Rotary Vane Pump Operating Principles

By offering a consistent flow rate across variable pressures, The Procon 102C080F11BC has repeatedly proven to be a valuable choice for those seeking a rotary vane pump. The pump comes from the Procon Series 2 lineup. A brass housing material features 3/8" NPT inlet and outlet ports. It's an easy to install clamp-on style pump with a standard internal relief valve. Designed specifically for use with water, it's the type of application which can fill a wide range of roles at your car wash. EDPN/Nitrile Elastomers are both used in the construction. The pump is self-priming and maintenance-free, offering low pulsation and vibration characteristics.

Some noteworthy specifications for the pump include a flow rate of 80 GPH, a maximum operating pressure of 60 PSI, and an operating temperature range from -4 degrees Fahrenheit to 160 degrees Fahrenheit. Additionally, minimum operating speed is 1000 RPM with the maximum speed reaching 2400 RPM.

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Rotary Vane Pump Specs:

• Max PSI: 60
• Max GPH: 80
• Minimum Operating Temperature: -4 F
• Maximum Operating Temperature: 160 F
• Inlet Port: 3/8" NPT
• Outlet Port: 3/8" NPT
• Housing Material: Brass
• Rotation Clockwise
• Mounting Type: Clamp-On

What is a Rotary Vane Pump Used For?

Rotary vane pumps are widely used across numerous industries due to their versatility and efficiency in handling various fluids. Key applications include the automotive sector, where they are integral to both power steering systems and automatic transmission fluids, ensuring optimum performance and longevity of vehicles. These pumps are also essential in refrigeration and air conditioning systems, where they facilitate the efficient movement of refrigerants to achieve effective cooling. In addition, they are extensively utilized in industrial processes such as chemical manufacturing, where their ability to handle low-viscosity fluids under varying pressures is highly valued. Consequently, rotary vane pumps are indispensable in situations that demand reliable vacuum creation or fluid transfer, making them a preferred choice for technicians and engineers seeking robust and adaptable pumping solutions.

What is the Difference Between Centrifugal and Rotary Vane Pumps?

Centrifugal pumps and rotary vane pumps differ fundamentally in their operating mechanisms and ideal use cases. Centrifugal pumps utilize a rotating impeller to impart kinetic energy to the fluid, transforming it into pressure energy primarily suited for applications with high flow rates and low-pressure requirements. In contrast, rotary vane pumps operate by trapping specific volumes of fluid in rotating vanes within a casing, generating continuous suction, making them more effective for applications requiring steady flow under varying pressure conditions. Due to these operational differences, centrifugal pumps are widely used in applications such as irrigation, water supply, and HVAC systems where a high flow of fluid is prioritized. Rotary vane pumps, on the other hand, excel in environments necessitating precise fluid handling, such as chemical processing or automotive applications. Consequently, the choice between these two pumps heavily relies on the specific operational needs and the fluid characteristics inherent to each application, highlighting the importance of understanding pump dynamics in engineering and industrial settings.