Emerson 5X00489G01 PLC备品备件模块控制器

Emerson 5X00489G01 PLC备品备件模块控制器

Emerson 5X00489G01 PLC备品备件模块控制器

艾默生5X00489G01控制器，这种伺服电动机是将微型直流电动机和—套高精度齿轮减速装置组装成一整体。

直流伺服电动机的输出转速经过减速机构减速输出。因此，这种电动机的特点是可以输出极低的速度（可低达零点几转每分)且低速时运行非常平稳。它特别适用于低速大力矩系统。

2.系统设计的基本步骤

可编程控制器应用系统设计与调试的主要步骤

(1 )深入了解和分析被控对象的工艺条件和控制要求

a .被控对象就是受控的机械、电气设备、生产线或生产过程。

b .控制要求主要指控制的基本方式、应完成的动作、自动工作循环的组成、必要的保护和联锁等。对较复杂的控制系统，还可将控制任务分成几个独立部分，这种可化繁为简，有利于编程和调试。

Emerson 5X00489G01 PLC备品备件模块控制器

Emerson 5X00489G01 controller, this servo motor is a miniature DC motor and a set of high-precision gear reduction device assembled into a whole.

The output speed of the DC servo motor is decelerated by the decelerating mechanism. Therefore, this motor is characterized by an extremely low output speed (up to a few tenths of a revolution per minute) and very smooth operation at low speeds. It is especially suitable for low speed and high torque systems.

2. Basic steps of system design

The main steps of design and debugging of programmable controller application system

(1) In-depth understanding and analysis of the process conditions and control requirements of the controlled object

a. Controlled objects are controlled machinery, electrical equipment, production lines or production processes.

b. Control requirements mainly refer to the basic mode of control, the actions to be completed, the composition of the automatic working cycle, the necessary protection and interlocking. For the more complex control system, the control task can be divided into several independent parts, which can simplify the complexity and is conducive to programming and debugging.