| • This a comprehensive mechatronic training
and simulation system, it offers a complete solution for |
| the study of modern factory automation
and integrates a variety of technological applications, including |
| mechanical & electrical &
electronic & information & sensor & interface technologies, etc. |
| • Industrial grade components and control
methods are used to fully demonstrate the factory production |
| line system, up to ten stations are
built on the platform, including HMI monitoring unit, feeding unit, |
| drilling unit, deburring unit, rejecting
unit, marking unit, assembly unit, triaxial handling unit, transfer |
| unit, horizontal & biaxial storage
and retrieval unit. |
| • The input and output signal cables of
each actuator are led to serial ports, at the same time, all the |
| power lines are gathered on one seat, by
this way to achieve quick connection of the whole |
| system and ensure the safe pluggable
ability for practical operation. |
| • When the serial ports of controller panel
and I/O panel are connected, user can upload the standard |
| programs to run the system process
directly for demonstration purpose without further operation. |
| When conducting the independent design
and programming training, by disconnecting the serial |
| port to achieve an open control mode,
all wiring can be done through the 4mm safety sockets with |
| pluggable cables. |
| • The experiment panel adopts modular
design, coming with standard height that can easily be inserted |
| into the frame area. The complete unit
is movable and lockable, with complete aluminium profile |
| structure. |
|
| > TRAINING CONTENT |
| Mechanical Structure Application |
| • Speed regulated vertical motion of
brushless motor with ball screw |
| • Horizontal motion of servo motor with
dual-rail ball screw |
| • Four direction & 180 degree &
clamping motion of guide rod cylinder / rotary cylinder / gripper combination |
| • Biaxial cylinder and guide slot formed
material blanking mechanism |
| • AC motor and conveyer belt formed speed
regulated transfer mechanism |
| • Stepping motor and limit component formed
material positioning mechanism |
| • Servo motor, ball screw, stepping motor
and synchronous belt guide rail formed cantilever type carrier |
|
| Pneumatic Structure Application |
| • Bus board |
| • Cylinder |
| • Solenoid valve |
| • Direction control |
| • Speed control |
| • Sequence control |
|
| Electrical Control Application |
| • System I/O, digital quantity, high speed
quantity, analog quantity, communication data quantity |
| • Monitoring frame HMI with slave computer
formed Ethernet TCP/IP communication |
| • Master PLC and slave PLC formed RS485
user-defined protocol communication |
| • Master PLC and data acquisition module
formed RS485 MODBUS RTU communication |
| • Extension of digital quantity, analog
quantity and communication port |
| • Limit sensor, photoelectric sensor, fiber
optic sensor, metal sensor, magnetic sensor and color mark sensor |
| • Power supply module, controller module
and interface module |
|
| Programming Application |
| • Sequential structure, selective structure
and cycle structure |
| • Switching value realized cylinder motion
control, DC motor control, conveyor start/stop control, indicator control |
| • Pulse value realized stepping motor
control, servo motor control |
| • Analog value realized color mark sensor
data reception, DC brushless motor control |
| • Communication data value realized signal
reception of data acquisition module |
