Automation
Description:
| • This is a comprehensive modular production 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 modular production |
| system, up to nine modular stations are included and each has its own focus, covering monitoring & |
| feeding, detection & waste rejection, handling, processing, simulated heat treatment & marking, |
| buffering, six freedom robot handling, assembly and stereoscopic storage. |
| • The input and output signal cables of each actuator are led to serial ports for quick connection with |
| programmable logic controller unit, at the same time, the I/O of PLC are led to 4mm safety sockets |
| for function expansion. That is, the PLC unit can not only be used for the logic control of modular |
| station but also be taken out as an independent unit for external programming application. |
| • All the stations can be combined with others to create systems, the complete unit is movable and |
| lockable with complete aluminum profile structure. |
| > TRAINING CONTENT |
| Mechanical Structure Application |
| • Biaxial cylinder and guide slot formed single workpiece feeding mechanism |
| • DC gear motor and conveyer belt formed transfer mechanism |
| • Rotary cylinder and pneumatic gripper formed manipulator handling mechanism |
| • Stepping motor and graduator formed intermittent motion mechanism |
| • Biaxial cylinder and DC motor formed simulated drilling and marking mechanism |
| • Synchronous belt and pneumatic gripper formed reciprocating handling mechanism |
| • Conveyor and two biaxial cylinder formed workpiece buffering mechanism |
| • Robot arm related multiple position handling |
| • Biaxial cylinder and compact cylinder formed single workpiece blanking mechanism |
| • Two-axis lead screw and manipulator formed automatic stereoscopic warehouse workpiece placement |
| • Sensor and warehouse formed data feedback mechanism |
| Pneumatic Structure Application |
| • Cylinder: pneumatic actuator |
| • Bus board: air source distribution for solenoid valve |
| • Solenoid valve: for electrical control of mechanical mechanism |
| • Throttle valve speed control: for air flow control |
| • Filter: pressure control and water filtration |
| • Air compressor: air pressure generator |
| Electrical Control Application |
| • Siemens S7-200 programmable logic controller system |
| • Sensors: magnet sensor, optical fiber sensor, reflective sensor, analog sensor, photoelectric sensor, laser |
| sensor, color mark sensor, metal sensor, limit switch, limit groove type sensor, micro switch, etc. |
| • Power supply and operating panel |
| • Controller module, interface module, indicators, etc. |
| Programming Application |
| • Sequential structure, selective structure and cycle structure |
| • Switching value realized cylinder motion control, gear motor control, indicator control |
| • Pulse value realized stepping motor control, servo motor control |
| • Analog value realized sensor data reception, SCR conduction angle control |
| • Robot motion programming |
| • Fieldbus realized data exchange |
| • Human machine interface measurement and control |
Model: Automatic Modular Flexible Production Training System (Robot)
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