Modular control system for production: 
 Modular production control system can improve the students ability and practical skills. The device consists of six sets of separate but closely linked workstations. Six points are: the material testing station, transport stations, processing stations, installation sites, installation of handling station and classification points. 
 The training device of the salient features: has good flexibility, that is, each station has a PLC control system of independent control. The six separate training modules can accommodate more students while learning. Training in the basic unit after the completion of the module, but also the adjacent two points, three points ... up to six races together, learning to control complex systems, programming, assembly and debug technology. 
 The system should include a mechanical and electrical integration, such as those involved in learning motor drive, pneumatic, PLC (programmable controller), sensors and other technologies to give students a typical integrated technology environment to enable students to learn from Billing Division had a lot of expertise here fully understand, comprehensive training and mutual improvement. Therefore, the set of devices to be suitable for the undergraduate school, college, college students and beginning engineers and technicians on the job training. 
 Main characteristics 
 Host Model TC-MPS-6, respectively, the system should be composed of six different controllers to form a logistics automated production control system. The six stations were on the material testing station, transport stations, processing stations, installation sites, installation of handling station and classification points. Master Mitsubishi FX2N-48MR series PLC, from the station with Mitsubishi FX2N-48MR series PLC control, including classification points using the Mitsubishi FX2N-48MT Series PLC control with I / O communication, which taxa identified with the use of waste processing. Touch screen 5.7 inch, 256-color color touch screen industry. 
 Pneumatic systems (including solenoid valves, cylinders, grippers, suction cups, single earrings, solenoid valve pallet, vacuum generators, vacuum suction cups) and SMC pneumatic components used in all of Japan's imported components, motors used by the U.S. companies imported straight HYTON stepper motors, precision 21mm / s, thrust> 100KG. 0.039m3/min air compressor displacement of more than nominal pressure 1.0Mpa, 10L gas storage capacity of more than noise <40DB. Install the software used, respectively, Mitsubishi PLC programming software, CNC touch screen programming software. Mitsubishi SC-09 is equipped with cable programming, touch screen programming / download cable, I / O communication cables. 
 Third, training 
 The device is a set of integrated technological environment, and therefore the device should be capable of sensor technology, pneumatics, stepper motors and drives, and PLC technology and other aspects of training. The device can be trained specifically as follows: 
 (1) sensor training 
 System uses the number to forty or more sensors, a capacitive, inductive, and optical and electromagnetic type style. Students can work through an understanding of the operating characteristics of various types of sensors to enhance perceptions of these sensors, combined with the teacher works on sensor analysis and feature presentations, students can quickly grasp the knowledge. 
 (2) Air Technical Training 
 The devices have a large number of pneumatic components, including a variety of electro-pneumatic valve, a variety of pneumatic cylinders, pneumatic grippers, suction cups, vacuum generators, filtration reducer valve. These pneumatic components in learning, not only can learn each individual discrete components, but also in learning about a variety of pneumatic components and pneumatic components and between the other components is between how to coordinate work with them. 
 (3) PLC technology training 
 System, each workstation has a set of six sets of PLC controller allows the system can be divided into six completely independent unit of work, so two dozen students can learn, and each student has hands-on opportunities. Students on the device can not only learn a variety of PLC technology and integrated technology environment to learn a variety of PLC applications. For flexible learning and mastering knowledge of all aspects of the PLC to provide the conditions. 
 (4) The electrical control system training 
 System, electronically controlled part of its six stations all in accordance with industry standards and practices for design, and to provide all the accessories design drawings and specifications. Students can learn on the device circuit diagram analysis, PLC of the I / O address check circuit to connect new equipment and analytical methods. 
 (5) mechanical system installation training 
 System of six students in each group the workstation will allow the mechanical parts removed in whole or in part, then ask to have it re-assembly, and commissioning to the system may be normal, to work reliably. 
 (6) fault detection system maintenance and technical training 
 In this device should be able to mechatronic systems maintenance training content and methods, and system fault analysis, exclusion method. 
 (7) PLC programming software to learn 
 ? PLC software to complete the compilation, programming, size chart, run the simulation level changes, real-time monitoring program, with multimedia functions. Software both to and supporting the use of these devices can also be used independently. 
 ? The system supports windows2000, windowsXP. 
 ? including PLC's introduction, use and examples, including the basic output of the programming, the programming standards, the program reads the input state, the basic timer operating program, the basic counter application programming. 
 ? programming software can be programmed for a variety of experimental programming simulation run can be a variety of experiments demonstrate the changes in level simulation programming. 
 Fourth, each station can be the training content: 
 First stop: 
 ? The first learning station pneumatic components 
 ? first stop sensor experiment 
 ? mechanical installation and commissioning of the first experimental station 
 ? electrical circuit experiment (a) 
 ? PLC basic instruction and practical application of learning experiments (a) 
 ? first stop feeding process control experiment 
 ? The first experiment station system fault detection 
 ? First, the two stations networked process control experiment (a) 
 Second stop: 
 ? to learn the second leg of the pneumatic circuit 
 ? The second leg of the sensor test 
 ? The second experimental station installation and commissioning of mechanical 
 ? electrical circuit test (B) 
 ? PLC basic instruction and practical application of experimental study (II) 
 ? The second control experiment station handling procedures 
 ? The second experiment station system fault detection 
 ? Second, one-stop networking program control experiment (b) 
 Third Station: 
 ? The third station pneumatic learning 
 ? third leg of the sensor test 
 ? The third experiment station installation and commissioning of mechanical 
 ? electrical circuit test (C) 
 ? waste detection, analog sensor applications, analog control 
 ? PLC basic instruction and practical application of learning experiments (C) 
 ? third leg of multi-station process control experiment table 
 ? The third experiment station system fault detection 
 ? Third, the five stations networked process control experiment (C) 
 Fourth Station: 
 ? fourth leg of pneumatic components and circuits to learn 
 ? fourth leg of the sensor test 
 ? fourth leg of mechanical installation and commissioning experiments 
 ? electrical circuit test (D) 
 ? PLC basic instruction and practical application of learning experiments (D) 
 ? fourth leg of the workpiece setup control experiments 
 ? fourth leg of the system fault detection test 
 ? fourth, fifth station networked process control experiment (D) 
 Fifth Station: 
 ? fifth station pneumatic components and circuits to learn 
 ? mechanical installation and commissioning of the fifth experiment station 
 ? electrical circuit test (V) 
 ? PLC basic instruction and practical application of learning experiments (E) 
 ? Fifth Station workpiece handling process control experiment 
 ? fifth experiment station system fault detection 
 ? Fifth, the three stations networked process control experiment (V) 
 ? Fifth, the four stations networked process control experiment (VI) 
 Sixth Station: 
 ? sixth station pneumatic components and circuits to learn 
 ? mechanical installation and commissioning of the sixth station experiment 
 ? electrical circuit test (F) 
 ? PLC basic instruction and practical application of learning experiments (six) 
 ? linear stepper motor applications, control 
 ? Sixth Station workpiece classification process control experiment 
 ? sixth experiment station system fault detection 
 ? sixth, five points networking program control experiments (G) 
 ? all six stations networked process control experiment (h)