Robot Training Equipment

Robot Training Equipment

DLIM-112 Industrial Robot System Operator Platform Application System

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Model: DLIM-112 Industrial Robot System Operator Platform Application System

1. Working power supply: AC220V±10%, 50Hz, 7kW.

2. Land size: overall layout size 7.6×3.5×2.02m (L×W×H )

3. Working environment: temperature 5°C-+40°C, relative humidity <85% (25°C).

4. Safety protection: It has multiple protections for short circuit, overload, sound and light alarm lights, and emergency stop.

5. PLC: Siemens S7-1200 series.

6. Six-axis industrial robot: maximum load: 4kg; maximum working radius: 550mm; repositioning accuracy: ±0.01mm.

DLIM-112 Industrial Robot System Operator Platform Application System
DLIM-112 Industrial Robot System Operator Platform Application System
DLIM-112 Industrial Robot System Operator Platform Application System

Details Introduction

Overview

DLIM-112 Industrial robot system operator training and assessment set included Network layer kits, training workbench, book mark feeding module, industry version testing module, 6-axis industry robot handling and assembly module, book mark box feeding module, RFID electronics mark read and write module, automatics storage module, AGV moving car and control system modules, etc.

The advantage of this China robot training equipment is included of MES software operating system-Manufacturing Execution System.

Equipment Composition

The robotics engineering teaching equipment consist of bellowing systems:

- Automatic storage unit

- Six-axis industry robotic assembly unit

- Transport unit

- Electrical control system

- Pneumatic system

- Protection system

- Software

- Surveillance system

- Sets of surveillance cameras

Training Objects

- Communication between PLC and remote I/O module, communication with six-axis industrial robot TCP/IP; communication with Modbus TCP of RFID;

-  Profinet communication between PLC and PLC;

- Wireless communication between PLC and AGV trolley; communication with MES

- Installation, debugging and programming of industrial robots;

- Application of HMI and servo, bus communication technology, and industrial automation network;

- Motor drive technology, vision technology, motion control system

- AGV trolley control system, application of laser marking technology;

- Application of MES system.

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