Power Factor Controller MSC-6
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Description
Circular switching mode uses the FIFO principle: First-In-First-Out. If the switching-in follows the order 1-2-3-4-5, then the switching out of the capacitors steps will also follow that same order 1-2-3-4-5.
The circular switching mode distributes the load uniformly on all contactors and thus on all capacitors.
A further advantange of this mode is that a capacitor step, when switched out, is relieved with sufficient time for discharging.
It can only be switched in again after the re-switching blocking delay has elapsed.
The advantages of the circular switching model also help to avoid the so-called hunting operations. With the switching sequence 1:2:2:2:2:2, for example, the "double size" steps are switched in circular sequence, and the "single size" step is used for fine tuning.
The circular switching mode distributes the load uniformly on all contactors and thus on all capacitors.
A further advantange of this mode is that a capacitor step, when switched out, is relieved with sufficient time for discharging.
It can only be switched in again after the re-switching blocking delay has elapsed.
The advantages of the circular switching model also help to avoid the so-called hunting operations. With the switching sequence 1:2:2:2:2:2, for example, the "double size" steps are switched in circular sequence, and the "single size" step is used for fine tuning.
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Power Factor Controller MSC-6
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