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ABB IRB 660 User Manual

ABB IRB 660
362 pages
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3.3.8 Inspecting the additional mechanical stops
Location of mechanical stops
This figure shows the location of the additional mechanical stops on axis 1. (The
figure shows IRB 7600 but the location on axis 1 is the same on IRB 660.)
xx0300000049
Additional mechanical stopA
Stop pinB
Required equipment
NoteArticle numberEquipment etc.
Content is defined in section Standard
tools on page 347.
-Standard toolkit
Inspecting, mechanical stops
Use this procedure to inspect the additional mechanical stops.
NoteAction
DANGER
Turn off all:
• electric power supply
• hydraulic pressure supply
• air pressure supply
to the robot, before entering the robot working area.
1
Continues on next page
114 Product manual - IRB 660
3HAC025755-001 Revision: W
© Copyright 2006-2020 ABB. All rights reserved.
3 Maintenance
3.3.8 Inspecting the additional mechanical stops

Table of Contents

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ABB IRB 660 Specifications

General IconGeneral
TypeIndustrial Robot
Reach3.15 m / 3.19 m
Degrees of Freedom6
Repeatability0.03 mm
Weight1260 kg
Number of axes6
ControllerIRC5
Payload Capacity180-250 kg
Payload180-250 kg
ProtectionIP67
MountingFloor

Summary

Safety

Safety information

General and specific safety information for installation and service work.

Requirements on personnel

Only trained personnel are allowed to install, maintain, service, and use the robot.

Safety signals and symbols

Specifies all safety signals and symbols used in the manuals and on manipulator labels.

Robot stopping functions

Describes protective stops and emergency stops.

Installation and commissioning

Covers national regulations, layout, allergenic material, foundation, and electrical safety.

Maintenance and repair

Details general safety for maintenance and handling of gearbox lubricants.

Emergency release of the robot axes

Describes how to manually release robot axis brakes.

Installation and commissioning

Introduction to installation and commissioning

Contains assembly instructions and information for installing the IRB 660 controller.

Risk of tipping/stability

Provides information on shipping and transportation positions and tipping risks.

The unit is sensitive to ESD

Describes ESD hazards and safe handling procedures for sensitive electronics.

Lifting robot with fork lift

Details how to attach fork lift equipment and lift the robot.

Lifting robot with roundslings

Describes how to lift the robot using roundslings, including sling specifications.

Lifting robot with lifting slings

Provides an overview of lifting the complete robot using special lifting equipment.

Manually releasing the brakes

Describes how to release holding brakes for motors of each axis.

Orienting and securing the robot

Details how to orient and secure the robot to the base plate for safe operation.

Mechanically restricting the working range of axis 1

Details fitting additional mechanical stops to axis 1 to reduce working range.

Maintenance

Maintenance schedule and expected component life

Details maintenance intervals, schedule, and expected component lifespan.

Repair

Introduction

Describes repair activities and information required for each procedure.

Calibration

When to calibrate

Lists situations that require system calibration.

Updating revolution counters

Describes how to update revolution counters for rough calibration using FlexPendant.

Calibrating with Axis Calibration method

Details the Axis Calibration procedure, including tools and requirements.

Decommissioning

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