The Dayton 1/2′ Light-Duty Bronze Rotary Gear Pump Head combines innovative design with robust performance, making it an essential tool for various applications. This pump head is crafted from high-quality bronze, ensuring durability and resistance to wear over time. Its pedestal design provides stability and ease of use, allowing operators to handle it comfortably during operation.
Designed specifically for light-duty applications, this rotary gear pump head operates efficiently at a maximum pressure of 100 psi. It is capable of handling a wide range of temperatures, from -20 degrees to 210 degrees Fahrenheit, making it suitable for diverse environments. The pump’s maximum viscosity rating of 550 SSU means it can handle a variety of fluids, ensuring versatility in use.
Specifications | Details |
Item | Rotary Gear Pump Head |
Duty Rating | Light |
Design | Pedestal |
Pump Body Material | Bronze |
Port Size | 1/2′ |
Pump RPM | 1725 |
Max Pressure | 100 psi |
Max Viscosity | 550 SSU |
Length | 4′ |
Width | 7′ |
Height | 3-5/8′ |
Shaft Material | 304 Stainless Steel |
O-Ring Material | Buna N |
Seal Material | PTFE, Kevlar Packing |
Suction Lift | 12.3 ft. |
Furthermore, the pump is equipped with carbon graphite bushings, which enhance its longevity and performance. The design also incorporates a shaft diameter of 0.63 inches and a shaft height of 2-5/8 inches, ensuring compatibility with a wide range of applications.
The Dayton pump’s performance metrics are impressive. At free flow, it delivers a rate of 10.8 gallons per minute (GPM) with a horsepower of 3/4 HP. As the pressure increases to 20 psi, it maintains the same free flow but decreases slightly with higher pressures. For instance, at 100 psi, it delivers 10.2 GPM with 1-1/2 HP. This efficient performance allows for reliable operation across various settings.
In conclusion, the Dayton 1/2′ Light-Duty Bronze Rotary Gear Pump Head is an exemplary product for those seeking reliability and efficiency. Its robust construction, combined with its effective performance metrics, makes it a suitable choice for light-duty applications in numerous industries.
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