Robot Training Equipment

Robot Training Equipment

DLIR-201 Industrial Robot Application Technology Skill Assessment Equipment

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Model: DLIR-201 Industrial Robot Application Technology Skill Assessment Equipment

1. Temperature: +5 to +45°; Ambient humidity: ≤85% (25℃).

2. System footprint: length × width × height ≈ 3m × 2m × 1.6m (width can be adjusted according to site conditions)

Platform size: length × width × height = 1.1m × 1m × 0.95m

3. Machine power: about 3.0KVA.

4. Altitude: ≤4000m.

5. Input power: AC220V±10%.

Output power: DC24V.

6. Environment: Vibration ≤0.5G, no dust, corrosive gas, flammable gas, oil mist, water vapor, dripping water or salt, etc.

7. System reliable grounding: grounding impedance <4 ohms.

8. Compressed gas pressure: 0.3-0.7MPa.

DLIR-201 Industrial Robot Application Technology Skill Assessment Equipment

Details Introduction

Equipment Overview

The DLIR-201 industrial robot application technology skill assessment equipment is a set of vocational education and teaching equipment that integrates robot related training. The TVET training workbench is composed of industrial robot modules, belt transmission modules, handling and stacking modules, plane and curved surface trajectory modules, sensor modules, PLC unit modules, pneumatic systems, etc. The robotics technical training equipment can complete "electrical drawing recognition", "PLC control circuit installation and debugging", "sensor application circuit installation and debugging", "industrial robot workstation installation and debugging", "industrial robot offline programming and simulation", "industrial robot application and maintenance" and other practical work and assessments. At the same time, the robotics training equipment is equipped with industrial robot offline programming and simulation and automatic scoring system.

The engineer training equipment can carry out industrial robot coordinate calibration, trajectory programming and operation, handling, stacking, gluing, sensor detection and other skills training and assessment close to industrial field applications, and can also carry out robot offline programming, simulation and other training and assessment. The vocational training equipment is really convenient for teachers from polytechnics,vocational college, engineer universities to teach, basically without teachers, and a combination of software and hardware.

Features

2.1 Integrated modular structure: Each execution object is an independent module, all installed on a universal aluminum profile platform, and each execution object and electrical control circuit are constructed.

2.2 Open design: With good extension, customers can develop new models and fixtures according to their needs, and support secondary development of peripheral systems.

2.3 Close to industry: The main modules simulate typical process applications such as handling and palletizing, gluing, sorting, etc. in industrial production. The components are all industrial-grade and have the characteristics of high restoration, which are suitable for training, assessment, skill appraisal and actual industrial production applications.

2.4 Diversified application technology: such as PLC programming and application, touch screen configuration technology, sensor technology, pneumatic technology, motor drive technology, etc.

2.5 Safe equipment operation: With multiple protections such as short circuit, overload, and emergency stop.

2.6 The device has the function of automatically detecting the correctness of wiring, which omits the work of teacher inspection and error correction, reduces the workload of teachers, and improves the efficiency of practical training and assessment.

Training Projects

- Completable assessment design tasks

- Installation of industrial robots

- Installation of industrial robot teaching pendants

- Installation of industrial robot end tools

- Setting of industrial robot parameters

- Training of industrial robot operation modes and manual speeds

- Viewing common information of industrial robots

- Introduction to industrial robot programming instructions

- Backup and recovery of industrial robot programs

- Training of industrial robot coordinate system calibration

- Industrial robot fault diagnosis and maintenance

- Training of electrical drawing reading

- Pneumatic circuit connection and electrical wiring

- Application of detection switches

- Application of various sensors, etc.

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