Learning objectives
Understanding and practical use of the cited contents. Use of fundamental design methods for the solution of control problems in practice. Capability for planning, programming and commissioning of automation systems for machines and installations with special regard to storage programmed steering.
Content
| 
| |
|
| Characteristics of Open Loop Controls: Forms of signals, different sorts of control, structure of control |
|
|
| Binary Functional Module: Connective modules, time modules, memory modules |
|
|
| Control Gate with Contacts: Terms, symbols, important versions of circuit diagram |
|
|
| Stored-Program Controller: Usage, build-up and function of SPC, program-structure an programming languages, fundamental functions, representation of numbers, loading-and transfer operations, timer functions, counter functions, compare operations, arithmetic operations, data modules, functions and function blocks |
|
|
| Connective Control and Run Off Control: Characteristics, build-up, control system function diagram, programming |
|
|
hs-ulm.de