主令控制器是起重电气的一种。
凸轮控制器是起重电气的一种。
起重机各机构的运行要依靠程序控制装置来实现，现在起重机多使用可程序控制器来控制。
Crane operation of the various agencies to rely on the program control device to achieve, and now more than the use of a crane to control the programmable controller.
可编程控制器(PLC)具有强大控制、模拟量处理和数学运算等功能，使其能够应用于起重机力矩超载保护中。
Programme logic controller (PLC) has the function of mighty control, analog signals transaction and mathematics compute, it insure that PLC can be used on the crane moment limiter.
为了验证延时定位反馈控制器的可行性，本文以T-ACS起重船为例进行了计算机模拟。
To verify the effectiveness of the controller, numerical simulation based onT-ACS is given.
突出了变频器和可编程控制器(PLC)在起重机械中的控制特点，为该系统在其它起重机械的应用提供了实际经验。
The control particularity of converter and PLC in lifting machinery is expressed. The practical experience is provided in order to use the system in other lifting machinery.
根据延时定位反馈控制器的要求，结合起重船吊物摆动的特点，设计了延时定位反馈控制器。
According to the delayed-position feedback, a controller is developed underthe demand of the pendulation of cargo.
根据延时定位反馈控制器的要求，结合起重船吊物摆动的特点，设计了延时定位反馈控制器。
According to the delayed-position feedback, a controller is developed underthe demand of the pendulation of cargo.
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