Compact Trainer: Process Closed Loop Control
Large, intricate processes are often broken down into sub-processes in the interest of clarity. This facilitates the step-by-step commissioning of production facilities and efficient error resolution when a breakdown occurs. The setup is comprised of various different sub-processes:
Each controlled system on its own is perfect for the execution of numerous experiments. At the same time the module experiment design featuring experiment plates allows for easy combination of sub-processes. If you integrate additional electronic transfer components (from E 6.3.4), then additional dead time and time constants arise that influence the entire process.
In this way technical processes, reproduced using experimentation plates, can be adapted to address any practical control engineering issue. Experiments with experiment plates are thus a cost-effective alternative to the large control models. Experiments with experiment plates all work with the Profi-CASSY interface. Together with the analysis and simulation software WinFACT, the measuring results can be immediately compared with a suitable computer simulation. This offers the opportunity to gather in-depth insight into the behaviour of relay processes.
The equipment set incorporates student experiments which can be carried out in a laboratory safely using safety extra-low voltage. Experiment instructions are contained in a manual in either printed or digital form.
The target group is made up of commercial apprentices and students of power engineering and mechatronics. The course offers introductory experiments at an intermediate level for vocational schools and colleges.
Topics
- Temperature regulations
- Fill level control
- Flow controlling
- Current control
- Speed control
1 | 734 064N 8 | PID digital controller net |
1 | 734 02 8 | Reference variable generator |
1 | 734 121 4 | Digital Temperature Controlled System |
1 | 734 265 8 | Digital Liquid Controlled System |
1 | 734 111 8 | Set of machines 10 W |
1 | 666 630 8 | Blower |
1 | 666 632 | Windmill type anemometer |
1 | 734 011 4 | Two position controller |
1 | 524 016S2 8 | Profi-CASSY Starter 2 |
1 | 726 09 4 | Panel frame T130, two-level |
1 | 726 86 4 | Stabilised power supply unit ±15 V / 3 A |
3 | 500 59 8 | Safety bridging plugs, black, set of 10 |
1 | 500 592 8 | Safety bridging plugs with tap, black, set of 10 |
3 | 500 641 8 | Safety experiment cable, 100 cm, red |
3 | 500 642 4 | Safety experiment cable, 100 cm, blue |
3 | 500 644 8 | Safety experiment cable, 100 cm, black |
1 | 775 680DE 4 | LIT-print: Temperature Control, German |
1 | 775 682DE 4 | LIT-print: Control of airflow, German |
1 | 775 685DE 4 | LIT-print: Speed and voltage control, German |
1 | 775 681DE 4 | LIT-print: Flow and Level Control, German |
1 | 734 501 4 | WINFACT LD Starter (one computer) |
1 | 734 502 4 | WINFACT LD Starter (site license) |
1 | 726 10 4 | * Panel frame T150, two-level |
1 | 734 504 | * WINFACT LD Edition (one computer) |
1 | 734 505 4 | WINFACT LD Edition (Site Licence) |
1 | additionally required: 1 PC with Windows 7 / 8.1 / 10 (x86 or x64) |
Articles marked with * are not essential, we do however recommend them to carry out the experiment.