STK-RPS-150PS P0973BP 控制脉冲模块

STK-RPS-150PS P0973BP 控制脉冲模块

STK-RPS-150PS系列P0973BP运用工业控制PLC系统ENTERASYS交换机一个PLC接受输入，无论是来自自动数据采集点还是来自人类输入点，如开关或按钮。

根据其编程，PLC然后决定是否改变输出。PLC的输出可以控制大量的设备，包括电机、电磁阀、灯、开关设备、安全关闭装置和许多其他设备。PLC的物理位置在不同的系统中可能有很大的不同。

然而，通常情况下，PLC位于它们所操作的系统的一般附近，而且它们通常由一个表面安装的电气箱保护。如果你有兴趣看到帮助保护PLC的电气接线盒，请跳到后。PLC在很大程度上取代了老式工业设施中常见的基于继电器的手动控制系统。继电器系统很复杂，容易发生故障，在20世纪60年代，发明家Richard Morley推出了批PLC作为替代。制造商很快意识到了PLC的潜力，并开始将其整合到他们的工作流程中。

STK-RPS-150PS P0973BP 控制脉冲模块

The STK-RPS-150PS Series P0973BP uses an industrial control PLC system ENTERASYS switch A PLC accepts input, whether from an automatic data collection point or from a human input point, such as a switch or a button.

Depending on its programming, the PLC then decides whether to change the output. The output of a PLC can control a large number of devices, including motors, solenoid valves, lights, switchgear, safety shut-off devices, and many others. The physical location of the PLC can vary greatly in different systems.

Typically, however, PLCS are located in the general vicinity of the system they operate, and they are usually protected by a surface-mounted electrical box. If you're interested in seeing the electrical junction box that helps protect your PLC, skip to the back. PLCS largely replaced the relay-based manual control systems common in older industrial facilities. The relay system was complex and prone to failure, and in the 1960s, inventor Richard Morley introduced a batch of PLCS as an alternative. Manufacturers quickly realized the potential of PLCS and began to integrate them into their workflows.

STK-RPS-150PS P0973BP 控制脉冲模块