The Dayton Cast Iron 3/4 HP Centrifugal Pump is designed for high performance in various applications. This pump is ideal for continuous low-pressure circulation and transfer of nonflammable liquids. With its durable cast iron housing, it is built to withstand the demands of utility, boiler feed, general transfer, and filtration tasks. The pump operates efficiently under low-head conditions, making it suitable for cooling towers, condensate return systems, fountains, and more.
This centrifugal pump boasts impressive specifications that ensure reliable performance. The 3/4 HP motor operates on a voltage range of 208 to 240/480VAC and is designed for 3-phase applications. The maximum pressure it can handle is 24 psi, with a maximum head of 55 feet. Its open drip-proof motor enclosure allows for efficient cooling while preventing external elements from interfering with its operation.
Specification | Details |
Item | Centrifugal Pump |
HP | 3/4 |
Voltage | 208 to 240/480VAC |
Phase | 3 |
Inlet Size | 1-1/4′ NPT |
Outlet Size | 1′ NPT |
Max Liquid Temp | 200 Degrees F |
Max Specific Gravity | 1.0 |
Max Case Pressure | 200 psi |
Max Dia. Solids | 1/2′ |
Designed with flexibility in mind, this pump is compatible with various pumping applications, including aggressive liquid applications and chemical processing. It ensures optimal fluid circulation for irrigation and spraying systems while providing jockey pump service for added efficiency.
The impeller, made of semi-open cast iron, contributes to the pump’s high flow capabilities, allowing it to achieve a flow rate of up to 72 GPM at 10 feet of head and 63 GPM at 20 feet of head. This feature makes it an excellent choice for demanding tasks where reliable water flow is essential.
Overall, the Dayton Cast Iron 3/4 HP Centrifugal Pump stands out for its robust construction and versatility. It is an excellent investment for those seeking a dependable solution for water circulation and transfer in various industrial and commercial applications.
Reviews
There are no reviews yet.