Advance level Robot multi functional application training platform didactic equipment
GTAM-0008A
Delivery:
EXW
minimum order:
1 set
Supply Ability:
30set / Month
Country of Origin:
Guangzhou, China
Stock Time:
45Day
Quantity:
Product Overview
This industrial robot training platform centers on a six-axis articulated industrial robot. Various training modules for different industrial applications are strategically distributed around the operating platform, encompassing typical applications such as material handling and palletizing, sorting, polishing, and assembly. It not only meets the teaching needs of vocational school students in different majors regarding the operation and programming of industrial robots, but its entirely industrial application-based features also make it suitable as a platform for vocational skills competitions.
Technical Parameters
1) Standard Six-Axis Robot Configuration: Qianjiang Robot QJR8-700 6-DOF Industrial Robot
2) Dimensions: L1600mm × W1200mm × H1600mm
3) Power Supply: 220V±5% 50HZ
4) Safety Protection: Leakage protection, overcurrent protection, short circuit protection
5) Ambient Temperature: -10～50℃
6) Relative Humidity: ≤85%
7) Weight: Approximately 150kg
Configuration and functions
No. | Name | Main parameters |
1 | Industrial Robot | 1)Model: Qianjiang Robot QJR8-900 2) Maximum wrist load: 7 kg 3) Maximum working radius: 900 mm 4) Degrees of freedom: 6 axes 5) Operating temperature: 0-40 ℃ |
2 | Main Frame | 1600×1200×900mmIndustrial aluminum profile construction, sheet metal surface powder coating treatment, with rollers. |
3 | Operator Panel Module | Components on the control panel: power indicator light, buzzer, etc. |
4 | Material Unloading Platform Module | It enables material handling and nine-grid sorting functions. |
5 | Palletizing Warehouse Module | It consists of a three-layer palletizing platform, with sheet metal powder coating and aluminum profile construction. |
6 | Production Line Module | It can be linked with automated material conveying equipment to achieve functions such as automated handling, sorting and storage. |
7 | TCP and Tool Rack Module | Implement functions such as TCP tool storage and TCP point calibration. |
8 | Geometric Trajectory Module (TCP Practice Area) | A4 paper size, templates can be changed upon request, templates have rectangles, triangles, circles, arcs, lights, text, etc., and come with a wedge-shaped pen. |
9 | Stamping Module | It can be linked with automated stamping equipment to realize functions such as automatic handling, sorting and storage of stamping equipment. |
10 | Polishing Module | This simulates common grinding processes used in factories, such as grinding wheels, polishing wheels, and grinding belts. It aims to simulate grinding and polishing functions. |
11 | Assembly and Dispensing Module | Simulated factory processes commonly include secondary positioning of shaft holes, assembly, and dispensing.。 |
12 | Machining Center Module | Simulate common processing equipment in a factory, such as loading and unloading materials, and inserting components. |
13 | Robot Fixture Module | It enables functions such as material picking and TCP trajectory operation. |
14 | PLC Control System | Control scale: 24 inputs, 24 outputs; expandable to 128 points. Features two built-in input potentiometers, 8000-step storage capacity, and can connect to various expansion modules and special function modules. The transistor-type main unit can simultaneously output two 100kHz pulses. It is equipped with seven special positioning instructions, including zero-return, absolute or relative address expression, and special pulse output control. An FX1N-5DM display module can be installed, enabling monitoring and editing of timers, counters, and data registers. Network and data communication functions: Supports RS232, RS485, and RS422 communication. |
Training Courses:
1. Application of Industrial Robots;
2. Electrical Design and Application of PLCs;
3. Technology and Application of Motors and Sensors;
4. Application of Pneumatic Technology;
5. Basic Control and Settings of Touch Screens;
6. Can be used for assessments or skills competitions to evaluate professional abilities;
7. Installation and wiring of industrial robot body and controller; initialization and parameter recovery of industrial robots; wiring for industrial robot palletizing applications;
8. Selection and design of industrial robot application fixtures; programming and debugging of industrial robot palletizing applications;
9. Electrical connection and debugging technology of industrial robot peripheral units;
10. Electrical connection and debugging of data exchange between the whole system and monitoring system;
11. Programming, debugging, and application of industrial robots;
12. Debugging of industrial robot drawing operation module system;
13. Debugging of industrial robot simulated warehouse inbound/outbound system;
14. Debugging of industrial robot workpiece assembly module system;
15. Combination and programming application of multi-module industrial robot systems.
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