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Robot Training Equipment

DLIR-115-H Industrial Robot Operation Programming Training System

Model: DLIR-115-H industrial Robot Operation Programming Training System

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

(2)System area: length×width×height ≈ 3m×2m×2mm (width can be adjusted according to site conditions)

(3)Overall power: about 5.5KVA.

(4)Altitude: ≤4000m.

(5)Input power: AC220V±10%.

(6)Output power: DC24V.

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

(8)Reliable grounding of the system: grounding impedance <4 ohms.

(9)Compressed air pressure: 0.3-0.7MPa.

(10)Cooling method: natural cooling.

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DLIR-115-H Industrial Robot Operation Programming Training System

Details introduction

Equipment Overview

DLIR-115-H industrial robot operation and programming application system consists of industrial robot and base, basic platform, application assessment module, module placement rack, pneumatic system, electric control and communication system, safety protection, monitoring system, etc. This technical training system can carry out industrial robot tool coordinate calibration, plane and surface trajectory programming and operation, assembly, handling, palletizing, simulated welding, simulated grinding, visual inspection, etc. Close to industrial field application skills training and assessment, and offline robot programming and simulation skills Assessment. This industrial robot system meet the requirements of "Industrial Robot Operation and Programming" elementary, intermediate and advanced vocational training and assessment standards, and can provide teaching PPT and videos, so that learners can quickly understand and master robot operation and programming knowledge and proficient operation.

Equipment Features

1) Modular structure

2) Open desig

3) Task module storage management

4) Electrical connection

5) Close to industrial production

6) Comprehensive multiple application technologies

7) Safety

Training Projects

- Installation and wiring of industrial robot body and controller;

- Initialization and parameter recovery of industrial robots;

- Pneumatic technology application;

- IO communication between industrial robot and PLC;

- PLC and touch screen communication;

- Servo motor drive and control;

- HMI configuration monitoring and interface design technology

- Application of sensor detection technology;

- PLC programming and control;

- Fieldbus control technology;

- Industrial robot IO wiring;

- Track programming and debugging of industrial robots;

- Installation and wiring of industrial robot handling applications;

- Selection and design of fixtures for industrial robot handling applications;

- Programming and debugging of industrial robot handling applications;

- Industrial robot palletizing application installation and wiring;

- Selection and design of fixtures for industrial robot palletizing applications;

- Industrial robot palletizing application programming and debugging;

- Industrial robot simulation welding application installation and wiring;

- Selection and design of fixtures for industrial robot simulation welding applications;

- Industrial robot simulation welding application programming and debugging;

- Industrial robots simulate the installation and wiring of polishing applications;

- Selection and design of fixtures for industrial robot simulation grinding and polishing applications;

- Programming and debugging of industrial robot simulation polishing application;

- Comprehensive application and design of industrial robots and peripheral equipment;

- Integrated installation and debugging of industrial robot workstations.

Get In Touch

E-mail:
admin@didactic.cn
WhatsApp:
+8613615315720
Tel:

+86 531 8758 6199

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