RMP420 处理多项任务，包括逻辑、运动、驱动和过程控制

描述

RMP420 处理多项任务，包括逻辑、运动、驱动和过程控制

根据行业标准定义，PACs在单一平台上运行，处理多项任务，包括逻辑、运动、驱动和过程控制。 RMP420 介于PLC和基于PC的控制器之间，结合了两者的优点。 PACs的特点是多处理器、更多内存和通信选项，以及除传统PLC基于逻辑的操作之外的更多功能。 它们也可以使用PLC程序员熟悉的梯形逻辑和其他符合IEC 61131-3标准的高级语言进行编程。

KONGSEBRG RMP420 挪威康士伯 通讯控制模块

RMP420 在可编程控制器领域，根据应用要求，有许多不同类型的产品。几十年来，传统的可编程逻辑控制器(PLC)一直是行业标准。它们在操作和编程方面广为人知，有许多PLC制造商可供选择。

随着控制需求变得越来越复杂，可编程自动化控制器(PACs)开始出现，以处理这些要求更高的情况，这些情况需要更复杂的控制和协调，涉及的轴和I/O比典型RMP420能够处理的多得多。根据行业标准定义，PACs在单一平台上运行，处理多项任务，包括逻辑、运动、驱动和过程控制。

RMP420介于PLC和基于PC的控制器之间，结合了两者的优点。PACs的特点是多处理器、更多内存和通信选项，以及除传统PLC基于逻辑的操作之外的更多功能。它们也可以使用PLC程序员熟悉的梯形逻辑和其他符合IEC 61131-3标准的高级语言进行编程。

RMP420 处理多项任务，包括逻辑、运动、驱动和过程控制

As defined by industry standards, PACs runs on a single platform and handles multiple tasks, including logic, motion, drive, and process control. The RMP420 is somewhere between a PLC and a PC-based controller, combining the best of both worlds. PACs features multiple processors, more memory and communication options, and more functionality beyond the logic-based operations of traditional PLCS. They can also be programmed using ladder logic familiar to PLC programmers and other high-level languages that comply with IEC 61131-3 standards.

KONGSEBRG RMP420 Norwegian Kongsberg communication control module

RMP420 In the field of programmable controllers, there are many different types of products according to the application requirements. Traditional programmable logic controllers (PLCS) have been the industry standard for decades. They are well known in terms of operation and programming, and there are many PLC manufacturers to choose from.

As control requirements became more complex, programmable automation controllers (PACs) began to emerge to handle these more demanding situations, which required more complex control and coordination, involving many more axes and I/ OS than a typical RMP420 could handle. As defined by industry standards, PACs runs on a single platform and handles multiple tasks, including logic, motion, drive, and process control.

The RMP420 is somewhere between a PLC and a PC-based controller, combining the best of both worlds. PACs features multiple processors, more memory and communication options, and more functionality beyond the logic-based operations of traditional PLCS. They can also be programmed using ladder logic familiar to PLC programmers and other high-level languages that comply with IEC 61131-3 standards.