一、Product Overview

The GX-R13 industrial robot painting workstation is a typical teaching equipment for training and applying typical skills of industrial robots. It enables students to understand the characteristics of painting robots and master the basic components of the painting robot system. The workstation is set against the background of industrial on-site painting, showcasing the typical working environment and layout around the painting robot. Through practical training at this workstation, master the operation and teaching of the painting robot's work process. The robot gluing workstation mainly includes robots, glue supply systems, gluing workstations, workstation control systems, and other peripheral supporting equipment. Painting robots have the characteristics of high accuracy, good flexibility, small working range, and the ability to be used in conjunction with other systems. The development of task models integrates fun and entertainment, which can increase students' interest in learning. Enable students to quickly learn the basic principles of industrial robots, executive mechanism design and control design, industrial robot programming, and the process and operational skills of on-site coating of industrial robots.

二、Technical parameters

1) Standard configuration for six axis robots: ABB 6 degree of freedom industrial robots (optional with Mitsubishi, KUKA, Hirosus, Xinshida, etc.);

2) Application links equipped with industrial robots: glue supply system, robot gluing process, robot assembly, and stepper rotary table;

3) Boundary dimension: L3000mm × W3000mm × H1500mm；

4) Working power supply: single-phase three wire 220V ± 5% 50HZ;

5) Safety protection: leakage protection, overcurrent protection, short circuit protection;

6) Environmental temperature: -10~50 ℃;

7) Relative temperature: ≤ 85%;

8) Overall weight: 180kg.

三、Practical training projects

1. Installation and wiring of industrial robot adhesive application tasks;

2. Selection and design of fixtures for industrial robot adhesive application tasks;

3. IO communication between industrial robots and PLCs for gluing application tasks;

4. Application tasks for industrial robot gluing: IO wiring for industrial robots;

5. Programming of industrial robot gluing application task robots;

6. PLC program adjustment for industrial robot adhesive application tasks;

7. Teaching the application task points of industrial robot adhesive application;

8. Installation and calibration of industrial robot adhesive application task fixtures;

9. Debugging of industrial robot adhesive application task system.