Gerotor pump is essential components in various industries due to their efficient and reliable fluid transfer capabilities. This guide provides a detailed look at how these pumps work, their advantages, and their common applications.
Design and Operation of Gerotor pump
Component | Description |
---|---|
Inner Rotor | Smaller gear that rotates inside the outer rotor. |
Outer Rotor | Larger gear surrounding the inner rotor. |
Mechanism | Gears rotate to create and move fluid smoothly. |
How It Works:
- Gear Rotation: The inner rotor turns within the outer rotor.
- Fluid Movement: The rotation creates expanding and contracting cavities, trapping fluid.
- Flow Creation: The trapped fluid moves from the inlet to the outlet, ensuring a steady flow.
This innovative design enables the gerotor pump to deliver a smooth and continuous fluid stream.
Advantages
Benefit | Details |
---|---|
Smooth Flow | Delivers a continuous, steady flow. |
Compact Size | Fits into tight spaces easily. |
High Reliability | Fewer moving parts for less maintenance. |
Applications
Industry | Use |
---|---|
Automotive | Oil and fuel pumps for engine performance. |
Hydraulic Systems | Consistent fluid movement in machinery. |
Industrial Machinery | Precise fluid handling in various processes. |
Gerotor pump diagram
Get the Diagram here.
0 Comments