Unleash Aro Pd20a-aas-fcc-b 2" Diaphragm Pump For A Limited Time [B3LZ9tfE]

ARO PD20A-AAS-FCC-B Diaphragm Pump

Introducing the Unleash Aro Pd20a-aas-fcc-b 2" Diaphragm Pump For A Limited Time [B3LZ9tfE], a top-tier solution for fluid handling needs. This pump is designed to deliver exceptional performance and reliability, making it an ideal choice for a wide range of industrial applications. With its cutting-edge features and robust construction, the PD20A-AAS-FCC-B is a testament to ARO's commitment to innovation and quality.

Product Specifications and Features

The ARO PD20A-AAS-FCC-B is a powerful 2" diaphragm pump capable of handling flow rates up to 172 GPM (651 LPM). This high-performance pump boasts several key features that set it apart from competitors. Its chemical-resistant design ensures durability and longevity, even in the toughest fluid handling environments. Key features include:

• Chemical Resistance: The ultimate in chemical-resistant pump design for long-lasting performance.
• Efficiency: The Simul-Shift™ valve provides ultra-positive, reliable shift signal for efficient operation.
• Reliability: ARO's patented 'Unbalanced' air valve ensures no-stall operation, minimizing downtime.
• Versatility: A broad range of materials of construction for optimal fluid compatibility.

Applications and Benefits

The ARO PD20A-AAS-FCC-B is versatile and suitable for a wide range of applications, from industrial processes to laboratory tasks. Its robust design and reliable performance make it an excellent choice for daily use in various scenarios. Whether you are handling corrosive fluids, transferring chemicals, or performing precise laboratory work, this pump delivers consistent and dependable results. The benefits of choosing the ARO PD20A-AAS-FCC-B include:

• Non-icing/no-stall operation with Quick Dump™ Technology for smooth and efficient performance.
• Environmentally Sound design with bolted construction for leak-free fluid handling and ribless design to eliminate cracking.
• Serviceability made easier through modular design, reducing maintenance time and costs.