The presented research activities deals with the idea of electromagnetically actuated switching devices switching- on process improvement by means of an electronic controller application. Based on the analysis of the results of the electromagnetic contactors dynamic at switching- on selection, the most efficient condition was determined. Making process improvement methods based on the principle of controlling the supply voltage phase were presented in this article: selected dynamic parameters at switching- on optimization in view of its parameters values minimization and intelligent compensation of the movable armature inertia using predictive control of the driving coil supply voltage. Experimental verification of the developed controller confirmed its applicability for various contactor types. Tested objects increased its ability for “near to zero,” switching- on operation realization and selected parameters optimization without the necessity of device construction modification.

中文翻译：

---

使用相位控制方法优化电磁继电器的接通操作

所开展的研究活动涉及电磁致动开关设备进行切换的想法， 上通过电子控制器应用程序改进过程。基于对电磁接触器在切换时的动态结果的分析， 上选择时，确定最有效的条件。本文提出了一种基于控制电源电压相位的原理来改进工艺的方法：在切换时选择动态参数， 上鉴于其参数值的优化，并通过对驱动线圈电源电压的预测控制，可动电枢惯性值得到了智能补偿。对已开发控制器的实验验证证实了其适用于各种接触器类型。经过测试的对象提高了“接近零”的能力，可以切换- 上 操作实现和选定的参数优化，而无需修改设备结构。