Turbine Pumps
Category
Stock code
ACNSUVZ5
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Turbine Pumps
| Features . Pumps that can work the same way either way . automatic emission . positive displacement . Less change in flow in relation to pressure . Comprehensive workspace Applications . chemical liquids . pressure tank - booster . condenser . maritime service . heated water (180 0 C) . heated oil (300 0 C) . chemical solvents Regenerative pumps can work successfully in many areas that require less flow, high pressure. By design, these pumps are only used in clean systems and liquids. In some cases, the particles in the fluid can be cleaned with filters and used. |
| Operation of Regenerative Turbine Pumps The main difference between pumps and hydro extractor pumps is that the liquid passes through a closed impeller in hydro extractor pumps, whereas in regenerative pumps, the fluid moves through the impellers on both surfaces. propeller. While the propeller works in stages, it balances itself by producing equal pressure in both cavities, so that the load on the engine bearings can be balanced hydraulically. Looking carefully at the diagram, the blades of the propeller move within the flow range of the water passage. As the fluid enters the pump, the impeller exerts centrifugal force and takes the pressure by moving the fluid inside each vane. Therefore, the pump creates a steady flow rate when running. In order to exceed pressure efficiency and loss in regeneratives, sensitive internal spaces are required in the stages and in the impeller working in it. To prevent loss of efficiency, thin gaps are needed in the impeller operating on the steps and steps. |
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