1. Overview
The digitalization of intelligent manufacturing has become the development trend of the global manufacturing industry, and it is a typical embodiment of Industry 4.0. This teaching equipment not only faces employment fields such as CNC machining, robot operation, and PLC programming involved in intelligent manufacturing, but also covers the design and planning of robot body enterprises and integrators, and the design department of large-scale manufacturing enterprises.
DLIM-213 digital intelligent manufacturing application training system adopts a typical model of discrete manufacturing — “intelligent manufacturing” unit in the field of mechanical cutting, combined with CNC machine tools, industrial robots, intelligent sensing and control equipment, intelligent detection, intelligent storage equipment, etc.
DLIM-213 industry 4.0 training equipment is mainly composed of a feeding module, a storage module, a handling robot, a robot fixture, a robot walking platform, a micro CNC lathe, a micro CNC milling machine, a detection module, a pneumatic system, electric control system, programming computer and related software and so on.
2. Technical data
1) Input power:
1.1 CNC milling machine power supply: single-phase three-wire, AC 22 0±5%, 50Hz, 3KVA;
1.2 CNC lathe power supply: single-phase three-wire, AC 22 0±5%, 50Hz, 1KVA;
1.3 Control system power supply: single-phase three-wire system, AC220V±10%, 50Hz.
2) Working environment:
2.1 Temperature 0℃－+40℃,
2.2 relative humidity <85% (25°C),
2.3 No water droplets condensation Altitude <4000m
3) Output power:
DC regulated power supply: 24V/5A.
4 ) Air source: 0.3-0.7MPa.
5 ) Equipment footprint: about 5.2×4.1× 2. 0 m .
6 ) Safety protection function: an emergency stop button, anti-collision device, protective fence, three-color warning light, etc.
13) Information security
3. Training projects
1) Intelligent Manufacturing System Cognition
2) Pneumatic transmission technology, Sensor Technology, PLC programming software, and HMI touch configuration technology,Robot installation, debugging, programming, application training experiments
3) Robot Fixture &CNC lathe &CNC Machining Center& industrial robot machine tools Installation, Debugging, Programming, and Application
4) Application of Bus Communication Technology, Industrial Automation Networks,PLC Communication and Control Technology, motor drive technology, motion control systems,
5) Intelligent manufacturing system MES cognition and application, Production Management, maintenance and maintenance
6) Safe and civilized production, etc.
