Digital controller design, analysis, and implementation for the mold heating and cooling system
R.H. Floersch
Abstract
Open-access reader
R.H. Floersch
Abstract
Open-access reader
Mold heating and cooling control using metal temperature feedback was unsuccessful when conventional control strategies were used. Special digital control algorithms, developed to effect mold temperature control, were formulated by using empirical mold and fluid loop dynamic models in conjunction with Z transforms to arrive at a controller configuration.
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Mold heating and cooling control using metal temperature feedback was unsuccessful when conventional control strategies were used. Special digital control algorithms, developed to effect mold temperature control, were formulated by using empirical mold and fluid loop dynamic models in conjunction with Z transforms to arrive at a controller configuration.
Key concepts: Mold, Temperature control, Controller (irrigation), Digital control, Control theory (sociology), Mechanical engineering, Control system, Control (management)