The SANDPIPER 3" S30 Evolution Metallic AODD Pump is the highest-performing and most efficient AODD pump in its class.
This versatile pump is equipped to handle abrasive fluids and suspended solids. With class-leading max flow rate and the lowest air consumption available, the performance of this 3" AODD pump is unsurpassed.
The durable, bolted construction of the S30 AODD pump is superior to the clamp-band construction pump, providing excellent leak-free performance. Material of construction options include: aluminum, cast iron and stainless steel with elastomer TPE (thermoplastic elastomers) and PTFE options in diaphragms and check valves.
Serviceability: The air distribution system (ADS) is one of the most frequently serviced parts of any AODD pump. Only SANDPIPER's ESADS+ feature allows access to the complete ADS without removing the pump from service. Repair or clean in five minutes (versus 55 minutes for competitors).
Simplicity: SANDPIPER’S original ADS is fully interchangeable, repairable and inline-serviceable. Other manufacturers frequently change ADS designs, creating issues with interchangeability, obsolete inventory and increased cost of ownership.
To determine chemical compatibility with this pump, please refer to our Chemical Compatibility Guide.
These pumps have undergone an engineering EVOLUTION, leveraging trusted and proven product designs to improve their performance through advanced engineering methods. Optimize performance without sacrificing proven reliability.
Port Size | 3" NPT or 3" BSP (Tapered) 3" ANSI Flange or 3" DIN Flange |
Capacity | 0 to 285 gpm (1078 lpm) |
Air Distribution Valve | No-lube, no-stall design |
Solids-Handling | Up to .38" (9.65 mm) |
Heads Up To | 125 psi or 289 ft of water (8.6 bar or 88 meters) |
Displacement/Stroke | .94 gallons (3.56 liters) |
Max Operating Pressure | 125 psi (8.6 bar) |
Shipping Weight Aluminum Cast Iron Stainless Steel |
116 lbs (53 kg) 215 lbs (98 kg) 194 lbs (87 kg) |
SANDPIPER can provide you with a CAD file to save time and improve the quality of your final design, as well as reduce measurement and documentation packet errors. Contact us today to request yours.
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