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Mitsubishi Electric Manuals
Industrial Electrical
R32
Instruction manual
Mitsubishi Electric R32 Instruction Manual
Industrial robot
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Contents
Table of Contents
Troubleshooting
Bookmarks
Table of Contents
Table of Contents
Introduction
Terms
Functions and Configuration
Overview
Supported Products
System Configuration
Specifications
Risk Assessment
Residual Risk (Common)
Residual Risk (Specific to each Function)
Set-Up
Connections and Communication Destination Settings
System Configurations and Connections
Robot-Side System Configuration
Safety Programmable Controller-Side System Configuration
Network Communication Settings
Safety Communication Settings (Safety Programmable Controller Side)
Creating a Safety Program
Safety Monitoring Functions
Overview of the Safety Monitoring Functions
Simulation
Startup and Basic Configuration
Connecting RT Toolbox3
Parameter Configuration
Password Setting
Enabling/Disabling Functions, Safety Communication Settings
Recovery Mode
Parameter CRC Output Number
Defining 3D Models
Monitor
Arm Model
Tool Model
Safety Logic Edit
Safety Input Settings
Safety Output Configuration
Checking Operation of the Safety Inputs and Outputs
Safety Monitoring Functions
Safe Torque off (STO)
Safe Operating Stop (SOS)
Safe Stop 1 (SS1)
Safe Stop 2 (SS2)
Safely-Limited Speed Function (SLS)
Safely-Limited Position Function (SLP)
Safety Diagnosis Function
Test Pulse Diagnosis (EMG)
Safety Communication Function
Safety Connection
Transmission Interval Monitoring Time
Safety Refresh Monitoring Time
Transmission Delay Time
Robot (System) State Variables
List of Robot (System) State Variables
Explanations of Robot (System) State Variables
Troubleshooting
Error List for the Safety Monitoring Functions
Errors Whose Specification Is Changed by Safety Monitoring Functions
Safety Response Time and Safe Stopping Distance
Safety Response Time
How to Calculate a Stopping Distance
Maximum Stopping Time and Maximum Operating Angle
Calculating Stopping Distance and Stopping Time
System Application Examples
Application Example 1
Function
System Configuration
Network Communication Settings
Safety Communication Settings (Safety Programmable Controller)
Safety Program (Safety Programmable Controller)
Basic Configuration
Defining 3D Models (Robot Controller)
Safety Logic Edit (Robot Controller)
Safety Monitoring Function Settings (Robot Controller)
Transmission Interval Monitoring Time
Safety Refresh Monitoring Time
Transmission Delay Time
Safety Response Time
Application Example 2
Function
System Configuration
Network Communication Settings
Safety Communication Settings (Safety Programmable Controller)
Safety Program (Safety Programmable Controller)
Basic Configuration
Defining 3D Models (Robot Controller)
Safety Logic Edit (Robot Controller)
Safety Monitoring Function Settings (Robot Controller)
Transmission Interval Monitoring Time
Safety Refresh Monitoring Time
Transmission Delay Time
Safety Response Time
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Functions and Configuration
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Mitsubishi Electric Industrial Robot
CR800-R controller
Safety Communication Function
Instruction Manual
BFP-A3772
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Summarization of Contents
Safety Precautions
Operational Safety Measures
Covers safe practices for teaching, work planning, and operator actions.
Device and System Safety Measures
Addresses environment, wiring, grounding, and device installation safety.
Manual Introduction and Scope
Manual Purpose and User Assumptions
Defines the manual's purpose and target audience.
Relevant Documents and Definitions
List of Related Manuals
Lists other essential manuals for system configuration and operation.
Key Terminology
Defines technical terms used in the context of safety communication.
Chapter 1: Functions and Configuration
Overview of Safety Monitoring Functions
Introduces the capabilities and overview of safety monitoring functions.
System Configuration Example
Illustrates the system architecture for safety communication setup.
Chapter 2: Set-up Procedure
System Construction and Network Settings
Details steps for system construction, network, and communication setup.
Robot Controller Safety Monitoring Configuration
Guides the configuration of safety monitoring functions on the robot controller.
Chapter 3: Connections and Communication Settings
System Configurations and Connections
Explains system architectures for safety communication.
Network Communication Settings
Configures CC-Link IE TSN network parameters.
Safety Communication Settings for Programmable Controller
Sets safety communication parameters on the safety programmable controller.
Chapter 4: Safety Monitoring Functions
Overview of Safety Monitoring Functions
Lists and describes available safety monitoring functions.
Startup and Basic Configuration
Covers initial setup, parameter, and password configuration.
Safety Logic Edit
Defines safety logic for switching monitoring functions via inputs.
Safety Communication Function Details
Explains safety communication setup and status.
Chapter 6: Troubleshooting
Error List for Safety Monitoring Functions
Lists common errors, causes, and solutions for safety functions.
Errors Affected by Safety Monitoring
Lists errors whose behavior changes when safety monitoring is active.
Chapter 7: Safety Response Time and Stopping Distance
Calculating Safety Response Time
Details how to calculate the total safety response time.
Calculating Stopping Distance and Time
Explains methods for calculating robot stopping distance and time.
Chapter 8: System Application Examples
Application Example 1: Basic Safety System
Illustrates a basic safety system configuration with a single robot.
Application Example 2: Advanced Safety System
Demonstrates a complex safety system with multiple robots and sensors.
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