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Dobot CR5 User Manual

Dobot CR5
111 pages
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User Guide
Shenzhen Yuejiang Technology Co., Ltd
DOBOT CR5
User Guide
Issue: V 3.5.3.1
Date: 2020-05-09

Table of Contents

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Dobot CR5 Specifications

General IconGeneral
ModelCR5
Payload Capacity5 kg
Degrees of Freedom6
Repeatability± 0.03 mm
Control SystemDobotStudio
Protection LevelIP54
Power SupplyAC 100-240V, 50/60Hz
Operating Temperature0°C - 45°C
Communication InterfaceEthernet, USB
InstallationDesktop

Summary

Security Precautions

Security Warning Sign

Explains the meaning of various safety warning signs used in the manual.

General Security

Outlines general security rules to follow when operating the robot for industrial design.

Personal Security

Details essential precautions for ensuring the personal safety of the robot operator.

Overview

Technical Specifications

Lists the technical specifications of the DOBOT CR5 robot system.

Coordinate System

Explains the different coordinate systems used by the robot for positioning.

Base Coordinate System

Defines the base coordinate system relative to the robot's fixed base.

Tool Coordinate System

Describes the tool coordinate system for end-effector reference and programming.

User Coordinate System

Explains how to create and use user-defined coordinate systems.

Collision Detection

Describes the collision detection feature for robot safety and damage prevention.

Electrical Specifications

Emergency Stop I/O description

Explains the I/O connections for emergency stop functionality.

Protective Stop

Describes the I/O interface for protective stop devices.

Installation and Commissioning

Connecting Emergency Stop Switch

Guides the user on how to properly connect the emergency stop switch.

Function Description of Software

Setting User Coordinate System

Guides on creating and managing user-defined coordinate systems for programming.

Setting Tool Coordinate System

Details the process of setting up tool coordinate systems for end-effectors.

Safety Hit

Configures safety parameters like collision detection and impact response.

Hand-Hold Teach

Describes manual robot teaching methods using the APP or robot keys.

Setting Six-axis Force Sensor

Guides on calibrating and operating the six-axis force sensor.

Programming

Overview of the different programming methods available for the robot.

Program Language

Motion Commands

Lists and describes commands for controlling robot movement and trajectories.

Six-axis Force Sensor Commands

Commands for controlling and interacting with the six-axis force sensor.

TCP

Commands for establishing and managing TCP network communication.

UDP

Commands for establishing and managing UDP network communication.

Modbus

Information on the Modbus communication protocol and its registers.

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