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NJ301-1 series
Omron NJ301-1 series Manuals
Manuals and User Guides for Omron NJ301-1 series. We have
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Omron NJ301-1 series manuals available for free PDF download: User Manual, Firmware Update Instruction, Instruction & Reference Manual
Omron NJ301-1 series User Manual (379 pages)
Machine Automation Controller NJ-series CPU Unit Hardware
Brand:
Omron
| Category:
Controller
| Size: 17.02 MB
Table of Contents
Introduction
3
Intended Audience
3
Applicable Products
3
Relevant Manuals
4
Manual Structure
5
Page Structure
5
Mounting Units
5
Connecting Controller Components
5
Special Information
6
Precaution on Terminology
6
Precautions for Safe Use
6
Precautions for Correct Use
6
Sections in this Manual
7
Table of Contents
9
Terms and Conditions Agreement
13
Performance Data
14
Safety Precautions
15
Definition of Precautionary Information
15
Symbols
16
Warnings
17
During Power Supply
17
Fail-Safe Measures
17
Voltage and Current Inputs
18
Downloading
18
Actual Operation
18
Cautions
19
Application
19
Wiring
19
Online Editing
19
Disassembly and Dropping
20
Mounting
20
Installation
20
Power Supply Design
20
Precautions for Safe Use
20
Turning on the Power Supply
21
Turning off the Power Supply
21
Operation
22
Battery Backup
22
Debugging
23
General Communications
23
Ethernet/Ip Communications
23
Ethercat Communications
23
Motion Control
24
Restoring Data
25
Battery Replacement
25
Unit Replacement
25
Disposal
25
Storage, Mounting, and Wiring
26
Precautions for Correct Use
26
Error Processing
27
Restoring and Automatically Transferring Data
27
Replacing Slaves and Units
27
Task Settings
27
SD Memory Cards
28
Regulations and Standards
29
Conformance to EC Directives
29
Concepts
29
Conformance to KC Standards
30
Conformance to Shipbuilding Standards
30
Unit Versions
31
Notation of Unit Versions on Products
31
Confirming Unit Versions with Sysmac Studio
31
CPU Unit and CJ-Series Units
31
Ethercat Slaves
32
Confirming Unit Versions with System-Defined Variable
33
Unit Versions and Sysmac Studio Versions
33
Unit Version Notation
33
Related Manuals
34
Terminology
36
Revision History
40
Introduction to NJ-Series Controllers
41
Section 1 Introduction to NJ-Series Controllers
42
The NJ-Series Controllers
42
Achieving a Safety Subsystem on Ethercat
42
Hardware Features
42
Standard-Feature Ethercat Control Network Support
42
Highly Reliable Hardware
43
Integrated Sequence Control and Motion Control
43
Multitasking
43
Software Features
43
A Wealth of Simulation Features
44
Basic System Configurations
44
Introduction to the System Configurations
44
Sysmac Studio Automation Software
44
Network Configurations
45
Other Support Software
46
Support Software
46
Sysmac Studio
46
Specifications
47
Overall Operating Procedure for the NJ-Series Controller
50
Overall Procedure
50
Software Design
50
Procedure Details
51
Software Setups and Programming
51
System Configuration
55
Section 2 System Configuration
56
Basic System Configuration
56
CJ-Series Unit Configuration
57
CPU Rack
58
Ethercat Network Configuration
58
CJ-Series Unit Configuration
59
NJ-Series CPU Units
60
NJ-Series Power Supply Units
60
Units
60
End Cover
61
I/O Control Unit
61
Recommended Communications Cables for Ethercat and Ethernet/Ip
62
Expansion Racks
63
I/O Interface Unit
64
Maximum Number of Expansion Racks
64
Units for CJ-Series Expansion Racks
64
Models of Configuration Units
66
CJ-Series Configuration Units
67
Input Units
67
Output Units
68
Mixed I/O Units
69
CJ-Series Special I/O Units
70
Connecting to the Sysmac Studio
72
Network Configuration
73
Configuration Units
75
Section 3 Configuration Units
76
CPU Units
76
Models and Specifications
76
Components and Functions
76
CPU Unit Operation Status Indicators
78
Built-In Ethernet/Ip Port (Port 1) Indicators
80
Built-In Ethercat Port (Port 2) Indicators
81
DIP Switch
81
Battery
82
ID Information Label
82
Purpose
83
Installing and Removing
83
Before Using an SD Memory Card
83
Models and Specifications
83
Installing the SD Memory Card
84
Removing the SD Memory Card
85
Power Supply Units
86
Models and Specifications
86
AC Input
88
DC Input
88
Lg
88
Gr
88
Components and Functions
88
Selecting a Power Supply Unit
89
RUN Output (NJ-PA3001/-PD3001)
89
Calculating Unit Current Consumption
89
Maximum Current and Power Supplied by Power Supply Units
89
Example Calculations
90
Additional Information
91
Rack Current Consumption and Width Display
91
Calculating Power Consumption
92
Total Power Consumption of the Controller (W_Gross)
92
Basic I/O Unit Power Consumption (W_IO_ONOFF)
92
Calculation Examples
93
CJ-Series Basic I/O Units
94
Basic Input Units
94
Basic Output Units
94
Models and Specifications
94
Basic Mixed I/O Units
95
Eight/Sixteen-Point Units (18-Pin Terminal Blocks)
95
Part Names and Functions
95
Quick-Response Inputs
97
B7A Interface Ports
98
Models
98
Overview
98
System Configuration
98
B7A Communications Specifications
99
Common Specifications
100
B7A Interface Port I/O Types
100
Indicators
101
Cj1W-B7A14
101
Parts and Names
101
Cj1W-B7A04
102
Cj1W-B7A22
102
Transmission Delay Switch
102
Transmission Error Processing
103
B7A Interface Input Ports
103
B7A Interface Output Ports
103
Transmission Error Input Status Processing
103
CJ-Series I/O Control Units and I/O Interface Units
104
Models and Specifications
104
Component and Functions
104
Model Numbers
105
Sysmac Studio
105
Connection
106
Connecting by USB
106
Connection with Ethernet/Ip
106
Direct Connection
106
Installation and Wiring
109
Processing at Power on and Power off
110
Power on Operation
110
Operation until Operation Ready Status
110
CPU Unit Startup Time at Power on
110
Power off Operation
111
Operating Mode at Startup
111
RUN Mode Set as Startup Mode
111
PROGRAM Mode Set as Startup Mode
111
Operation at Power off Operation
112
Power Interruption Detection Time
112
Power Interruption Detection Delay Time
112
Power off Detection Time
112
Momentary Power Interruption with Continued Operation
113
Processing after Power Interruption Is Confirmed
113
Resetting the Controller from the Sysmac Studio
113
Fail-Safe Circuits
114
Order of Powering up the Controller and Controlled System
115
Output Unit Failure
115
Power Supply Wiring and Emergency Stop Circuit
115
Electrical Diagram
115
Interlock Circuits
116
Installation in a Control Panel
117
Installation in Cabinets or Control Panels
117
Temperature Control
117
Mounting Units
117
Accessibility for Operation and Maintenance
118
Controller Orientation
118
Improving Noise Resistance
118
Mounting with the DIN Track Installed Vertically
119
Mounting with the DIN Track on the Bottom
119
Mounting with the DIN Track on the Top
119
Mounting with the Rack Upside down
119
Wiring Duct Example
120
Wiring Ducts
120
Routing Wiring Ducts
121
Connecting Controller Components
122
DIN Track Installation
124
Connecting CJ-Series Expansion Racks
127
CS/CJ-Series I/O Connecting Cables
127
Connecting the Easy-Lock Connector
128
Assembled Appearance and Dimensions
129
20-MM-Wide Units
130
CPU Unit
130
Dimensions
130
31-MM-Wide Units
131
Design Example for Width W
132
Installation Dimensions
132
Installation Height
133
AC Power Supply Units
134
NJ-PA3001 Power Supply Unit
134
Power Supply Wiring
134
AC Power Source
135
Isolation Transformer
135
Power Supply Capacity
135
RUN Output
135
Crimp Terminals
136
DC Power Supplies
136
NJ-PD3001 Power Supply Unit
136
DC Power Source
137
Grounding
138
I/O Unit Specifications
139
Precautions for Wiring I/O Units
139
Wiring CJ-Series Basic I/O Units with Terminal Blocks
139
Wiring the Built-In Ethercat Port
139
Wiring CJ-Series Basic I/O Units with Connectors
141
Applicable Cable-Side Connectors
142
Available Connectors
142
Connecting to a Connector-Terminal Block Conversion Unit
142
Using User-Made Cables with Connector
142
Applicable Units
143
CJ-Series 32- and 64-Point Basic I/O Units with MIL Connectors
143
Wire Size
143
Wiring Procedure
143
Assemble the Connector
145
Insert the Wired Connector
145
Connecting to Connector-Terminal Block Conversion Units or I/O Relay Terminals
146
Connecting I/O Devices
147
DC Input Units
147
Input Devices
147
AC Input Units
148
Precautions When Connecting a Two-Wire DC Sensor
148
Precautions on Sensor Surge Current
149
Programming Example
149
Output Short-Circuit Protection
150
Output Surge Current
150
Output Wiring Precautions
150
Transistor Output Residual Voltage
150
Wiring the Built-In Ethercat Port
150
Terminal Arrangement
151
Wiring B7A Interface Units
151
Preparing and Connecting Cables
152
Preparing Cable Signal Lines
152
Preparing the Covering
152
Recommended Crimp Terminals for Cables
152
Connecting Cables
153
Power Supply on both Sides
153
Power Supply on One Side
153
Connection Diagrams
155
Standard Mode
155
High-Speed Mode
156
Control Panel Installation
157
Temperature
157
High Temperatures
157
Natural Cooling
157
Forced Air Circulation (by Fan in Closed Panel)
158
Room Cooling
158
Low Temperatures
158
Humidity
159
Vibration and Shock
159
Atmosphere
159
Electrical Environment
160
Arrangement of Controller and Units
160
Controller Installation Location
160
Examples of Equipment Arrangement in Panel with High-Voltage Devices
160
Input Signal Noise Countermeasures
161
Power Supply System Diagram
161
Wire Layout for the Power Supply System
161
Wiring External I/O Signal Lines
161
External Wiring
162
Partitioning Methods for Signal and Power Supply Cables
162
Wiring Methods
162
Wiring Routes
162
Example: Separating Controller from Power Lines
163
Other Precautions
163
Parallel Wiring (Single Phase)
163
Grounding Methods and Precautions
164
Principles of One-Point Grounding
164
Controller Ground Terminals
165
Example: Insulating and Grounding an Enclosure
165
Grounding for AC Power Supply Units
165
Precautions When Grounding
165
Troubleshooting
167
Operation after an Error
168
Overview of NJ-Series Status
168
Fatal Errors in the CPU Unit
169
Types of Fatal Errors
169
Checking for Fatal Errors
169
Non-Fatal Error in CPU Unit
170
Event Levels
170
Major Fault Level
170
Partial Fault Level
170
Operation in the Function Module Where an Error Event Occurred
172
I/O Operation for Major Fault Level Controller Errors
172
Checking for Non-Fatal Errors
174
Checking the Indicators
174
Checking the Level of a Controller Error
174
Checking Errors in the Ethercat Master Function Module
175
Checking with the Troubleshooting Function of Sysmac Studio
175
Current Errors
175
Log of Past Errors
175
Checking with the Troubleshooter of an NS-Series PT
176
Checking with Instructions that Read Function Module Error Status
176
Checking with System-Defined Variables
176
Checking to See if the CPU Unit Is Operating
177
Troubleshooting
177
Troubleshooting Flowchart for Non-Fatal Errors
178
Error Table
179
Errors for Self Diagnosis
179
Errors Related to Unit Configuration
181
Errors Related to Controller Operation
184
Error Descriptions
189
Controller Error Descriptions
189
Restore Operation Failed
222
Safe Mode
223
NX Message Communications Error
223
Clock Changed
224
Time Zone Changed
224
Variable Changed to TRUE with Forced Refreshing
224
Variable Changed to FALSE with Forced Refreshing
225
All Forced Refreshing Cleared
225
Memory All Cleared
225
Event Log Cleared
226
Automatic Transfer Completed
226
Power Turned on
226
Power Interrupted
227
Operation Started
227
Operation Stopped
227
Reset Executed
228
User Program Execution ID Write
228
All Controller Errors Cleared
228
Forced Refreshing Cleared
229
Backup Started
229
Backup Completed
230
Restore Operation Started
230
Restore Operation Completed
231
Troubleshooting Errors that Are Not in the CPU Unit
232
Inspection and Maintenance
235
Advertisement
Omron NJ301-1 series User Manual (448 pages)
Machine Automation Controller NJ/NX-series CPU Unit
Brand:
Omron
| Category:
Controller
| Size: 13.06 MB
Table of Contents
Nx701
2
Introduction
3
Nx102
3
Relevant Manuals
4
Nx102
4
Nx1P2
5
Manual Structure
6
Sections in this Manual
9
Table of Contents
10
Terms and Conditions Agreement
16
Safety Precautions
18
Precautions for Safe Use
19
Precautions for Correct Use
20
Regulations and Standards
21
Versions
23
Related Manuals
27
Nj101
27
Revision History
30
W507-E1
30
Introduction to the Motion Control Function Module
31
Section 1 Introduction to the Motion Control Function Module
32
Features
32
System Configuration
33
Basic Flow of Operation
35
Specifications
37
General Specifications
37
Performance Specifications
37
Function Specifications
41
Motion Control Configuration and Principles
47
Internal Configuration of the CPU Unit
48
Motion Control Configuration
49
Motion Control Principles
51
CPU Unit Tasks
51
Example of Task Operations for Motion Control
59
Ethercat Communications and Motion Control
66
CAN Application Protocol over Ethercat (Coe)
66
Relationship between Ethercat Master Function Module and MC Function Module
67
Relationship between Process Data Communications Cycle and Motion Control Period
70
Configuring Axes and Axes Groups
73
Section 3 Configuring Axes and Axes Groups
74
Axes
74
Introduction to Axes
74
Introduction to Axis Parameters
75
Introduction to Axis Variables
79
Synchronizing Axis Variables
81
Specifying an Axis in the User Program
81
Axis Setting Procedure
82
Axis Configuration Procedure
82
Setting Procedure
82
Axes Groups
92
Introduction to Axes Groups
92
Introduction to Axes Group Parameters
93
Introduction to Axes Group Variables
94
Specifying an Axes Group in the User Program
96
Setting Procedures for Axes Groups
97
Setting Procedure for an Axes Group
97
Setting Procedure
97
Functions of the Sysmac Studio
104
MC Test Run Function
104
Application Procedure
106
Axis Parameter Setting Example
107
Starting the MC Test Run Function
108
Monitoring Sensor Signals
109
Checking Motor Operation
110
Turning on the Servo
110
Jogging
110
Homing
111
Absolute Positioning
112
Relative Positioning
113
Motion Control Parameters
115
Introduction
116
Axis Parameters
119
Axis Basic Settings
121
Unit Conversion Settings
127
Operation Settings
134
Other Operation Settings
138
Limit Settings
139
Position Count Settings
139
Servo Drive Settings
141
Homing Settings
142
5-2-10 Axis Parameter Setting Example
143
Axes Group Parameters
146
Axes Group Basic Settings
147
Axes Group Operation Settings
149
Enabling an Axes Group
151
Motion Control Programming
153
Introduction
154
Motion Control Instructions
155
Motion Control Instructions
157
Function Blocks for Plcopen® Motion Control
157
Motion Control Instructions of the MC Function Module
157
State Transitions
158
Status of the Motion Control Function Module
158
Axis States
159
Axes Group States
161
Execution and Status of Motion Control Instructions
163
Basic Rules for Execution of Instructions
163
Execution Timing Charts
165
Timing Chart for Re-Execution of Motion Control Instructions
168
Timing Chart for Multi-Execution of Motion Control Instructions
169
Positions
170
Types of Positions
170
Valid Positions for each Axis Type
171
Types of Positions
171
System-Defined Variables for Motion Control
172
Overview of System-Defined Variables for Motion Control
172
System for System-Defined Variables for Motion Control
175
Tables of System-Defined Variables for Motion Control
177
Cam Tables and Cam Data Variables
188
Programming Motion Controls
192
Creating Cam Tables
194
Manual Operation
197
Section 7 Manual Operation
198
Outline
198
Turning on the Servo
199
Setting Axis Parameters
200
Programming Example
200
Jogging
201
Jogging Procedure
201
Setting Axis Parameters
201
Setting Axis Parameters
202
Setting Example for Input Variables
202
Programming Example
203
Homing
205
Section 8 Homing
206
Outline
206
Homing Procedure
209
Setting Homing Parameters
209
Monitoring the Homing Operation
216
Homing Operation
217
Homing with an Absolute Encoder
218
Outline of Function
219
Setting Procedure
220
High-Speed Homing
222
Motion Control Functions
223
Section 9 Motion Control Functions
225
Single-Axis Position Control
225
Outline of Operation
225
Absolute Positioning
226
Relative Positioning
226
Interrupt Feeding
227
Absolute Positioning
227
Relative Positioning
227
Cyclic Synchronous Positioning
228
Stopping
229
Override Factors
234
Single-Axis Synchronized Control
235
Overview of Synchronized Control
235
Gear Operation
235
Positioning Gear Operation
236
Cam Operation
237
Positions
237
Cam Tables
238
Synchronous Positioning
246
Combining Axes
247
Master Axis Phase Shift
248
Slave Axis Position Compensation
248
9-2-10 Achieving Synchronized Control in Multi-Motion
249
Single-Axis Velocity Control
251
Velocity Control
251
Cyclic Synchronous Velocity Control
252
Single-Axis Torque Control
253
Common Functions for Single-Axis Control
254
Positions
254
Velocity
256
Acceleration and Deceleration
257
Jerk
259
Specifying the Operation Direction
260
Re-Executing Motion Control Instructions
264
Multi-Execution of Motion Control Instructions (Buffer Mode)
269
Multi-Axes Coordinated Control
275
Outline of Operation
275
Linear Interpolation
278
Circular Interpolation
279
Axes Group Cyclic Synchronous Positioning
279
Stopping under Multi-Axes Coordinated Control
280
Overrides for Multi-Axes Coordinated Control
281
Omron NJ301-1 series User Manual (280 pages)
Machine Automation Controller, CPU Unit Built-in EtherCAT Port
Brand:
Omron
| Category:
Controller
| Size: 18.42 MB
Table of Contents
Intended Audience
3
Applicable Products
3
Relevant Manuals
5
Manual Structure
8
Page Structure
8
Special Information
9
Precaution on Terminology
9
Sections in this Manual
11
Table of Contents
12
Terms and Conditions Agreement
16
Warranty, Limitations of Liability
16
Application Considerations
17
Disclaimers
17
Safety Precautions
19
Precautions for Safe Use
20
Precautions for Correct Use
21
Regulations and Standards
22
Versions
23
Checking Versions
23
Unit Versions of CPU Units and Sysmac Studio Versions
27
Related Manuals
28
Revision History
31
Introduction
33
Introduction to Ethercat
34
Ethercat Features
34
Ethercat Communications
34
Ethercat Features for NJ/NX-Series CPU Units
35
System Configuration and Configuration Devices
36
System Configuration
36
Determining the Network Configuration
40
Specifications of Built-In Ethercat Port
42
Overview of Communications
44
Process Data Communications and SDO Communications
44
Other Functions
44
Ethercat Communications Procedure
47
Overview
47
Details
47
Section 2 Part Names and Slave Settings
52
Part Names and Functions
52
Built-In Ethercat Port Indicators
52
Windows Used in Sysmac Studio
54
Connecting the Sysmac Studio
57
Setting the Node Addresses of the Ethercat Slaves
59
Setting Node Address Using Hardware Switches
59
Setting the Node Address from the Sysmac Studio
60
Features of Sysmac Devices
62
Sysmac Devices
62
Sysmac Device Features
62
List of Sysmac Devices
64
Sysmac Device Features and Ethercat Masters
65
Section 3 Ethercat Communications
70
Ethercat Communications
70
Ethercat Communications Types and Settings
70
Coe (CAN Application Protocol over Ethercat)
70
Types of Communications
72
Types of Ethercat Variables
74
Settings Required for Ethercat Communications
75
Programming Ethercat Communications
76
State Transitions for Ethercat Communications
77
Self Diagnosis at Startup
77
Control States for Ethercat Communications
77
Ethercat Status in Relation to CPU Unit Status
79
Ethercat Network Wiring
81
Section 4 Ethercat Network Wiring
82
Supported Network Topologies
82
Line/Daisy Chain Topology
82
Branching Topology
82
Ring Topology
84
Precautions for Using Junction Slaves
90
Laying the Ethercat Network
92
Installation Precautions
92
Installing Ethercat Communications Cables
93
Connecting Communications Cables
96
Cable Connection Procedure
98
Setting up Ethercat Communications with the Sysmac Studio
99
Section 5 Setting up Ethercat Communications with the Sysmac
100
Overview of Network Configuration Information
100
Creating the Ethercat Network Configuration
101
Procedure to Create the Ethercat Network Configuration
101
Cable Redundancy Setting
103
Setting Ethercat Slave Variables and Axes
107
Registering Device Variables for All Ethercat Slaves
107
Axis Settings for Servo Drives and Encoder Input Slaves
111
Ethercat Master Parameter Settings
112
Ethercat Slave Parameter Settings
118
Changing the PDO Map Settings
121
Ethercat Slave Enable/Disable Settings
123
Comparing and Merging Ethercat Network Configurations
126
Introduction for Comparing and Merging Ethercat Network Configurations
126
Introduction for Comparing and Merging Ethercat Network Configu- Rations
126
Operation Procedure for Comparing and Merging Ethercat Network Configurations
126
When Compare and Merge with Actual Network Configuration Dialog Box Is Not Displayed
130
When Slaves on Actual Network Configuration Are Not Displayed
137
Automatically Creating the Network Configuration
138
Using the Sysmac Studio to Obtain Serial Numbers from the Actual Network Configuration
141
Using the Sysmac Studio to Obtain Serial Numbers from the Ac- Tual Network Configuration
141
Downloading the Network Configuration Information from the Sysmac Studio
143
Confirming Communications after Completing Ethercat Configuration and Settings5-47
145
Confirming Communications after Completing Ethercat Configuration and Settings
145
Process Data Communications (PDO Communications)
148
Allocated Variables for Process Data Communications
148
Process Data Communications Refresh Timing
149
Checking Validity of Process Data
152
System Response Time in Process Data Communications
157
I/O Operations for Major Fault Level Controller Errors and I/O Refreshing with Specified Values
161
SDO Communications
165
Ethercat Communications Instructions
165
Sample Programming
165
Execution Timing of SDO Communications
167
Minimum Message Response Time for SDO Communications
167
Instructions Used in Ethercat Communications
171
Ethercat Communications Instructions
171
System-Defined Variables that Are Related to the Built-In Ethercat Port
174
What Are System-Defined Variables
174
System-Defined Variables
174
Ethercat Master Function Module, Category Name
181
Example of Operations for Ethercat Communications
193
8-1 Example of Operations for Ethercat Communications
194
System Configuration Example
194
Wiring and Settings
194
Setting the Ethercat Network Configuration
194
Programming
196
Offline Debugging
197
Turning the Power on
197
Online Debugging
197
Downloading the Network Configuration Information and the User Program
197
Confirming the Start of Communications
197
Troubleshooting
199
Advertisement
Omron NJ301-1 series User Manual (306 pages)
Machine Automation Controller
Brand:
Omron
| Category:
Controller
| Size: 7.29 MB
Table of Contents
Introduction
3
Relevant Manuals
4
Manual Structure
6
Sections in this Manual
9
Table of Contents
10
Terms and Conditions Agreement
14
Safety Precautions
16
Precautions for Safe Use
22
Precautions for Correct Use
32
Regulations and Standards
36
Versions
38
Related Manuals
41
Terminology
43
Revision History
48
Introduction to NJ-Series Controllers
51
The NJ-Series Controllers
52
Features
52
Introduction to the System Configurations
54
Specifications
57
Overall Operating Procedure for the NJ-Series Controller
62
Overall Procedure
62
Procedure Details
63
System Configuration
67
Basic System Configuration
68
Ethercat Network Configuration
70
CJ-Series Unit Configuration
71
Connecting to the Sysmac Studio
85
Network Configuration
86
Configuration Units
89
CPU Units
90
Models and Specifications
90
Components and Functions
91
SD Memory Cards
98
Models and Specifications
98
Purpose
98
Installing and Removing
99
Power Supply Units
102
Models and Specifications
102
Components and Functions
104
Selecting a Power Supply Unit
105
CJ-Series Basic I/O Units
110
Models and Specifications
110
Part Names and Functions
111
B7A Interface Ports
114
Overview
114
System Configuration
114
Models
114
B7A Communications Specifications
115
Common Specifications
116
B7A Interface Port I/O Types
116
Parts and Names
117
Transmission Error Processing
119
CJ-Series I/O Control Units and I/O Interface Units
120
Models and Specifications
120
Component and Functions
120
Sysmac Studio
121
Model Numbers
121
Connection
122
Installation and Wiring
125
Processing at Power on and Power off
126
Power on Operation
126
Power off Operation
128
Resetting the Controller from the Sysmac Studio
130
Fail-Safe Circuits
131
Order of Powering up the Controller and Controlled System
132
Mounting Units
134
Installation in a Control Panel
134
Connecting Controller Components
139
DIN Track Installation
141
Connecting CJ-Series Expansion Racks
144
Assembled Appearance and Dimensions
146
Wiring
151
Power Supply Wiring
151
Wiring the Built-In Ethercat Port
156
Wiring CJ-Series Basic I/O Units with Terminal Blocks
157
Wiring CJ-Series Basic I/O Units with Connectors
158
Connecting to Connector-Terminal Block Conversion Units or I/O Relay Terminals
163
Connecting I/O Devices
164
Wiring the Built-In Ethercat Port
167
Wiring B7A Interface Units
168
Control Panel Installation
174
Temperature
174
Humidity
176
Vibration and Shock
176
Omron NJ301-1 series User Manual (256 pages)
NX-series; NJ-series Machine Automation Controller CPU Unit Built-in EtherCAT Port
Brand:
Omron
| Category:
Controller
| Size: 13.96 MB
Table of Contents
Introduction
3
Intended Audience
3
Applicable Products
3
Relevant Manuals
4
Nx701
4
Nx1P2
5
Manual Structure
6
Page Structure
6
Special Information
6
Precaution on Terminology
7
Sections in this Manual
9
Table of Contents
10
Terms and Conditions Agreement
14
Warranty, Limitations of Liability
14
Application Considerations
15
Disclaimers
15
Safety Precautions
16
Precautions for Safe Use
17
Precautions for Correct Use
18
Regulations and Standards
19
Conformance to EU Directives
19
Conformance to Shipbuilding Standards
20
Software Licenses and Copyrights
20
Versions
21
Checking Versions
21
Unit Versions of CPU Units and Sysmac Studio Versions
24
Related Manuals
25
Nj101
25
Nj101
26
Revision History
28
W505-E1
28
Nx102
29
Introduction
31
Introduction to Ethercat
32
Ethercat Features
32
Ethercat Communications
32
Ethercat Features for NJ/NX-Series CPU Units
33
System Configuration and Configuration Devices
34
System Configuration
34
Determining the Network Configuration
38
Specifications of Built-In Ethercat Port
39
1-3-1 Performance Specifications
39
Nx1P2
39
Nj101
40
Introduction of Communications
42
Process Data Communications and SDO Communications
42
Other Functions
42
Ethercat Communications Procedure
44
Overview
44
Details
45
Part Names and Slave Settings
49
Section 2 Part Names and Slave Settings
50
Part Names and Functions
50
Built-In Ethercat Port Indicators
50
Windows Used in Sysmac Studio
52
Connecting the Sysmac Studio
55
Setting the Node Addresses of the Ethercat Slaves
57
Features of Sysmac Devices
60
Sysmac Devices
60
Sysmac Device Features
60
List of Sysmac Devices
63
Sysmac Device Features and Ethercat Masters
64
Section 3 Ethercat Communications
68
Ethercat Communications
68
Ethercat Communications Types and Settings
68
Coe (CAN Application Protocol over Ethercat)
68
Types of Communications
71
Types of Ethercat Variables
72
Settings Required for Ethercat Communications
73
Programming Ethercat Communications
74
State Transitions for Ethercat Communications
75
Self Diagnosis at Startup
75
Control States for Ethercat Communications
75
CPU Unit Status in Relation to Ethercat
77
Ethercat Network Wiring
79
Section 4 Ethercat Network Wiring
80
Laying the Ethercat Network
80
Supported Network Topologies
80
Installation Precautions
82
Installing Ethercat Communications Cables
82
Connecting Communications Cables
86
Cable Connection Procedure
87
Setting up Ethercat Communications with the Sysmac Studio
89
Section 5 Setting up Ethercat Communications with
90
Overview of Network Configuration Information
90
Creating the Ethercat Network Configuration
91
Setting Ethercat Slave Variables and Axes
94
Registering Device Variables for All Ethercat Slaves
94
Axis Settings for Servo Drives and Encoder Input Slaves
98
Ethercat Master and Slave Parameter Settings
99
Setting Ethercat Master
99
Setting Ethercat Slaves
104
Comparing and Merging Ethercat Network Configurations
112
Comparing and Merging with the Actual Network Configuration from the Sysmac Studio
112
Automatically Creating the Network Configuration
117
Using the Sysmac Studio to Obtain Serial Numbers from the Actual Network Configuration
120
Downloading the Network Configuration Information
122
Downloading the Network Configuration Information from the Sysmac Studio
122
Confirming Communications after Completing Ethercat Configuration and Settings
124
Process Data Communications (PDO Communications)
128
Allocated Variables for Process Data Communications
128
Process Data Communications Refresh Timing
130
Checking the Validity of the Process Data
133
System Response Time in Process Data Communications
138
I/O Operations for Major Fault Level Controller Errors and I/O Refreshing with Specified Values
142
SDO Communications
146
Ethercat Instructions
146
Sample Programming
147
Execution Timing of SDO Communications
148
Minimum Message Response Time for SDO Communications
149
Instructions Used in Ethercat Communications
153
Ethercat Instructions
153
7-1 System-Defined Variables that Are Related to the Built-In Ethercat Port
156
What Are System-Defined Variables
156
System-Defined Variables that Are Related to the Built-In Ethercat Port
156
System-Defined Variables
157
Ethercat Master Function Module, Category Name: _EC
163
Example of Operations for Ethercat Communications
173
Omron NJ301-1 series Firmware Update Instruction (44 pages)
Machine Automation Controller
Brand:
Omron
| Category:
Controller
| Size: 0.43 MB
Table of Contents
Introduction
3
Intended Audience
3
Applicable Products
3
Manual Structure
4
Page Structure
4
Special Information
5
Sections in this Manual
7
Table of Contents
8
Terms and Conditions Agreement
10
Warranty, Limitations of Liability
10
Application Considerations
11
Disclaimers
11
Statement of Security Responsibilities for Assumed Use Cases and against Threats
12
Safety Precautions
13
Precautions for Safe Use
14
Precautions for Correct Use
16
Regulations and Standards
18
Versions
19
Related Manuals
20
Terminology
22
Revision History
23
Restrictions on Firmware Update
25
Restrictions
26
Performing Firmware Update
29
Procedures to Perform Firmware Update
30
Operation Status Indicators
34
Troubleshooting
37
Troubleshooting During Firmware Update
38
Appendices
39
A-1 Formatting SD Memory Cards
40
Omron NJ301-1 series Instruction & Reference Manual (20 pages)
Machine Automation Controller
Brand:
Omron
| Category:
Controller
| Size: 0.26 MB
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