Dayton Rotary Gear Pump Head, 1/4 In., 1/4 HP, Cast Iron, Max 100 psi, 4.4 gpm, Made in India

Introducing the Dayton Rotary Gear Pump Head, a premium quality pumping solution designed for a wide range of applications. Manufactured in India, this pump head combines durability and efficiency, making it a reliable choice for professionals in various industries.

Constructed from robust cast iron, the Dayton pump head ensures longevity and resilience under demanding conditions. With a maximum operating pressure of 100 psi, it is capable of handling a variety of fluids with ease. The pump’s design features a compatible motor frame that is not applicable, allowing for flexible integration into existing systems.

The Dayton Rotary Gear Pump Head operates efficiently in various environments, with a maximum suction lift of 3.5 feet. This feature allows for effective fluid transfer even in challenging setups. The pump head can withstand a wide operating temperature range, from a chilling -20°F to a scorching 210°F, making it versatile for different applications.

With a required horsepower of just 1 HP, this pump head is designed to deliver a remarkable flow rate of 4.4 gallons per minute at 100 psi. This efficiency ensures that your operations run smoothly and without interruption.

The connection size of 1/4 inch and NPT connection type make the Dayton pump head easy to integrate into existing systems. The 1/2 inch shaft outer diameter and 2 3/8 inch shaft length contribute to a sturdy design, ensuring durability and reliability.

Featuring a packing seal, made from advanced materials like Kevlar and PTFE, this pump head is designed for minimal maintenance while providing excellent performance. The spur gear design further enhances its operational efficiency.

In conclusion, the Dayton Rotary Gear Pump Head is an exceptional product that meets the demands of various applications. Its combination of robust materials, efficient performance, and user-friendly design makes it a top choice for professionals looking for reliability and effectiveness in fluid transfer.