This training course introduces Advanced Process Control (APC) engineers to the key aspects of the underlying regulatory control system (DCS) as it relates to an AspenTech DMC3 controller. Such understanding is key to several aspects of an APC project: designing a DMC3 controller structure, conducting an effective DMC3 preliminary test (pre-test), commissioning the DMC3 controller, troubleshooting performance issues and improving DMC3 controller performance. Students will be introduced to the Distributed Control System (DCS) concepts that relate to the DMC3 controller. They will also learn the basics of Proportional-Integral-Derivative (PID) regulatory controls and AspenWatch, AspenTech’s PID control monitoring and loop analysis solution. |
Newly hired engineers with little to no relevant experience, who will be working with DMC3 AspenTech CS&T and Service engineers with little or no experience with underlying regulatory controls Managers with some technical background wishing to gain a better understanding of the regulatory control systems connecting to DMC3 |
APC500
0.5 day(s)
0.4
Intermediate
Help gain an appreciation of the important DCS factors that affect DMC3 and enable its success |
APC105 Model and Build Aspen DMC3 controllers using Aspen DMC3 Builder |
• Review of Prerequisite Knowledge • Regulatory Control Versus APC • ISA and Automation Levels • Field Instrumentation • DCS Overview and DCS Modules • DCS – APC Connection: OPC • Introduction to DMC – DCS Interfaces • Deep Dive into DMC – DCS Interfaces • Programmable Logic Controllers, PLC • PID Control and PIDWatch • Conclusion – tying it all together |
Aspen Technology, Inc. awards Continuing Education Units (CEUs) for training classes conducted by our organization. One CEU is granted for every 10 hours of class participation.