Aro's Air Operated Diaphram

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ARO’s air operated diaphragm pumps come with proven performance in the field, making them one of the highly preferred transfer equipment in many industries. They boast great versatility in fluid handling for numerous applications. The company has been recognized for years as an industry leader in producing efficient and reliable AOD pumps with variable flow rates and an enormous range of materials and porting. This makes sure that ARO can provide the right pump for unique transfer requirements.

Design Advantages

  • Convoluted diaphragms offering long product life
  • Sealless Design
  • Low Material Shear
  • Can Run Dry Without Damage
  • Portable and easy to maintain
  • Self-priming capabilities

Available Options

We customise pumps according to your specific application. Get in touch with us today to get a complete list of your options.

  • Variety of sizes and materials: metallic and non-metallic
  • ATEX certification available
  • Specialty pump models for EXP and PRO Series
  • Automation for EXP pumps
  • Spare parts and accessories
  • Baseplate/mounting

Key Specifications

Series EXP (Expert) PRO
Max Capacity 1079 lpm 897 lpm
Max DIS Pressure 860 kPa (0.86 MPa) 830 kPa (0.83 MPa)
Max Dry Suction Lift 6.3 m 8.3 m
Max Solid 9.5 mm 9.5 mm
Models 14 sizes 8 non-metallic 6 metallic 9 sizes 4 non-metallic 5 metallic

Applications

  • Food Processing
  • Cosmetics
  • Pharmaceutical
  • Chemical Additives
  • Adhesives (Food grade)
  • Paint
  • Abrasive
  • Slurries
  • Waste treatment
  • Dewatering
Talk to our experts
Tsurumi GPN

OUR RANGE OF AVAILABLE ARO AIR OPERATED DIAPHRAGM PUMPS

Abaque Peristaltic Hose Pump HD100 model

EXP (EXPERT)

1079 lpm | 860 kPa
(0.86 MPa)
Abaque Peristaltic Hose Pump HD 10 or HD20 model

PRO

897 lpm | 830 kPa
(0.83 MPa)

PRINCIPLE OF OPERATION

Air-operated double diaphragm pumps are driven by air compressors. Air is supplied through the air port, causing the connecting shaft to move to the left and right, alternately. As the shaft pushes the diaphragm to the left, that diaphragm is placed in its discharge stroke. The check valve seating on the discharge port opens to let the fluid out. Meanwhile, the right diaphragm is placed in its suction stroke. The check valve at the suction port then opens to let the fluid in. As soon as the left diaphragm reaches its maximum discharge stroke, the connecting shaft pushes to the right, now putting the right diaphragm in suction and the left in the discharge position.

Servicing you anywhere in Australia

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