Internal Gear Pump price,parts,working principle,diagram and manufacturer.Details here. Learn hydraulic system. Overview of Internal Gear Pumps Aspect Details What is an Internal Gear Pump? A positive displacement pump with an internal gear (inside) and an external gear (outside) that work together to move fluids from inlet to outlet. How It Read more…
External gear pumps are essential components in many hydraulic systems and fluid transfer applications. Their reliability and efficiency make them a popular choice across various industries. In this article, we’ll explore the fundamentals of external gear pumps, their advantages, applications, and key specifications. What is an External Gear Pump? An Read more…
Gear Pumps Hydraulic: An In-Depth Guide. This article explores the working principles, parts, and manufacturers of gear pumps, along with their advantages and disadvantages. Gear pumps are integral to many hydraulic systems, offering reliable and efficient fluid transfer. Understanding their mechanics, advantages, and applications can help in selecting the right Read more…
Rotary pump positive displacement are most commonly used in hydraulic system. It is used where low to medium pressure required. Aspect Details Introduction Rotary pumps are positive displacement pumps known for their reliability and precision in fluid handling. They are used in various industries for their ability to manage different Read more…
Table of reciprocating pump advantages and disadvantages. Aspect Advantages Disadvantages Pressure Capability Can generate high pressures suitable for demanding applications. None specific. Flow Control Allows for precise flow rate adjustments. Limited flow rate for very high-volume applications. Versatility Handles a wide range of fluids, including those with high viscosities or Read more…
Centripetal vs. Centrifugal Force: Understanding the Difference between centripetal and centrifugal force with examples.In the physics, particularly when dealing with circular motion, the terms centripetal force and centrifugal force frequently arise. These forces are intertwined yet distinct, and understanding their differences is crucial for grasping how objects behave in rotational Read more…
Centrifugal pump is a dynamic pump which convert rotational kinetic energy into hydrodynamic energy. Working Principle of centrifugal pump The impeller rotation imparts a centrifugal force causes flow of fluid outward from the center of the impeller. C. pump types End suction pumps Submersible pumps Self priming pumps Multi stage Read more…
Non positive displacement pump is one where the fluid can be transferred by inertia of fluid,which is in motion. These pumps are make use of Newton’s first law. Advantages Initial cost is low. Maintenance cost is also minimum. Less noise. Reliability is high. Simple Operation. Types of Non positive displacement Read more…
Positive displacement pump type-Rotary pumps and reciprocating pumps. Example Gear pump,Vane pump and screw pump. Types of Positive displacement pump Rotary pumps Reciprocating pumps Rotary pumps Gear pump Vane pump Screw pump Gear pump External gears pump Internal gears pump External gears pump Spur Q fixed Helical Q Fixed Internal Read more…
Pressure is the primary consideration in Positive displacement pump.It can be classified as a Hydrostatic power generator. Meaning Positive displacement pump meaning it generate continuous flow of liquid to supply necessary force. Advantages of Positive displacement pumps It can generate high pressure. Small in size. Efficiency is high. Provide different Read more…