DLDS-1190 Robot System Integration Platform
- Dolang
- China
- 30-60 days
DLDS-1190 Robot System Integration Platform supports modular design, multi-robot collaboration & unified device management. It simplifies deployment, configuration & debugging for industrial automation lines, with strong compatibility, high stability & easy operation. The platform optimizes production efficiency, reduces integration costs and builds flexible, intelligent manufacturing systems for smart factories.
Equipment Overview
The DLDS-1190 Robot System Integration Platform is built around the KUKA KR7 R700 six-axis industrial robot and the SIEMENS S7-1200 PLC. It is equipped with an industrial smart camera vision system (2D), basic operation assessment modules, a machining automation task unit, a machining welding task unit, and a digital keyboard assembly task unit. This platform enables students to master the operation, debugging, and vision application of industrial robots, as well as PLC principles, PLC programming, sensor technology, and network communication technology. Training and assessment can be conducted on skills closely related to industrial applications, such as industrial robot tool coordinate calibration, planar and curved surface trajectory programming and operation, assembly, handling, palletizing, grinding, simulated machining, simulated welding, industrial vision sorting, and industrial vision inspection. It can also be used for skill assessment in robot offline programming and simulation.
Technical Parameters
Temperature: -5 to +45°C
Ambient Humidity: ≤85% (at 25°C)
System Footprint: Length × Width × Height ≈ 3000mm × 2500mm × 2500mm (adjustable according to site conditions)
Table Dimensions: Length × Width × Height = 1740mm × 1020mm × 1950mm
Total Power: Approx. 3.5 KVA
Altitude: ≤4000m
Input Power: AC220V ±10%
Output Power: DC24V
Environment: Vibration ≤0.5G, free from dust, corrosive gases, flammable gases, oil mist, water vapor, dripping water, salt spray, etc.
System Reliable Grounding: Grounding impedance < 4 ohms
Compressed Air Pressure: 0.3-0.7 MPa
Cooling Method: Natural cooling
Training Content
Installation of Industrial Robot
Installation of Industrial Robot Teach Pendant
Installation of Industrial Robot End Effectors/Tools
Setting Industrial Robot Parameters
Training on Industrial Robot Operation Modes and Manual
Speed Control
Viewing Common Industrial Robot Information
Introduction to Industrial Robot Programming Instructions
Backing Up and Restoring Industrial Robot Programs
Initial Power-Up and I/O Configuration for Industrial Robots
Training on Calibration of Industrial Robot Coordinate
Systems
Setting Up Industrial Robot Safety Work Zones
Industrial Robot Fault Diagnosis and Maintenance
Training on Reading Electrical Drawings/Schematics
Pneumatic Circuit Connection and Electrical Wiring
Application of Detection Switches
Application of Various Sensors
Application of Pneumatic Components
Installation and Application of PLC
Installation and Application of HMI (Touch Screen)
Communication between Robot and PLC
Communication between HMI and PLC
Training on Communication between Industrial Robot and
Vision System
Application of Industrial Robot Quick Tool Changers
Industrial Robot Planar Trajectory Tasks
Industrial Robot Spatial Trajectory Tasks
Industrial Robot Curved Surface Trajectory Tasks
Industrial Robot Handling and Palletizing Tasks (Square/Round Blocks)
Industrial Robot Handling and Palletizing Tasks (Irregular Shapes - Tangram)
Industrial Robot Machining Automation Tasks
Industrial Robot Machining Welding Tasks
Industrial Robot Digital Keyboard Assembly Tasks
Robot Disassembly and Assembly Training using Robot Simulation Software
