Details

S20 Non-Metallic 2" (50 mm) AODD – Standard Duty Non-Metallic Ball Valve Pump

The SANDPIPER S20 NON-METALLIC 2" (50 MM) AODD pump is engineered for high-performance chemical and bulk fluid transfer, making it the ideal choice for diverse process applications. With a rugged, three-piece bolted manifold design, this series of Sandpiper air-operated double diaphragm pump provides the flexibility to reorient porting connections to meet the specific application requirements.   

S20 NON-METALLIC 2"(50 mm) AODD PUMP Key Features:

• Corrosion-Resistant Construction: Available in durable polypropylene or PVDF materials, providing excellent resistance against aggressive chemicals 
• High-quality diaphragm: Equipped with SANDPIPER’s Synthesis™ PTFE diaphragm for long-lasting, dependable performance. 
• Exclusive ESADS+: as the only diaphragm pump in its class with an ESADS+, the S20 enables easy maintenance without removing the pump from service. Service time is reduced to just 5 minutes compared to the industry standard of 55 minutes
• All-bolted construction with Stainless steel fasteners: Ensures leak-free performance and enhanced durability in demanding industrial environments. 

Application:

• Chemical Transfer: Perfect for transferring corrosive chemicals safely and efficiently.    
• Bulk Transfer: Ideal for large-volume fluid transfer operations
• Process Applications: Versatile enough for handling various fluids across industrial process setups  

Why Choose SANDPIPER AIR OPERATED DOUBLE DIAPHRAGM PUMP? 

• Minimized Downtime: With the ESADS+, maintenance and repairs are quick, minimizing downtime and enhancing productivity
• Lower Ownership Costs: SANDPIPER’s standardized, interchangeable ADS design avoids the cost and complexity of non-uniform parts, reducing inventory issues and maintenance costs over time
• Versatile Application Compatibility: this pump handles a range of fluids with ease, making it suitable for industries requiring chemical resistance, bulk fluid transfer, and process fluid management.