PUMPS OUR SERIES : AST

Outstanding Chemical Resistance

USEFUL CHARACTERISTIS:

High Temperature Resistance Anti-Stick Characteristics Excellent Dielectric Properties Outstanding Resistance to Weather and aging Toughness and Flexibility

DESIGN Head Capacity 22mtr 18m3/hr 32mtr 45m3/hr WITH MECHANICAL SEAL MONO- BLOCK version

This all Models are equivalent to Kirlosker Brothers pump we can assured for inter changeability

ESH

ESH pumps are single stage, end suction type with back pullout design. Basically used for solid handling. The complete range of 'ESH' pumps is covered by four driving units, thereby reducing inventory and achieving inter changeability of parts. Capacity - Up to 600 M3 / hr. & Head - 40Mtrs. Delivery Size up to 200mm

EDB EDB pumps are of end suction top centerline delivery with back pullout design, which enables to remove the rotating unit of pump for repairs without disturbing the alignment by using spacer type coupling. Capacity - Up to 800 M3 / hr. & Head - 90Mtrs. Delivery Size up to 250mm

EPD

EPD pumps are single stage, end suction type with back pullout design. Basically used for solid handling. The complete range of 'ESH' pumps is covered by four driving units; thereby reducing inventory and achieving inter changeability of parts. Capacity - Up to 600 M3 / hr. & Head - 140Mtrs. Delivery Size up to 200mm

EMF EMF pumps are single stage, horizontal spindle volute type foot mounted end suction pumps fitted with ball bearing & thrust bearings. The pumps are provided with semi open type mixed flow impeller. Capacity - Up to 2,500 M3 / hr. & Head - 25Mtrs. Delivery Size up to 450mm

EUP

EUP pumps are horizontal split casing type pumps with their supporting feet integrally cast in the lower half casing. This enables to remove the rotating unit for repairs by just removing upper half casing without disturbing alignment. Capacity - Up to 1,500 M3 / hr. & Head up to - 30Mtrs. Delivery Size up to 350mm

EDS

EDS pumps are two stage split casing type pumps. The major applications of these pumps are in Sugar industries, Water works, Irrigation, Steel plants, Power station & Paper mills.

Capacity - Up to 450 M3 / hr. & Head - 130Mtrs. Delivery Size up to 150mm

EMG

EMG pumps are specially designed for handling 'A', 'B', 'C' magma & 'C' massecuite in Sugar industries.

Capacity - Up to 100 Tons / hr. & Head - 30Mtrs. Delivery Size up to 16 Inches

EMS EMS pumps are specially designed for handling 'A', 'B', 'C' Heavy molasses & final molasses in Sugar industries.

Capacity - Up to 100 Tons / hr. & Head - 40Mtrs. Delivery Size up to 10 Inches

Pumps Equivalent to KSB MEGA G AND MEGA CHEM OUR SERIES : AMGG/ AMGC

Operating Data 50 Hz 60Hz Design Horizontal, Radially split volute casing pump of back pull out design in accordance with DIN 24256/ISO 2858/ EN 22858 and ANSI B 73.1 Single and radial flow impeller, Single stage.

Q up to 540 m3/h 650 m3/h

H up to 160 m. 230 m.

Pump size DN from 32-150 mm

DN from 32-150 mm

Operating Pr. 16 Bar 16 Bar

Operating temp. Max. 140 CO Max. 140 CO

Accessories Drive Electric motor, Turbine, Engine or etc.. Coupling Flexible coupling with / without spacer sleeve Coupling Guard Coupling guard as per KSB standard Base plate Common fabricated base plate made of steel for the complete unit (pump and drive).

Pneumatic Stirrer

Custom made Pneumatic drum agitators are distinguished by their functional design, ease of handling robust construction. The powerful air motor permits stirring of dyestuffs, solvents and even vise media effortlessly without const attention of an operator. Our closed Drum Stirrers, allows quick blending without removing the drum lid.

Application: paint, paper pulp, dyestuff, coating material and emulsion

Liquid Ring Vacuum Pump

The liquid ring pump compresses gas by rotating a vane impeller within an eccentric to a cylindrical casing. Liquid (usually water) is fed into the pump and, by centrifugal acceleration, forms a moving cylindrical ring against the inside of the casing. This liquid ring creates a series of seals in the space between the impeller vanes, which form compression chambers. The eccentricity between the impeller's axis of rotation and the casing geometric axis results in a cyclic variation of the volume enclosed by the vanes and the ring.

Gas, often air, is drawn into the pump via an inlet port in the end of the casing. The gas is trapped in the compression chambers formed by the impeller vanes and the liquid ring. The reduction in volume caused by the impeller rotation compresses the gas, which reports to the discharge port in the end of the casing.

Typically a multi-stage pump will have up to two compression stages on a common sha ft. In va cuum service, the a tta ina ble pressure reduction is limited by the va pour pressure of the ring-liquid. As the vacuum generated approaches the vapour pressure of the ring-liquid, the increasing volume of vapor released from the ring-liquid diminishes the remaining vacuum capacity. The efficiency of the system declines as a result.

Single stage vacuum pumps typically produce vacuum to 35 torr (mm Hg) or 0.047 bar, and two-stage pumps can produce vacuum to 25 torr (mmHgA), assuming air is being pumped and the ring-liquid is water at 15C (60F) or less. Dry air and 15C sealant water temperature is the standard performance basis which most manufacturers use for their performance curves.

These simple, but highly reliable pumps have a variety of industrial applications. One typical industrial application is the vacuum forming of moulded paper pulp products (egg cartons and other packaging). Other applications include soil remediation, where

contaminated ground water is dra wn from wells by va cuum. In petroleum refining, vacuum distillation also makes use of liquid ring vacuum pumps to provide the process vacuum. Liquid ring compressors are often used in Vapor recovery systems.

Liquid Ring Vacuum Pump can use any liquid compatible with the process, provided it has the appropriate vapor pressure properties, as the sealant liquid. Although the most common sealant is water, almost any liquid can be used. The second most common is oil. Since oil has a very low vapor pressure, oil-sealed liquid ring vacuum pumps are typically air-cooled.

The ability to use any liquid allows the liquid ring vacuum pump to be ideally suited for solvent(vapor) recovery. If a process, such as distillation, or a vacuum dryer is generating toluene vapors, for example, then it is possible to use toluene as the sealant, provided the cooling water is cold enough to keep the vapor pressure of the sealant liquid low enough to pull the desired vacuum.

Aum Industrial Seals Pvt. Ltd. make water ring vacuum pump with brand name "Aum". our pricelist for India is as follows with primary technical details.

SU-VAC WATER (LIQUID) RING VACUUM PUMPS

SR NO.

MODEL NO.

MOTOR SUCTION Cu.M/Hr.

H.P. RPM CFM 01 SV-20 1.0 2880 650mm/hg 02 PW-2 3.0 2880 50 30 03 PW-3 5.0 2880 80 50 04 PW-4 7.5 2880 120 75 05 PW-5 7.5 1440 160 95 06 PW-6 10.0 1440 220 130 07 PW-7 15.0 1440 330 195 08 PW-8 20 1440 440 260

Oil Seal High Vacuum Pump

High Vacuum Pump:

Model No. Free Air Displacement

Ultimate Vacuum

Inch of Hg.

Pressure PSIG

Motor Reqd. H.P. Lt./Min. C.F.M.

DA-75 75 2.5 28" 10 0.25 DA-150 150 5.3 28" 10 0.5

DA-300 300 10.6 26" 10 0.75

DA-500 500 17.5 26" 10 1.0 These are combined Vacuum-cum-Pressure pumps, designed and manufactured for long trouble free operating life. These are basically air-cooled, rotary pumps. Being compact, light weight and easily assembled, they required minimum attention even in continuous operation. Accessories like Vacuum and pressure regulators. Vacuum and pressure gauges, relief valves, inlets filter, exhaust oil baffle etc. are available for different models. Applications:

• Vacuum lifting • Paper and Label handling in printing and labeling machine • Evacuation of containers in food-packing • Vacuum forming • Air stampling • Bottle filling •

These are of oil-immersed, rotary vane type pumps. The rotor, with two spring loaded vanes, is mounted eccentric in the stator body. As the rotor, rotates the vanes sweep the crescent shape air space twice in each revolution. There is in-built non-return valve which prevents back flow of air. Manufactured from graded material, all moving parts are precisely machined, ground and assembled with close tolerances. This results in increased efficiency and long trouble free operating life. Accessories: Air Ballast: This is a vent pipe introducing air before actual compression which eliminates condensation of the sucked vapor, there by avoiding contamination of oil. Air Admittance Valve: It is electromagnetic solenoid type which admits air into the system as soon as the power supply fails. This prevents back-flow of oil to the system. Non-Return Valve: It is rubber diaphragm type, spring loaded valve, which prevents back-flow of oil to the system as soon as pump stops. These cannot be used to hold the vacuum in the system for longer period.

• Moisture Trap, Inlet Dust Filter, Vacuum Gauge with Regulator, Trolley for small Pumps.

• USE Oil: ENCLO - 46 (HP) SAE - 30 or Equivalent Vacuum Oil. • Model HL - 300 - II and above, are provided with water cooling jacket. • Vacuum Measured McLeod gauge at suction port of the pump.

Applications:

• Distillation • Dehydration and filtration processes • Exhausting Electronic Tubes • GLS Lamps • Mercury Vapor Lamps and Tubes • Vacuum metallurgy • Vacuum Sublimation • Vacuum impregnation • Thin film coating • Refrigerator and Air conditioner servicing • Freeze drying of foods.

Model No. No. of Stages

Free Air Displacement

Ultimate Vacuum

mm of Hg.

Drive Motor Reqd. H.P.

Approx. Oil

Filling Ltrs. Lt./Min. C.F.M.

HL - 50 1 2

50 50

1.8 1.8

0.05 0.005

0.25 0.25

2 2

HL - 100 1 2

100 100

3.5 3.5

0.05 0.005

0.25 0.5

2 3

HL - 150 1 2

150 150

5.3 5.3

0.05 0.005

0.5 1.0

3 4

HL - 300 1 2

300 300

10.6 10.6

0.05 0.005

1.0 1.5

6 8

HL - 500 1 2

500 500

17.6 17.6

0.05 0.005

1.5 2.0

7 8

HL - 750 1 2

750 750

26.5 26.5

0.05 0.005

2.0 3.0

8 10

HL - 1000 1 2

1000 1000

35.3 35.3

0.05 0.005

2.0 3.0

15 20

HL - 1500 1 2

1500 1500

53.0 53.0

0.05 0.005

3.0 5.0

20 25

HL - 2000 1 2

2000 2000

70.6 70.6

0.05 0.005

3.0 5.0

25 30

HL - 3000 1 2

3000 3000

106.0 106.0

0.05 0.005

5.0 7.5

35 40

HL - 5000 1 2

5000 5000

176.5 176.5

0.05 0.005

7.5 10.0

40 45

HL - 7500 1 2

7500 7500

265.0 265.0

0.05 0.005

10.0 15.0

60 65

HL - 10000 1 2

10000 10000

353.0 353.0

0.05 0.005

15.0 20.0

65 75

Oil Free Vacuum Pump Aum Industrial Seals Pvt. Ltd. offer 100% oil-free Diaphragm Pumps/Compressors. They can be used either as vacuum pumps or oil-free compressors and are designed for delivery of uncontaminated air, gases or vapors. They are suitable for producing oil-free compressed air or vacuum. FEATURES:

1. Diaphragm type - hence no rubbing of parts and negligible wear & tear

2. Practically maintenance free. 3. No lubrication required, hence oil - free 4. Low operational cost of equipment. This results from the modest cost for replacement of

diaphragm and valves. 5. Heads are made of aluminum alloy castings 6. Diaphragms are made of neoprene rubber or other Elastomer depending on applications 7. Specially designed motors in single - phase and three-phase constructions 8. Pumps are mounted on rubber pads for silent, vibration-free running 9. Due to compact design, these pumps are ideal for laboratories and original equipment

manufacturers 10. Compact, light-in-weight, hence portable

APPLICATIONS:

Pollution Monitoring Equipment , Air sampling vacuum pump, Chemical Analyzers , Laminating press diaphragm vacuum pump, Material Handling Equipment, Labeling Machines, Plastic Welding Machines, Gas Welding Machines, Soldering iron, fume collector vacuum pump, Agitation of Chemicals in Tanks, Aeration.

Laboratory Vacuum Pump

These are oil seal rotary high vacuum pump, small in size , design for laboratory use providing high vacuum up to less than 0.01 torr for laboratory purpose. These are one of the three type of Laboratory Vacuum Pump manufactured by us.

Typical application of laboratory vacuum pump includes:

1. distillation 2. dehydration 3. filtration 4. vapor testing 5. metallurgy 6. purification 7. film coating 8. Vacuum gauge and other apparatus testing.

Diaphragm Vacuum Pressure Pump Aum Industrial Seals Pvt. Ltd. offers diaphragm type vacuum pump cum oil free air compressors. being manufactured from high grade aluminum alloys , they are portable and easy to carry at sites. the diaphragm can be from 2-ply-nylon reinforced neoprene rubber for Teflon(TM by DuPont) as required. The valve plates are SS316 or special alloys , if required. Cranks bearing are lubricated for life. Salient features of such vacuum pump being : its available with 24V or 48V dc or 110 V AC or 220 V AC supply as required. The availability also includes single stage and double stage vacuum pump.

Fluid Couplings

Fluid Couplings: Inherent Advantages:

• No wear of power transmitting elements • Motor always starts unloaded. So, it accelerates quickly to its optimum speed at which it delivers

its peak torque. • The torque multiplication at start-up, enables a motor to be selected for running power of a

machine, instead of its starting power required. Thus, acceleration of high inertia load is possible by a comparatively low powered motor. The rate of acceleration can also be controlled by varying the oil filling quantity. The shock free, smooth load take up is of great importance in some application.

• Maximum torque capacity of a coupling can be adjusted and limited to predetermined value to suit the motor or the machine, by adjusting the oil filling quantities.

• Simple, robust and more reliable, squirrel cage motor with simple star-delta starters combined with fluid couplings, can be employed for applications - which otherwise, require costly, special motors with even more complicated starting gears.

• The coupling, effectively dampens the shocks and torque fluctuations. Also protects motor from sudden jamming of machines. A fusible plug allows the oil to escape out and isolates the motor in case of prolonged delay in clearing the obstruction.

• Automatic load sharing and synchronization is achieved in case of multi-motor drives. • Braking of a running machine can be effected by reversing the rotation of motor. The opposite

torque developed by the reverse rotation of motor stops the machine.

Model A B L DC Max.

B E 1 D Min.

D Max.

D Max.

C - 01 210 116 35 26 73 -- 100 -- 35 C - 02 210 151 45 32 134 92 70 140 38 C - 03 245 177 50 38 168 112 90 180 42 C - 04 277 203 60 48 191 125 90 180 42 C - 05 322 225 65 60 224 138 110 220 55 C - 06 373 255 70 65 263 160 125 250 60 C - 07 418 282 80 70 318 176 140 250 65 C - 08 473 310 90 80 355 194 180 280 75

C - 085 490 340 110 90 390 240 200 320 80 C - 09 560 400 130 100 460 280 250 400 90 C - 10 640 440 150 110 -- -- -- -- 100

C - 105 710 480 180 120 --- -- -- -- 110 C - 11 800 520 210 150 -- -- -- -- 120

Capacity HP

RPM

Model C-01 C-02 C-03 C-04 C-05 C-06 C-07 C-08 C-085 C-09 C-10 C-105 C-11

960 - 0.3 1.5 2.5 5.0 10.0 20.0 35.0 50.0 75.0 120.0 2000.0 300.0 1440 1.0 2.0 3.0 7.5 15.0 25.0 50.0 75.0 1300.0 200.0 300.0 500.0 750.0 2880 5.0 10.0 15.0 25.0 40.0 60.0 100.0 - - - - - -

Water Ring Vacuum Pump:

Features:

• Entrained liquid drops, Condensable vapors or occasional slugs of liquid can be handled without damage to the pump or significant effect on capacity. In the case of vapors, the pump can also serve as a condenser.

• No lubricant or oil is required within the pump itself. Thus the air or other discharge gases are not contaminated. The liquid which forms the ring (usually water) serves both as a sealant and a pumping media.

• A wide selection of materials and seal liquids can be used when corrosive gases and vapors are being pumped.

• The pumps contain no metal parts that rub against each other. Packing glands and bearings are accessible from the outside. There is no clearance volume and the pumping action is smooth and uniform (non-pulsating).

• The only moving part is a balanced impeller which reduces noise and vibration. This means lower foundation, installation and service costs.

• The pump can be provided with partial liquid recycle, closed loop liquid operation, automatic control and other features.

• Mechanical seals can be provided as an option. • Small entrained solid will pass through the pump. However, abrasive particles will result in

reduced pump life. • Each pump is performance tested prior to shipment.

Applications: The applications for liquid ring vacuum pumps are diversified and include during condensing, distilling, impregnating, sterilizing, evacuating, cooking, evaporating, draining, convening, venting and sucking. Liquid ring vacuum pumps are being used in the chemical, petrochemical, Pharmaceutical, pulp and paper and food industries. Some Specific Applications are:

• Draining paper webs • Saturating insulation materials, wood and textiles • Evacuating condensers and piping • Priming pumps • Evaporating acids, blood and milk • Drying resins, paints and chemicals • Convening wheat, sugar and chemical products • Lifting and transporting wood and plates.

Operating Principle: The working parts of the Aum Pumps cossets of a multi-vane impeller mounted eccentrically in a round casing which is partly filled with liquid (usually water). As the impeller rotate the liquid is thrown by centrifugal force to from a liquid ring which is connector with the periphery of the casing. Due to the eccentric position of the impeller relative to the casing and liquid ring the spaces between the impeller vanes fill with liquid during rotation and any air or gas trapped in the impeller space or cell is compressed and discharged from the casing through the outlet part leaving the cell available to receive air or gas as it is presented to the inlet port of the casing. In addition to being the compressing medium the liquid ring performs three other important functions. It absorbs the heat generated by compression and friction. It absorbs any liquids slugs or vapor entering with the gas stream. It will also absorb and wash out contaminants entrained in the gas. Wide Choice of Materials: Standard materials of construction is cost iron with semi steel rotor. Shaft material is stainless steel for model PW - 1 to PW - 4, larger sizes are carbon steel with brass of stainless steel shaft sleeves for wetted parts. Alternate combination materials are available for special applications.

Aum Industrial Seals Pvt. Ltd. E/18 Trimutri Society, New Sama Road Vadodara, Gujarat 390 002 India +912656532064 PH +912652761368 FAX +912656451295 ALT sales@aumindustrials.co.in kalpit@aumindustrials.com, aum_industrials@yahoo.com

Contact person : Mr. Kalpit Patel Designation : Managing Director GSM/Mobil No +91-98-250-47-896 +91-93-777-47-896

Customer Support Executive Mobile Number

+91-93-757-47-896 +91-97-129-47-896

Copyright this business. All rights reserved. Aum Industrial Seals Pvt. Ltd., The Aum Group Companies Aum Fluid Sealing Products. Aum Engineering Services.