The Dayton 3/4′ Light-Duty Cast Iron Rotary Gear Pump Head is a robust and efficient solution for various pumping needs. Designed specifically for light-duty applications, this pump head is crafted from high-quality cast iron, ensuring durability and long-lasting performance. With a maximum pressure of 100 psi, it is capable of handling a range of fluids effectively.
One of the key features of this rotary gear pump is its pedestal design, which enhances stability during operation. The pump is rated for a maximum viscosity of 550 SSU, making it suitable for various fluids without compromising performance. The port size is 3/4′, providing flexibility for different piping arrangements.
Specification | Details |
Duty Rating | Light |
Pump Body Material | Cast Iron |
Port Size | 3/4′ |
Max Pressure | 100 psi |
Pump RPM | 1725 |
Temperature Range | -20 to 210 Degrees F |
In terms of performance, the pump can achieve an impressive free flow rate of 20.6 GPM at 1725 RPM. This makes it ideal for applications requiring efficient fluid transfer. The pump also features a steel spur gear, which contributes to its overall reliability and effectiveness.
Another important aspect is the design of the shaft, which is made from steel. The shaft diameter measures 0.63′, and the height of the shaft is 3-9/16′, ensuring that it can handle the operational demands placed on it. The pump does not include a relief valve, but it is equipped with PTFE and Kevlar packing seals to provide effective sealing and prevent leakage.
With a suction lift capability of 15.2 ft, the Dayton rotary gear pump excels in applications where lifting fluid from lower levels is necessary. Whether you are transferring water, oils, or other fluids, this pump is designed to meet your needs efficiently.
In summary, the Dayton 3/4′ Light-Duty Cast Iron Rotary Gear Pump Head is engineered for performance and durability. Its combination of quality materials, thoughtful design, and impressive specifications make it a top choice for those looking for reliability in fluid transfer applications.
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