⦁ Bringing on stream of a bomb, analysis and study of the aspects to consider.
⦁ Priming the pump.
⦁ Checking the sense of rotation.
⦁ Overcurrent produced in the motor.
⦁ Study and obtaining the characteristic curves of a pump.
⦁ Height – flow (H – F).
⦁ Power – Flow (P-F).
⦁ Efficiency – Flow (h-F).
⦁ Study of the cavitation, and obtaining the NPSH curve required-flow.
⦁ Study of the different forms of regulation of turbo pump.
⦁ Variation of the rotation speed. Getting new characteristic curves.
⦁ Modification of the operation point by variation of the pumping station.
⦁ Maneuvered in an the impulsion valve.
⦁ Analysis of identical pumps that operate in identical group.
⦁ Operating characteristic curves in series.
⦁ Height-discharge (H-F).
⦁ Power-flow (P-F).
⦁ Efficiency-caudal (h-F).
⦁ Operating characteristic curves in parallel.
⦁ Height – flow (H-F).
⦁ Power-flow (P-F).
⦁ Efficiency – flow (h-F).
⦁ Analysis of different pumps operate in group.
⦁ Operating characteristic curves in series.
⦁ Height – flow (H-F).
⦁ Power-flow (P-F).
⦁ Efficiency-caudal (h-F).
⦁ Operating characteristic curves in parallel.
⦁ Height – flow (H-F).
⦁ Power-flow (P-F).
⦁ Efficiency-caudal (h-F).
