This field is a combination of mechanic, electronic & computer engineering & its purpose is to connect these 3 fields so that advanced systematic controlling would be a lot easier, chipper & more flexible. Therefore all mechatronics students should be able to design, program & build these kinds of advanced systems.
The goal we have achieved during designing & building this set is that we can train programming, electronics, phase control & the operational method of industrial arms. No predefined module is used so you can train programming, controlling & electronics from A to Z. therefore basic concept of servo motors, drives & phase logic would be introduced to students.
The robot is given to the system by central control system (including a few control boards which contain a few CPU, input, output & connection links) & with the help of TP & because the freedom degree is 5°, it can easily move in different directions to get to the final point.[yt_tables type="bordered table-hover" background="#fff" color="#000" row_color="1,#009999" column_color="" cols="Name | Code| Weight (kg)| Length (cm)| Height (cm)" ]Mechatronics- robot training set| QV-MEC-R| 50| 110|90[/yt_tables]
Components, and workstations
- motor DC 190w
- motor DC 250w
- Step motor
- Servo motor
- Pneumatic jack
- Magnet sensor
- driver 100V -5A
- Switching supply source
- Encoder shaft
- Optic sensor
- TP (teach pendent)
- Aluminum table
- The whole set is made of aluminum
- The height of legs can be changed
- Easy transportation by the wheels
- Ability to lock the wheels
- Ability to change the size of the table by aluminum profile.
Power stations and distribution
Transfer station (Robot)