| • The training systems focus on conveying authentic application knowledge and information on |
| programmable logic control (PLC) and demonstrate how such systems are networked with sensors |
| and actuators. The fundamentals and operation of PLC systems are graphically explored using a |
| multitude of examples, explanations, exercises and practical assignments. |
| • All the programming objects are available for motion control with excellent dynamic performance that |
| highly simulate the automation control system used in industrial field. |
| • The frame adopts standard aluminum profile with modular experiment panel design, thus, making it |
| easily to build different experiment combination on the flexible two-layer structure. All the upper parts |
| are removable including the experiment module, power supply module and frame support. |
| • All terminals are led out on printed composite panel with 4mm safety socket and connected by |
| full sealing sheathed pluggable connector. The complete unit is movable with lockable truckles on |
| bottom and available for training content extension by using other CHOIEO modular units. |
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| > TRAINING CONTENT |
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| PLC mainframe |
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| • Work with STEP 7 programming software |
| • Data types |
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| • Creating statement lists |
| • Programming languages STL, LAD and FBD |
| • Programming of binary operations |
| • Programming of counters and time makers, comparison and arithmetic functions |
| • Program structure, invoking subroutings |
| • Putting into operation and testing |
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| Dynamic demo systems |
| • Spray painting machine control system |
| • Cutting machine control system |
| • Stepping motor motion control system |
| • CNC tool magazine control system |
| • Thermostatic closed loop control system |
| • Punching machine automatic control system |
| • Electromagnetic handling control system |
