Description
Features:
1. Modularized design
Standardized modules make the platform an open system. The
preset experiments can be implemented with single module.
Combinations of two or more modules are used for the complex
experiments. Easy function extension by adding new module in.
Custom module available for special need.
2. Aim for real work and visualized panel.
Experimental modules are all based on real working parts. The
screen printing of panels makes the experiments easy to
understand.
3. Intelligent control
Intelligent control units applied to control the sensors to
avoid the problems when trigging sensors by manual. That is closer
to real work.
4. Various PLCs supported
The system can support PLCs from many manufacturers, so users
can choose the type of PLC freely.
Experiments
1. PLC basic programming
2. Christmas tree control
3. Traffic lights at crossroad
4. Liquid mixing
5. Four-seg conveyer belt
6. Mail sorting
7. Washing machine
8. Four-storey elevator
9. Stepper motor
*0. Three-phase asynchronous motor control
Specification
Power supply Single-phase, **0V, *0Hz
Overall dimension ***0***0****0mm
Power consumption <1.5kVA
Configuration
1. Experimental desk
2. Experimental modules
- PLC*1: PLC Module x1
- PLC*2: Christmas Tree x1
- PLC*3: Traffic Light of Crossroad x1
- PLC*4: Liquid Mixing x1
- PLC*5: Four-Seg Conveyor Belt x1
- PLC*6: Mail Sorting x1
- PLC*7: Washing Machine x1
- PLC*8: Four-Storey Elevator x1
- PLC*9: Stepper Motor x1
- PLC*0: *-Phase Asynchronous Motor Control x1
Accessories
- PLC programmer
- Link testing cable several
