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SCARA R6Y-XC Series
Omron SCARA R6Y-XC Series Manuals
Manuals and User Guides for Omron SCARA R6Y-XC Series. We have
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Omron SCARA R6Y-XC Series manual available for free PDF download: User Manual
Omron SCARA R6Y-XC Series User Manual (203 pages)
Brand:
Omron
| Category:
Robotics
| Size: 3.17 MB
Table of Contents
Table of Contents
7
CHAPTER 1 Using the Robot Safely
13
Safety Information
13
Essential Caution Items
14
Special Training for Industrial Robot Operation
20
Robot Safety Functions
21
Safety Measures for the System
22
Trial Operation
23
Work Within the Safeguard Enclosure
24
Automatic Operation
25
Adjustment and Inspection
25
Repair and Modification
25
Warranty
26
CE Marking
28
CHAPTER 2 Functions
29
Robot Manipulator
31
Robot Controller
35
CHAPTER 3 Installation
39
Robot Installation Conditions
39
Installation Environments
39
Installation Base
41
Installation
43
Unpacking
43
Checking the Product
44
Moving the Robot
45
Moving the R6YXCH250, R6YXCH350, R6YXCH400
45
Moving the R6YXC500, R6YXC600, R6YXC700, R6YXC800, R6YXC1000
46
Installing the Robot
49
Protective Bonding
50
Robot Cable Connection
52
User Wiring and User Tubing
54
Attaching the End Effector
58
R-Axis Tolerable Moment of Inertia and Acceleration Coefficient
58
Acceleration Coefficient Vs. Moment of Inertia (R6YXCH250)
60
Acceleration Coefficient Vs. Moment of Inertia (R6YXCH350)
61
Acceleration Coefficient Vs. Moment of Inertia (R6YXCH400)
62
Acceleration Coefficient Vs. Moment of Inertia (R6YXC500)
63
Acceleration Coefficient Vs. Moment of Inertia (R6YXC600)
66
Acceleration Coefficient Vs. Moment of Inertia (R6YXC700)
69
Acceleration Coefficient Vs. Moment of Inertia (R6YXC800)
74
Acceleration Coefficient Vs. Moment of Inertia (R6YXC1000)
79
Equation for Moment of Inertia Calculation
84
Example of Moment of Inertia Calculation
84
Attaching the End Effector
85
Gripping Force of End Effector
89
Limiting the Movement Range with X-Axis Mechanical Stoppers (Excluding R6YXCH250, R6YXCH350, R6YXCH400)
90
Working Envelope and Mechanical Stopper Positions for Maximum Working Envelope
93
CHAPTER 4 Adjustment
105
Overview
105
Safety Precautions
105
Adjusting the Origin
106
Absolute Reset Method
106
Machine Reference
106
Absolute Reset Procedures
106
Changing the Origin Position and Adjusting the Machine Reference
106
Sensor Method
106
Mark Method
106
Stroke End Method
107
Setting the Soft Limits
110
Setting the Standard Coordinates
112
Affixing Stickers for Origin Positions, Movement Directions and Axis Names
113
Removing the Robot Covers
115
Adjusting the Timing Belt Tension
119
Adjusting the Belt Tension R6YXCH250, R6YXCH350, R6YXCH400
120
Adjusting the Belt Tension (R6YXC500, R6YXC600)
122
Adjusting the Belt Tension (R6YXC700,R6YXC800,R6YXC1000)
124
CHAPTER 5 Periodic Inspecition
129
Overview
129
Precautions
130
Daily Inspection
131
Six-Month Inspection
133
Replacing the Harmonic Drive
136
Replacement Period
136
Basic Replacement Procedure for Harmonic Drive and Precautions
137
R6Yxch250, R6Yxch350, R6Yxch400
139
R6Yxc500, R6Yxc600
155
R6Yxc700, R6Yxc800, R6Yxc1000
170
Replacing the Bellows
187
CHAPTER 6 Specifications
193
Manipulator
193
Basic Specification
193
Robot Inner Wiring Diagram
196
Wiring Table
198
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