lab@motestainstruments.com | Civil and Mechanical Engineering Lab Equipments India China
lab@motestainstruments.com | Civil and Mechanical Engineering Lab Equipments India China
Code: TVET-ITI-100157
PLC Control System Designer Training and Testing Device.
The PLC control system designer training and testing device can be used for two parts of training, i.e., motion control training and process control training. It uses Siemens PLC as the controller. The master station adopts Siemens series hosts and the slave station adopts Siemens S7-200 series hosts. The master station communicates with the slave station through MPI or RS485.
The motion control module includes automatic feeding unit, conveying unit, manipulator handling unit, and storage unit. The process control module contains analog variable measurement unit and PID adjustment unit.
Product Features
1. Our PLC control system designer training and testing device
adopts an open style structure. Students can make up different execution
system on the aluminum base plate according to different control plan.
2. Training projects that can be conducted on this training and
testing device include PLC application training, frequency converter
application training, touch screen application training, DC motor
control training, stepper motor control training, and three-phase AC
motor control training.
3. Process training includes analog variable, such as temperature, pressure, and flow, collection and output control.
4. The three-dimensional simulation software can realize online monitoring function and offline simulation function.
Equipment Composition
1. Training Platform
Made of aluminum alloy; all components are mounted on the aluminum base plate or mesh plate to facilitate dismounting.
2. Motion Control System
a. Automatic feeding unit
A well type feeding mechanism; the optical fiber sensor detects the
storage bin; if there is workpiece in the storage bin, the pneumatic
pusher will push the workpiece to the belt conveyor.
b. Belt conveying unit
After the workpiece is detected, the conveyor A will be started
through the frequency converter. Meanwhile, the conveyor B will be
started by the DC motor. The sensors installed around the conveyor B
will detect the color and material of the workpiece and pass the
workpiece information to the next work unit.
c. Manipulator handling unit (gantry manipulator)
The gantry manipulator will grab and release the workpiece according to the information from the previous work unit.
