function of foot valve and strainer in centrifugal pump|ball foot valve diagram : exporter Each foot valve consists of 4 basic components: 1. Screen:To remove sediments or debris. 2. Body:The complete mechanism is housed within the valve body. 3. … See more The Meyer Pneumatic Screw Pump is a heavy-duty dry material injection pump. It is designed to feed dry pulverized material into a pneumatic conveying line. The Screw Pump works where other dilute phase feeders have failed due to problems like abrasive wear, friable materials or fine material dust. Unlike rotary airlocks, which require tight .
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The eccentric screw pump SPECTRA meters liquid polyelectrolytes in concentrated and dilute form. It can be used, for example, in wastewater treatment or sludge dewatering.
When it comes to the efficient operation of a centrifugal pump, the foot valve and strainer play crucial roles in ensuring the smooth flow of fluids and preventing damage to the pump. The foot valve is a type of check valve that is installed at the suction end of the pump, while the strainer is a component within the foot valve that filters out debris. Together, these components help maintain the optimal performance of the pump and protect it from potential harm.
Foot valves being unidirectional allow the flow only in One Direction and the valve closes for reverse flow. The inlet strainer of the foot valve filters out the unnecessary solid particles from the fluid and thus prevents valve damage. When pumps are used to move fluids from lower to higher elevations, a
Foot Valve for Pump Suction
The foot valve is specifically designed for pump suction applications, where it is placed at the bottom of the suction pipe to prevent the backflow of fluid when the pump is not in operation. This ensures that the pump remains primed and ready for operation, without the need for manual priming each time. The foot valve creates a seal to maintain the prime and allows the pump to start easily without losing its prime.
Foot Valve Functions
The primary function of the foot valve is to prevent the reverse flow of fluid back into the suction pipe and pump when it is not in operation. This helps maintain the pump's prime and prevents the need for re-priming before each use. Additionally, the foot valve helps in maintaining a consistent flow of fluid into the pump, ensuring smooth operation and efficient performance.
Ball Foot Valve
One common type of foot valve is the ball foot valve, which uses a ball or a similar mechanism to create a seal and prevent backflow. The ball moves freely within the valve, allowing fluid to flow in one direction while blocking it in the opposite direction. This design is effective in preventing backflow and maintaining the pump's prime.
Ball Foot Valve Diagram
A typical ball foot valve diagram shows the ball mechanism within the valve, illustrating how it moves to allow fluid flow in one direction and prevent it in the other. The diagram helps in understanding the working principle of the ball foot valve and how it contributes to the overall function of the pump system.
Foot Valve Diagram
In a foot valve diagram, the components of the foot valve, including the body, seat, and closure mechanism, are illustrated to show how the valve functions to prevent backflow. The diagram provides a visual representation of how the foot valve works and its importance in maintaining the pump's prime.
Foot Suction Valve
Foot valves are used for various reasons like: 1. To keep the pump primed when pumping liquid from lower to higher levels. 2. To prevent damage to water pumps without foot valves
The eccentric screw pump efficiently handles fluids of varying viscosities, thanks to its ability to adapt to different media and provide consistent, smooth flow with strong suction .
function of foot valve and strainer in centrifugal pump|ball foot valve diagram