Product Description
The R3T-01-E is a deployed version of the R3T-01 toward educational applications, with an intuitive deployment of control cabinets and components, making it easy for students to learn, access and use the industrial robot.
Product parameters
| Specification | |
| Degree of freedom | 4 DOFs |
| Motor type | AC Servo motor |
| Payload | 1kg |
| Repeatability | +/- 0.05 mm |
| Reach | 850 mm |
| Joint Speed | 180 degree/s |
| Tool Speed | 1100 mm/s |
| Programing | Graphic User Interface ( 11.6 inch Tech Pendant) |
| Weight | 25 kg |
| Materials | Aluminum AL6061 & Anodized |
| Power | 200 to 240VAC, 50-60Hz |
| Parameters of the teaching appratus | |
| Size | 350 x 210 x 40 mm |
| Weight | 1600 g |
| Display | 11.6 inch capacitive LCD |
| Connecting line length | 3.5 m |
| Protection Level | IP54 |
| Parameters of the control box | |
| Size | 500 x 500 x 500 mm |
| Weight | 30 kg |
| Color | White |
| AC Servo Driver | 4 units |
| I/O Port | Digital Input and Output 48 |
| Connection Robot and Connection Control Box Wire | 3m |
Product Display
This educational industrial robot is equipped with advanced control cabinets and precision components, and can be called an innovative engine for modern education. The control cabinet has a built-in intelligent learning algorithm that can automatically optimize the programming path, greatly reducing the difficulty of learning, and even beginners can quickly master complex instructions. The mechanical components are light and tough, ensuring smooth and precise movements. It supports a variety of teaching modes, combining theory with practice, allowing students to immerse themselves in industrial production, from basic programming to troubleshooting, to improve their skills in all aspects, and to provide all-round talents for the future industrial field.
This industrial robot is tailor-made for education, with control cabinet and components complementing each other. The visual operation interface of the control cabinet is unique, with real-time feedback on the robot status, and the programming process is clear at a glance, making it easy to program complex action sequences. The components have undergone rigorous industrial testing, are resistant to high temperatures and wear, and are suitable for various teaching environments. In class, students work in groups to collaboratively operate the robot and complete projects such as assembling car models. This not only helps them understand the essence of mechanical automation, but also helps them exercise their teamwork and problem-solving skills. It is a key teaching aid to stimulate students' technological potential and connect with the forefront of industry, helping education to reach new heights.
Application Cases
In the intelligent manufacturing class of vocational education, this educational industrial robot with control cabinet and components shines. Students carry out rich practice around it. In the programming course, they write instructions through the convenient interface of the control cabinet, control the robot to complete the task of sorting items, and become familiar with the industrial automation process; in the mechanical principle learning session, they disassemble the precision components and explore the structural secrets. It is also used in group competitions to stimulate teamwork. From the construction of simulated production lines to the performance debugging of robots, it helps students put theoretical knowledge into practice, seamlessly connect with the needs of future industrial positions, and start a new journey of scientific and technological careers.
