Method of controlling several pumps and pump corresponding to said method
A technology for control devices and pump pools, applied in pump control, non-variable pumps, machines/engines, etc., can solve the problems of increasing control and adjustment costs
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[0026] The figure shown shows the progression of the liquid level N in the pump sump and the threshold value of the pump used over time t. The lower solid line 2 represents the liquid level in the pump sump as a function of time t. The solid line 4, the dotted line 6 and the dotted line 8 respectively represent the liquid level threshold when each pump is activated. In this basic case, each pump has three level thresholds S 1 , S 2 , and S 3 . At the same time, the liquid level threshold S 2 The correspondence represents an initial threshold at which the pump is in a base or delivered state and when this initial threshold is reached the pump is activated by the level sensor. The liquid level threshold S 1 is the threshold to reach when stopping the pump. Liquid level threshold S 3 Represents the second activation threshold, when reached, each pump can be activated in any situation, independently of other controllers. Therefore, S 3 is the emergency activation thresho...
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