QCS SE
Machine Direction Controls
QCS SE Machine Direction (MD) Controls utilizes industry proven AlphaMPC model predictive control (MPC) technology to improve product quality and machine efficiency, while minimizing material and energy usage.
Overview
Overview
QCS SE Machine Direction (MD) Controls utilizes industry proven Honeywell AlphaMPC model predictive control (MPC) technology to improve product quality and machine efficiency, while minimizing material and energy usage.
The foundation of the MD Controls is the AlphaMPC controller. AlphaMPC has been designed to control the most difficult processes, with the least amount of configuration and maintenance effort. It predicts the future state of controlled variables (CVs) based on previous control moves and the effects of disturbance variables, and then changes the set points of manipulated variables (MV) to achieve the desired control objectives. Quality limits for CVs, and operational constraints for MVs are also taken into account.
Key Features:
Robust control technology and minimal maintenance to keep process models accurate.
Automated bump tests and process model identification for easy commissioning and maintenance.
Dynamic retuning based on changes in machine speed, production rate and/or dryer section steam pressure.
Flexible controls configuration for complex processes without custom built software.
QCS SE Machine Direction (MD) Controls utilizes industry proven Honeywell AlphaMPC model predictive control (MPC) technology to improve product quality and machine efficiency, while minimizing material and energy usage.
The foundation of the MD Controls is the AlphaMPC controller. AlphaMPC has been designed to control the most difficult processes, with the least amount of configuration and maintenance effort. It predicts the future state of controlled variables (CVs) based on previous control moves and the effects of disturbance variables, and then changes the set points of manipulated variables (MV) to achieve the desired control objectives. Quality limits for CVs, and operational constraints for MVs are also taken into account.
Key Features:
- Model-Based Machine Direction Controls
- Dry Stock Flow Control
- Coordinate Speed Change Control
Robust control technology and minimal maintenance to keep process models accurate.
Automated bump tests and process model identification for easy commissioning and maintenance.
Dynamic retuning based on changes in machine speed, production rate and/or dryer section steam pressure.
Flexible controls configuration for complex processes without custom built software.
Name
Description
File Size
Date
Size
