Used GOULDS 3196 #9013761 for sale

GOULDS 3196 pump is an advanced, versatile, multi-stage centrifugal pump that is designed to maintain powerful hydrostatic pressure and flow capabilities. This pump is certified for hazardous environments and is manufactured to meet the needs of industrial, municipal, and commercial applications. 3196 boasts a cast iron or Stainless Steel construction, with a heavy duty motor housed and protected within the pump casing. This provides improved long-term durability and longevity in demanding operating environments. The motor is cooled using a cast iron impeller and stainless steel casing design, helping to maintain low temperatures and reduce wear-and-tear. Additionally, a seal-less design helps to increase efficiency and extend product life while minimizing leakages. GOULDS 3196 is equipped with a selection of innovative features that ensure optimum performance and reliability. These include energy-saving options such as adjustable speed drives or ECM/VFD motor control, as well as alarms and overload protection to help prevent overloads. The pump also features corrosion-resistance coatings as well as UL and CSA certified mechanical seals, ensuring safety and long-term operation with minimal maintenance needs. The pump is available in a variety of sizes and can handle a wide range of flows from 5 to 2500 gallons per minute. It is also equipped with multiple stage designs, allowing for improved hydraulic performance and higher head capability in higher flow applications. In conclusion, 3196 pump is an advanced, versatile, multi-stage centrifugal pump designed to offer exceptional performance and reliability in harsh operating environments. It features several innovative features, durable construction, adjustable speed drives or ECM/VFD motor control, corrosion-resistant coatings, and UL and CSA mechanical seals. Additionally, it offers a wide range of flows between 5 and 2500 gallons per minute and a selection of stage designs that allow for improved hydraulic performance and higher head capability in higher flow applications.