["La pompe à chape centrifugeue, la quantité de flux est--elle proportionnelle à l'intensité de courant ?

À part les pertes mécaniques et volumiques, théoriquement c'est le cas. Mais en réalité ce n'est pas strictement proportionnel, il y a juste une tendance similaire.

Ce ne l'est pas nécessairement. Tout d'abpre,,, dépend du type le type type de pompe. Un pomme à débitageage simple et radiale, l'intensité de courant suit générarament une courbe ascendante. Les pommes à débit et débitet tendent à descendre, et lesmentmentment les les pommes à débit axialmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentmentment pérdida de de mécanique, et les perteses volumiques, théororiquement c'est le cas. Mais mais en réalité ce n'est pas strictement proportionnel, il y a juste une tendance similaaire.

Ce ne l'est pas nécessairement. Tout d dépend du type de de pompe. Un pomme à débit simple et radiale suit généralement une courbe ascendante. Les pommes à dément et déutile tendent à descendre et complètement descendre et lors de variations de de puissance, l'intensité de courre ne peut pas être manifestement visible visible.

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