. Pumps that can work alike in both ways . Automatic emission . Positive deplacement . Flow change is less in relation to the pressure . Extensive working space
Applications
. chemical fluids . pressure tank – hydrophore . condenser . marine service . heated water (180 0 C) . heated oil (300 0 C) . chemical solvents
Regenerative pumps can operate successfully in many fields requiring less flow, high pressure. On account of the design, these pumps are used only in clean systems and fluids. In some cases, particles within the fluid can be used by being cleaned via filters.
Operation of the Regenerative Pumps
The main difference between regenerative pumps and hydro extractor pumps is that the fluid passes through a closed propeller in hydro extractor pumps but in the regenerative pumps, the fluid moves by passing through the cogs that are located in both surfaces of the propeller.
The propeller balances itself by generating equal pressure in both gaps while working within the the steps, thus, the load that comes to the engine bearings can be balanced hydrolically.
Looked at the diagram carefully, the wings of the propeller move within the flow range of the water pass.
When the fluid comes within the pump, the propeller applies centrifugal force and acquires the pressure by moving the fluid within each of the wings.
Therefore, when operating, the pump originates an orderly flow speed.
Rejeneratİf pompalarda basinç verİmlİlİğİnİ ve kaybini önlemek İçİn kademelerde ve İçerİsİnde çalişan çarkta hassas İç boşuklar gerekldİr in order to prevent the the loss of efficiency, fine gaps are needed in the steps and in the propeller that operates in the steps.
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