PFEA111-20 3BSE028140R0020 集成DCS控制器

PFEA111-20 3BSE028140R0020是一款集成DCS控制器。

这款产品主要用于机器人细胞应用，结合了ABB的AC500PLC和IRC5机器人控制器，从而消除了单独PLC柜的成本和空间，

大大缩短了机器人生产单元的安装和运行时间。

PFEA111-20 3BSE028140R0020也是一款张力控制器，特别适用于处理张力控制和调节应用，如纸张、薄膜、线材、

绳索等需要保持恒定张力的生产过程。

PFEA111-20 3BSE028140R0020的主要功能是监测、测量和调节张力，以确保连续生产过程中的产品质量和稳定性。

该控制器具有高效紧凑的设计和用户界面完善，可以方便地安装在电气柜的DIN导轨上。同时，其成本较低，结构紧凑，用户容易理解。它还可以监控来自两路元件发出的高精度和高可靠性的快速模拟SUM信号，其显示器能分别显示A和B以

及差值信号。

在可编程功能方面，它包括了时钟频率、数据类型、位置预设、计数方向和数据缩放等。在AMCI的可编程限制开关模块

中，每个接受一个解决器输入的轴位置反馈和控制输出基于解决器的位置，编程的上/下SETT点，程序速度补偿值，

没有处理器的干预。

PFEA111-20 3BSE028140R0020 is an integrated DCS controller.

Designed primarily for robotic cell applications, this product combines ABB's AC500PLC and IRC5 robot 

controllers, eliminating the cost and space of a separate PLC cabinet and significantly reducing installation

 and uptime for robotic production units.

PFEA111-20 3BSE028140R0020 is also a tension controller, especially suitable for handling tension control 

and adjustment applications, such as paper, film, wire, rope and other production processes that need to 

maintain constant tension.

The main function of PFEA111-20 3BSE028140R0020 is to monitor, measure and adjust tension to ensure 

product quality and stability in the continuous production process. The controller has an efficient and compact 

design and a complete user interface, and can be easily installed on the DIN rail of the electrical cabinet. At the 

same time, its cost is low, the structure is compact, the user is easy to understand. It can also monitor high-

precision and high-reliability fast analog SUM signals from two components, and its display can display A and

 B and difference signals respectively.

In terms of programmable features, it includes clock frequency, data type, position presets, counting direction 

and data scaling. In AMCI's programmable limit switch module, each axis position feedback that receives a 

solver input and control output is based on the solver position, programmed up/down SETT points, program 

speed compensation values, and no processor intervention.