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Manuals and User Guides for Mitsubishi FX2N series. We have 3 Mitsubishi FX2N series manuals available for free PDF download: User Manual, Programming Manual, Hardware Manual
Mitsubishi FX2N series User Manual (520 pages)
FX3U series programmable controllers
Brand: Mitsubishi
|
Category: Controller
|
Size: 14.44 MB
Table of Contents
-
Safety Precautions
9
-
Table of Contents
11
-
Standards
23
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Certification of UL, Cul Standards
23
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Compliance with EC Directive (CE Marking)
24
-
Requirement for Compliance with EMC Directive
24
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Requirement for Compliance with LVD Directive
27
-
Caution for Compliance with EC Directive
28
-
-
-
-
1 Introduction
29
-
Introduction of Manuals
29
-
Classification of Major Components in this Manual
29
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Manual Organization and Position of this Manual
31
-
List of Manuals
32
-
-
Generic Names and Abbreviations Used in Manuals
39
-
-
2 Features and Part Names
42
-
Major Features
42
-
Names and Functions of Parts
44
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Front Panel
44
-
Sides
46
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-
-
3 Introduction of Products (Compliant with Overseas Standards)
47
-
List of Products (to be Connected) and Interpretation of Model Names
47
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A] Main Units
48
-
B] Input/Output Powered Extension Units
49
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C] Input/Output Extension Blocks
50
-
D] [E] Special Function Units/Blocks
51
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F] Display Modules and Holder
53
-
G] Expansion Boards
53
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H] Special Adapters
54
-
I] Extension Power Supply Unit
55
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J] Extension Cables and Connector Conversion Adapter [K] Battery [L] Memory Cassettes
55
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M] FX Series Terminal Blocks (Cables and Connectors)
56
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N] Remote I/O
56
-
O] Power Supply Unit
56
-
-
Connector Types and Cables for Program Communication
57
-
Programming Tool
58
-
Communication Cables
58
-
Converters and Interface
59
-
-
-
4 Specifications, External Dimensions and Terminal Layout (Main Units)
60
-
Generic Specifications
60
-
Dielectric Withstand Voltage Test and Insulation Resistance Test
61
-
-
Power Supply Specifications
62
-
AC Power Supply/DC Input Type
62
-
DC Power Supply/DC Input Type
63
-
AC Power Supply/Ac Input Type
63
-
-
Input Specifications
64
-
DC Input (Sink/Source) Type
64
-
AC Input Type
65
-
-
Output Specifications
66
-
Relay Output Type
66
-
Product Life of Relay Contacts
67
-
Transistor Output (Sink) Type
68
-
Transistor Output (Source) Type
69
-
Triac Output Type
70
-
-
Performance Specifications
71
-
External Dimensions (Weight and Installation)
74
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Fx -16M , Fx
74
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Fx 3U -48M , Fx 3U -64M , Fx 3U -80M , Fx 3U -128M
75
-
-
Terminal Layout
76
-
Interpretation
76
-
Fx 3U -16M
77
-
Fx 3U -32M
78
-
Fx 3U -48M
79
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Fx 3U -64M
80
-
Fx 3U -80M
81
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Fx 3U -128M
82
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-
-
5 Version Information and Peripheral Equipment Connectability
83
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Version Upgrade History
83
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How to Look at Manufacturer’s Serial Number
83
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Version Check Method
84
-
Version Upgrade History
84
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-
Programming Tool Applicability
85
-
Applicable Versions of Programming Tool
85
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In Case of Programming Tool (Version) Not Applicable
86
-
Program Transfer Speed and Programming Tools
86
-
Cautions on Connecting Peripheral Equipment by Way of Expansion Board or Special Adapter
87
-
Cautions on Write During RUN
88
-
-
Cautions on Using Transparent Function by Way of USB in GOT1000 Series
92
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Cautions on Using Transparent Port (2-Port) Function of GOT-F900 Series
93
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Other Peripheral Equipment Applicability
94
-
-
6 Examination of System Configuration
95
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Configuration of a Whole System
95
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List of System Components
96
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System Configuration with Special Adapters
98
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-
Rules of System Configuration
99
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Number of Input/Output Points and Maximum Number of Input/Output Points
101
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Calculation of Number of Input/Output Points
101
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Maximum Number of Input/Output Points When CC-Link Master Is Used
103
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Maximum Number of Input/Output Points When AS-I Master Is Used
104
-
-
Number of Connected Special Extension Devices (Including Extension Cable)
105
-
Expansion Board and Special Adapter
105
-
Special Function Units/Blocks, High-Speed Input/Output Special Adapter
105
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Extension Cable
105
-
-
Expansion of Main Unit (Calculation of Current Consumption)
106
-
Quick Reference Matrix — When Only Input/Output Devices Are Added (AC Power Supply/DC Input Type)
106
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When Special Extension Devices Are also Added [Calculation of Current Consumption] (AC Power Supply/DC Input Type)
108
-
Quick Reference Matrix [When Only Input/Output Devices Are Added] (DC Power Type)
111
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When Special Extension Devices Are also Added [Calculation of Current Consumption] (DC Power Type)
112
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Quick Reference Matrix [When Only Input/Output Devices Are Added] (AC Power Supply/Ac Input Type)
115
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(AC Power Supply/Ac Input Type)
116
-
-
-
Expansion of FX 2N Series I/O Powered Extension Unit (Calculation of Current Consumption)
119
-
Quick Reference Matrix (When Only Input/Output Devices Are Added)
119
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When Special Extension Devices Are also Added (Calculation of Current Consumption)
122
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-
Expansion of Extension Power Supply Unit (FX 3U -1PSU-5V)
124
-
Number of Input/Output (Occupied) Points and Current Consumption
127
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A] Main Units
128
-
B] Expansion Boards
130
-
C] Special Adapters
130
-
D] Input/Output Powered Extension Units/Blocks
131
-
E] Special Extension Devices
132
-
G] Display Module
133
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H] Extension Power Supply Unit
133
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-
Example of System Configuration and System Modification
134
-
Example System Configuration
134
-
Expansion of Main Unit
135
-
Re-Examination of Suitability for Configuration
138
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-
-
7 Assignment of Input/Output Numbers (X/Y) and Unit Numbers
143
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Assignment of Input/Output Numbers (X/Y)
143
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Concept of Assigning
143
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Example of Assigning
144
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Application of I/O Number Label
145
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-
Unit Numbers of Special Function Units/Blocks
146
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Concept of Assigning
146
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Example of Assigning
147
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Application of Unit Number Labels
148
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-
Application of the Trimmer Layout Label
148
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-
8 Installation in Enclosure
149
-
Generic Specifications
152
-
Installation Location
153
-
Installation Location in Enclosure
153
-
Spaces in Enclosure
154
-
-
Layout in Enclosure
155
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1-Stage Layout
155
-
-
Examination for Installing Method in Enclosure
157
-
Installing Methods
157
-
Cautions on Examining Installing Method
157
-
Examples of Installation
157
-
-
Procedures for Installing on and Detaching from DIN Rail
159
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Preparation for Installation
159
-
Installation of Main Unit
160
-
Installation of Input/Output Powered Extension Unit/Block and Special Function Unit/Block
161
-
Removal of Main Unit
161
-
-
Procedures for Installing Directly (with M4 Screws)
163
-
Hole Pitches for Direct Mounting
163
-
Example of Mounting Hole Pitches
166
-
Installation of Main Unit
167
-
Installation of Input/Output Powered Extension Unit/Block and Special Function Unit/Block
167
-
-
Connecting Methods for Main Unit and Extension Devices
168
-
Connection of Extension Devices
168
-
Connecting Method a — Connection of Expansion Board
169
-
Connecting Method B — Connection of Special Adapter
170
-
Connecting Method C — Connection of Powered Extension Unit/Block to Main Unit
170
-
Connecting Method D — Connection of Powered Extension Units/Blocks
171
-
Connecting Method E — Connection of Extension Cable and FX 2N -CNV-BC
172
-
Connecting Method F — Connection of Input/Output Powered Extension Unit
172
-
Connecting Method G — Connection of Extension Block to Input/Output Powered Extension Unit
173
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-
-
9 Preparation for Wiring and Power Supply Wiring Procedures
174
-
Preparation for Wiring
176
-
Wiring Procedures
176
-
Removal and Installation of Quick-Release Terminal Block (Except for the FX 3U -16M )
176
-
-
Cable Connecting Procedures
177
-
Input/Output Terminal Block (Power Supply and Input/Output Wiring)
177
-
Input/Output Connectors
180
-
Terminal Block (for Europe) [Expansion Board and Special Adapters]
181
-
-
Power Supply Specifications
183
-
AC Power Supply Type
183
-
DC Power Supply Type
184
-
-
Grounding
185
-
Examples of External Wiring [AC Power Supply/DC Input Type]
186
-
Example of Input/Output Wiring with 24V DC Service Power Supply
186
-
Example of Sink Input [-Common] Wiring
187
-
Example of Source Input [+Common] Wiring
188
-
An External Wiring Example for the Extension Power Supply Unit (Sink Input [-Common])
189
-
An External Wiring Example for the Extension Power Supply Unit (Source Input [+Common])
190
-
-
Examples of External Wiring [DC Power Supply/DC Input Type]
191
-
Example of Sink Input [-Common] Wiring
191
-
Example of Source Input [+Common] Wiring
192
-
-
Examples of External Wiring [AC Power Supply/Ac Input Type]
193
-
Example of AC Input Wiring
193
-
-
-
10 Input Wiring Procedures (Input Interruption and Pulse Catch)
194
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Before Starting Input Wiring
196
-
Sink and Source Input (24V DC Input Type)
196
-
-
DC Input Type (Common to Sink/Source Input)
197
-
Input Specifications (Main Unit)
197
-
Handling of 24V DC Input
198
-
Instructions for Connecting Input Devices
199
-
Examples of External Wiring (Sink Input) [AC Power Supply Type]
201
-
Example of External Wiring (Source Input) [AC Power Supply Type]
203
-
Examples of External Wiring (Sink Input) [DC Power Supply Type]
204
-
Example of External Wiring (Source Input) [DC Power Supply Type]
206
-
-
AC Input Type
207
-
Input Specifications (Main Unit)
207
-
Handling of 100V AC Input
208
-
Example of External Wiring
209
-
Input Interruption
210
-
-
To I50 ) — with Delay Function
210
-
Allocation of Pointers to Input Numbers (Input Signal ON/OFF Duration)
210
-
Input Interruption Delay Function
210
-
Cautions for Input Interruption
210
-
Examples of External Wiring
211
-
-
Pulse Catch (M8170 to M8177)
212
-
Allocation of Special Memories to Input Numbers (on Duration of Input Signals)
212
-
Cautions for Pulse Catch
212
-
Examples of External Wiring
213
-
-
-
11 Use of High-Speed Counters (C235 to C255)
214
-
Outline
214
-
Input Specifications
215
-
High-Speed Input Special Adapter (FX 3U -4HSX-ADP)
215
-
Cautions on Connecting Mating Device
215
-
-
Types of Counting and Operations
216
-
Classification According to Counting Method
216
-
Types and Input Signal Forms
216
-
High-Speed Counter Device Notations
216
-
-
List of Device Numbers and Functions
217
-
Allocation of Device Numbers to Input Numbers
219
-
Allocation Table
219
-
Inhibition of Redundant Use of Input Numbers
220
-
-
Handling of High-Speed Counters
221
-
1-Phase 1-Count Input
221
-
1-Phase 2-Count Input
222
-
2-Phase 2-Count Input
223
-
-
Timing of Updating of Current Value and Comparison of Current Value
224
-
Timing of Updating of Current Value
224
-
Comparison of Current Value
224
-
-
Conditions for Hardware Counter to be Handled as Software Counter
225
-
Conditions under Which Counters Are Handled as Software Counters
225
-
Method of Confirming Operation Status of Counters
225
-
-
Calculation of Response Frequency and Overall Frequency
226
-
Response Frequencies of Hardware Counters
226
-
Response Frequencies and Overall Frequency of Software Counters
226
-
-
Examples of External Wiring (Rotary Encoder)
229
-
1-Phase 1-Input [C235 to C245]
229
-
2-Phase 2-Input [C251 to C255]
230
-
Cautions for the Other Side Device
231
-
-
Related Devices and Function Switching Procedures
232
-
Related Devices
232
-
Function Switching] Switching of Logic of External Reset Input Signal
234
-
Function Switching] Switching of Allocation and Functions of Input Terminals
234
-
Function Switching] Procedures for Using 2-Phase 2-Count Input Counters C251 to C255 in 4 Edge Count Mode
235
-
-
Cautions on Use
236
-
-
12 Output Wiring Procedures
237
-
Sink and Source Output (Transistor)
239
-
External Wiring for Relay Output
240
-
Output Specifications (Main Unit) Relay Output
240
-
Product Life of Relay Contacts
241
-
Handling of Relay Output
241
-
External Wiring Precautions
242
-
Example of External Wiring
243
-
-
External Wiring of Transistor Output (Sink/Source) Type
244
-
Output Specifications (Main Unit) Transistor Output (Sink) Type
245
-
Output Specifications (Main Unit) Transistor Output (Source) Type
246
-
Handling of Transistor Output
247
-
External Wiring Precautions
249
-
Example of External Wiring
251
-
-
External Wiring for Triac (SSR) Output Type
253
-
Output Specification (Main Unit) Triac Output Type
253
-
Handling of Triac Output
254
-
External Wiring Precautions
255
-
Example of External Wiring
256
-
-
-
13 Examples of Wiring for Various Uses
257
-
Notes about Examples of Wiring
258
-
Digital Switch [DSW Instruction (FNC 72)/BIN Instruction (FNC 19)]
259
-
When DSW Instructions Are Used
259
-
When bin Instructions Are Used
262
-
-
Ten Key Input [TKY Instruction (FNC 70)]
263
-
Hexadecimal Input [HKY Instruction (FNC 71)]
264
-
Input Matrix [MTR Instruction (FNC 52)]
267
-
Seven Segment with Latch [SEGL Instruction (FNC 74)/BCD Instruction (FNC 18)]
270
-
When SEGL Instructions Are Used
270
-
When BCD Instructions Are Used
272
-
-
-
14 Test Operation, Adjustment, Maintenance and Troubleshooting
274
-
Preparation for Test Operation
275
-
Preliminary Inspection [Power OFF]
275
-
Connection to Built-In Programming Connector
275
-
Writing of Program and Program Check [Power on and PLC Stopped]
276
-
-
Running and Stopping Procedures [Power ON]
277
-
Methods of Running and Stopping
277
-
Use of Several Running/Stopping Methods
278
-
-
Operation and Test [Power on and PLC Running]
279
-
Self-Diagnostic Function
279
-
Test Functions
279
-
Program Modification Function
280
-
-
Maintenance and Periodic Inspection
281
-
Procedures for Checking Model Name
281
-
Periodic Inspection — Battery Life, Etc
281
-
Maintenance — Product Life of Relay Contacts
282
-
Procedures for Replacing Battery
283
-
-
Troubleshooting with Leds
284
-
POWER LED [On/Flashing/Off]
284
-
BATT LED [On/Off]
284
-
ERROR LED [On/Flashing/Off]
285
-
-
Judgment by Error Codes and Representation of Error Codes
286
-
Operation and Check on Display Module (FX 3U -7DM)
286
-
Operation and Check by GX Developer
287
-
Representation of Errors
288
-
Error Code List and Action
289
-
-
Troubleshooting
297
-
Output Does Not Operate (Main Unit and Input/Output Extension Blocks)
297
-
DC Input Does Not Operate (Main Unit and Input/Output Extension Blocks)
297
-
Cautions on Registering a Keyword
298
-
Cautions on Using Block Password
298
-
-
-
15 FX 2N -32/48E*-* (Input/Output Powered Extension Units)
299
-
Outline
301
-
Product Configuration
301
-
Product List
301
-
-
Power Supply Specifications (Power Supply Input/24V DC Service Power Supply)
302
-
Weight, Accessories, Etc
302
-
Part Names
303
-
-
Fx2N-32Er-Es/Ul, Fx2N-48Er-Es/Ul, Fx2N-48Er-Ds
305
-
Product Specifications
305
-
External Dimensions
306
-
Terminal Layout
307
-
-
Fx2N-32Et-Ess/Ul, Fx2N-48Et-Ess/Ul, Fx2N-48Et-Dss
308
-
Product Specifications
308
-
External Dimensions
309
-
Terminal Layout
310
-
-
Fx 2N -32Er, Fx 2N -48Er, Fx 2N -48Er-D
311
-
Product Specifications
311
-
External Dimensions
312
-
Terminal Layout
313
-
-
Fx 2N -32Et, Fx 2N -48Et, Fx 2N -48Et-D
314
-
Product Specifications
314
-
External Dimensions
315
-
Terminal Layout
316
-
-
Fx 2N -32Es
317
-
Product Specifications
317
-
External Dimensions
318
-
Terminal Layout
318
-
-
Fx 2N -48Er-Ua1/Ul
319
-
Product Specifications
319
-
External Dimensions
320
-
Terminal Layout
321
-
-
-
16 FX 2N -8/16E*-*(Input/Output Extension Blocks)
322
-
Outline
323
-
Product Type
323
-
List of Products
324
-
Fx 2N
326
-
-
-
FX -8ER-ES/UL (24V DC Sink/Source Input, Relay Output)
326
-
Product Specifications
326
-
Parts Identification and Terminal Arrangement
327
-
External Dimensions
328
-
-
FX 2N -8ER (24V DC Sink Input, Relay Output)
329
-
Product Specifications
329
-
Parts Identification and Terminal Arrangement
330
-
External Dimensions
331
-
-
Fx 2N -8Ex-Es/Ul, Fx 2N
332
-
16EX-ES/UL (24V DC Sink/Source Input)
332
-
Product Specifications
332
-
Parts Identification and Terminal Arrangement
333
-
External Dimensions
334
-
FX 2N -8EX, FX 2N -16EX and FX 2N -16EX-C
335
-
-
-
FX -8EX, FX -16EX and FX -16EX-C
335
-
Product Specifications
335
-
Parts Identification and Terminal Arrangement
336
-
External Dimensions
337
-
-
FX 2N -16EXL-C (5V DC Input: 16 Points)
339
-
Product Specifications
339
-
Parts Identification and Terminal Arrangement
340
-
External Dimensions
340
-
Example of Wiring
340
-
Fx 2N
342
-
-
-
FX -8EX-UA1/UL (100V AC Input)
342
-
Product Specifications
342
-
Parts Identification and Terminal Arrangement
343
-
External Dimensions
343
-
-
8Eyr-Es/Ul, Fx
344
-
8Eyr-S-Es/Ul, Fx
344
-
16EYR-ES/UL (Relay Output)
344
-
Product Specifications
344
-
FX 2N -8EYR-ES/UL, FX 2N -8EYR-S-ES/UL, FX 2N -16EYR-ES/UL (Relay Output)
344
-
Parts Identification and Terminal Arrangement
345
-
External Dimensions
347
-
-
Fx 2N -8Eyt-Ess/Ul, Fx 2N
348
-
16EYT-ESS/UL (Transistor Output)
348
-
Product Specifications
348
-
Parts Identification and Terminal Arrangement
349
-
External Dimensions
350
-
Fx 2N -8Eyr, Fx 2N
351
-
-
-
FX -8EYR, FX -16EYR (Relay Output)
351
-
Product Specifications
351
-
Parts Identification and Terminal Arrangement
352
-
External Dimensions
353
-
-
FX2N-8EYT, FX2N-16EYT and FX2N-16EYT-C (Transistor Output)
354
-
Product Specifications
354
-
Parts Identification and Terminal Arrangement
355
-
External Dimensions
356
-
-
FX -8EYT-H (Transistor Output)
358
-
Product Specifications
358
-
FX 2N -8EYT-H (Transistor Output)
358
-
Parts Identification and Terminal Arrangement
359
-
External Dimensions
359
-
-
FX -16EYS (Triac Output: 16 Points)
360
-
Product Specifications
360
-
FX 2N -16EYS (Triac Output: 16 Points)
360
-
Parts Identification and Terminal Arrangement
361
-
External Dimensions
361
-
-
-
17 FX 3U -1PSU-5V (Extension Power Supply Unit)
362
-
Introduction
362
-
Specifications
363
-
Generic Specifications
363
-
Performance Specifications
363
-
External Dimensions
363
-
-
Extension Power Supply Unit Related Precaution
363
-
-
18 Other Extension Devices and Optional Units (External Dimensions and Terminal Arrangement)
364
-
Special Function Units/Blocks
364
-
Fx 0N -3A
364
-
Fx 2N -2Ad
364
-
Fx 2N -2Da
365
-
Fx 3U -4Ad
365
-
Fx 3U -4Da
366
-
Fx 2N -4Ad
366
-
Fx 2N -4Da
367
-
Fx 2N -4Ad-Pt
367
-
Fx 2N -4Ad-Tc
368
-
Fx 2N -5A
368
-
Fx 3U -4Lc
369
-
Fx 2N -2Lc
369
-
Fx 2N -8Ad
370
-
Fx 3U -2Hc
370
-
Fx 2N -1Hc
371
-
Fx 3U -20Ssc-H
371
-
Fx 2N -1Pg(-E)
372
-
Fx 2N -10Pg
372
-
Fx 2N -10Gm
373
-
Fx 2N -20Gm
373
-
Fx -1Rm(-E)-Set
374
-
Fx 2N -232If
375
-
Fx 2N -32Asi-M
375
-
Fx 2N -64Cl-M
376
-
Fx 3U -16Ccl-M
376
-
Fx 2N -16Ccl-M
377
-
Fx 2N -32Ccl
377
-
Fx 3U -64Ccl
378
-
Fx 2N -16Lnk-M
378
-
-
Extension Power Supply Unit
379
-
Fx 3U -1Psu-5V
379
-
Special Adapters
379
-
Fx 3U -4Ad-Adp
379
-
Fx 3U -4Da-Adp
380
-
Fx 3U -3A-Adp
380
-
Fx 3U -4Ad-Pt(W)-Adp
380
-
Fx 3U -4Ad-Pnk-Adp
381
-
Fx 3U -4Ad-Tc-Adp
381
-
Fx 3U -232Adp(-Mb)
382
-
Fx 3U -485Adp(-Mb)
382
-
Fx 3U -Cf-Adp
383
-
Fx -4Hsx-Adp
383
-
Fx 3U -2Hsy-Adp
383
-
-
Expansion Board
384
-
Fx 3U -Usb-Bd
384
-
Fx 3U -232-Bd
384
-
Fx 3U -422-Bd
384
-
Fx 3U -485-Bd
385
-
Fx -8Av-Bd
385
-
Fx -Cnv-Bd
385
-
-
Power Supply
386
-
Fx 2N- 20Psu
386
-
-
Connector Conversion Adapter
386
-
Fx 2N -Cnv-Bc
386
-
-
Interface Module
387
-
Fx-232Awc-H
387
-
Fx-Usb-Aw
387
-
-
Display Module
388
-
Fx 3U -7Dm
388
-
Fx 3U -7Dm-Hld
388
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Mitsubishi FX2N series Programming Manual (466 pages)
MELSEC-F
Brand: Mitsubishi
|
Category: Controller
|
Size: 6.84 MB
Table of Contents
-
Table of Contents
7
-
FX Series Programmable Controllers
3
-
Table of Contents
7
-
-
1 Introduction
15
-
Overview
17
-
What Do You Need to Program a PLC
18
-
What Is a Programmable Controller?
18
-
Special Considerations for Programming Equipment
19
-
Current Generation CPU All Versions
19
-
-
Associated Manuals
20
-
-
2 Basic Program Instructions
23
-
What Is a Program
25
-
Outline of Basic Devices Used in Programming
25
-
How to Read Ladder Logic
26
-
Load, Load Inverse
27
-
Out
28
-
Timer and Counter Variations
28
-
Double Coil Designation
29
-
-
And, and Inverse
30
-
Or, or Inverse
31
-
Load Pulse, Load Trailing Pulse
32
-
And Pulse, and Trailing Pulse
33
-
Or Pulse, or Trailing Pulse
34
-
Or Block
35
-
And Block
36
-
MPS, MRD and MPP
37
-
Master Control and Reset
39
-
Set and Reset
41
-
Timer, Counter (out & Reset)
42
-
Basic Timers, Retentive Timers and Counters
42
-
High Speed Counters
43
-
Normal 32 Bit Counters
43
-
-
Leading and Trailing Pulse
44
-
Inverse
45
-
No Operation
46
-
End
47
-
-
3 STL Programming
49
-
What Is STL, SFC and IEC1131 Part 3
51
-
Each Step Is a Program
52
-
-
How STL Operates
52
-
How to Start and End an STL Program
53
-
Activating New States
53
-
Embedded STL Programs
53
-
Terminating an STL Program
54
-
-
Moving between STL Steps
55
-
Using SET to Drive an STL Coil
55
-
Using out to Drive an STL Coil
56
-
-
Rules and Techniques for STL Programs
57
-
Basic Notes on the Behavior of STL Programs
57
-
Single Signal Step Control
59
-
-
Restrictions of some Instructions When Used with STL
60
-
Using STL to Select the most Appropriate Program
61
-
Using STL to Activate Multiple Flowssimultaneously
62
-
General Rules for Successful STL Branching
64
-
General Precautions When Usingfx-PCS/AT-EE Software
65
-
Programming Examples
66
-
A Simple STL Flow
66
-
A Selective Branch/ First State Merge Example Program
68
-
-
Advanced STL Use
70
-
-
4 Devices in Detail
71
-
Inputs
73
-
Outputs
74
-
Auxiliary Relays
75
-
Battery Backed/ Latched Auxiliary Relays
76
-
Special Diagnostic Auxiliary Relays
77
-
Special Single Operation Pulse Relays
77
-
-
State Relays
78
-
General Stable State — State Relays
78
-
Battery Backed/ Latched State Relays
79
-
STL Step Relays
80
-
Annunciator Flags
81
-
-
Pointers
82
-
Interrupt Pointers
83
-
Input Interrupts
84
-
Timer Interrupts
84
-
Counter Interrupts
85
-
Disabling Individual Interrupts
85
-
-
Constant K
86
-
Constant H
86
-
Timers
87
-
General Timer Operation
88
-
Selectable Timers
88
-
Retentive Timers
89
-
Timer Accuracy
90
-
Timers Used in Interrupt and ‘CALL’ Subroutines
90
-
-
Counters
91
-
General/ Latched 16Bit up Counters
92
-
General/ Latched 32Bit Bi-Directional Counters
93
-
High Speed Counters
94
-
Basic High Speed Counter Operation
95
-
Availability of High Speed Counters
96
-
Phase Counters — User Start and Reset (C235 — C240)
98
-
Phase Counters — Assigned Start and Reset (C241 to C245)
99
-
Phase Bi-Directional Counters (C246 to C250)
100
-
A/B Phase Counters (C252 to C255)
101
-
-
Data Registers
102
-
General Use Registers
103
-
Battery Backed/ Latched Registers
104
-
Special Diagnostic Registers
104
-
File Registers
105
-
Externally Adjusted Registers
106
-
-
Index Registers
107
-
Misuse of the Modifiers
108
-
Modifying a Constant
108
-
Using Multiple Index Registers
108
-
-
Bits, Words, BCD and Hexadecimal
109
-
Bit Devices, Individual and Grouped
109
-
Word Devices
109
-
Interpreting Word Data
111
-
Two’s Compliment
114
-
-
Floating Point and Scientific Notation
115
-
Scientific Notation
116
-
Floating Point Format
117
-
Summary of the Scientific Notation and Floating Point Numbers
118
-
-
-
5 Applied Instructions
119
-
Applied Instructions
121
-
Program Flow-Functions 00 to 09
124
-
Cj (Fnc 00)
125
-
Call (Fnc 01)
127
-
Sret (Fnc 02)
129
-
Iret, Ei, DI(Fnc 03, 04, 05)
130
-
Fend (Fnc 06)
132
-
Wdt (Fnc 07)
133
-
For, Next(Fnc 08, 09)
134
-
-
-
-
Pppp —
137
-
Move and Compare — Functions 10 to 19
137
-
Cmp (Fnc 10)
138
-
-
Cmp Fnc
138
-
Zcp (Fnc 11)
139
-
-
Zcp Fnc
139
-
Mov (Fnc 12)
140
-
Smov (Fnc 13)
141
-
-
Smov — Fnc
141
-
Cml (Fnc 14)
142
-
-
Cml Fnc
142
-
Bmov (Fnc 15)
143
-
-
Bmov Fnc
143
-
Fmov (Fnc 16)
144
-
-
Fmov Fnc
144
-
Xch (Fnc 17)
145
-
-
Xch Fnc
145
-
Bcd (Fnc18)
146
-
-
Bcd — Fnc
146
-
Bin (Fnc 19)
147
-
-
BIN — Binary FNC
147
-
Arithmetic and Logical Operations -Functions 20 to 29
149
-
Add (Fnc 20)
150
-
Sub (Fnc 21)
151
-
Mul (Fnc 22)
152
-
DIV (Fnc 23)
153
-
Inc (Fnc 24)
154
-
Dec (Fnc 24)
155
-
Wand (Fnc 26)
156
-
Wor (Fnc 27)
157
-
Wxor (Fnc 28)
158
-
Neg (Fnc 29)
159
-
-
Rotation and Shift — Functions 30 to 39
162
-
Ror (Fnc 30)
163
-
Rol (Fnc 31)
164
-
Rcr (Fnc 32)
165
-
Rcl (Fnc 33)
166
-
Sftr (Fnc 34)
167
-
Sftl (Fnc 35)
168
-
Wsfr (Fnc 36)
169
-
Wsfl (Fnc 37)
170
-
Sfwr (Fnc 38)
171
-
Sfrd (Fnc 39)
172
-
-
Data Operation — Functions 40 to 49
174
-
Zrst (Fnc 40)
175
-
Deco (Fnc 41)
176
-
Enco (Fnc 42)
177
-
Sum (Fnc 43)
178
-
Bon (Fnc 44)
179
-
Mean (Fnc 45)
180
-
Ans (Fnc 46)
181
-
Anr (Fnc 47)
182
-
Sqr (Fnc 48)
183
-
Flt (Fnc 49)
184
-
-
High Speed Processing — Functions 50 to 59
187
-
Ref (Fnc 50)
188
-
Reff (Fnc 51)
189
-
Mtr (Fnc 52)
190
-
Hscs (Fnc 53)
192
-
Hscr (Fnc 54)
194
-
Hsz (Fnc 55)
195
-
Spd (Fnc 56)
198
-
Plsy (Fnc 57)
199
-
Pwm (Fnc 58)
200
-
Plsr (Fnc 59)
201
-
-
Handy Instructions — Functions 60 to 69
204
-
Ist (Fnc 60)
205
-
Ser (Fnc 61)
207
-
Absd (Fnc 62)
208
-
Incd (Fnc 63)
209
-
Ttmr (Fnc 64)
210
-
Stmr (Fnc 65)
211
-
Alt (Fnc 66)
212
-
Ramp (Fnc 67)
213
-
Rotc (Fnc 68)
215
-
Sort (Fnc 69)
217
-
-
External FX I/O Devices — Functions 70 to 79
220
-
Tky (Fnc 70)
221
-
Hky (Fnc 71)
222
-
Dsw (Fnc 72)
224
-
Segd (Fnc 73)
226
-
Segl (Fnc 74)
227
-
Arws (Fnc 75)
229
-
Asc (Fnc 76)
230
-
Pr (Fnc 77)
231
-
From (Fnc 78)
232
-
To (Fnc 79)
234
-
-
External FX Serial Devices — Functions 80 to 89
237
-
Rs (Fnc 80)
238
-
Run (Fnc 81)
239
-
Asci (Fnc 82)
241
-
Hex (Fnc 83)
242
-
CCD (Fnc 84)
243
-
Vrrd (Fnc 85)
244
-
Vrsd (Fnc 86)
245
-
Pid (Fnc 88)
246
-
Floating Point 1 & 2 — Functions 110 to 129
254
-
Ecmp (Fnc 110)
255
-
Ezcp (Fnc 111)
256
-
Ebcd (Fnc 118)
257
-
Ebin (Fnc 119)
258
-
Eadd (Fnc 120)
259
-
Eaub (Fnc 121)
260
-
Emul (Fnc 122)
261
-
Ediv (Fnc 123)
262
-
Esqr (Fnc 127)
263
-
Int (Fnc 129)
264
-
-
Trigonometry — FNC 130 to FNC 139
266
-
Sin (Fnc 130)
267
-
Cos (Fnc 131)
268
-
Tan (Fnc 132)
269
-
-
Data Operations 2 — FNC 140 to FNC 149
271
-
Swap (Fnc 147)
272
-
-
Mitsubishi FX2N series Hardware Manual (152 pages)
PROGRAMMABLE CONTROLLERS
Brand: Mitsubishi
|
Category: Controller
|
Size: 4.73 MB
Table of Contents
-
English
16
-
Table of Contents
16
-
Eng
21
-
Unit Accessories
29
-
World Specification
29
-
Model Name
30
-
Serial Number
31
-
Configuration
32
-
Rules
34
-
Terminal Layouts
39
-
Relay Out, 24V DC Input Mpu’s — Main Processing Unit (Base Units)
40
-
Transistor Output, Mpu’s — (Base Units)
41
-
Powered Extension Units
42
-
Extension Blocks
42
-
FX0N Extension Blocks
43
-
AC 110V Input, Mpus — (Base Units)
44
-
Product Outline
46
-
RUN/STOP Control
48
-
General Specifications
50
-
PLC Mounting Arrangements
52
-
DIN Rail Mounting
55
-
Direct Mounting
56
-
General Notes
57
-
Extension Board Installation
58
-
Extension Units/Blocks Installation
60
-
Wiring Techniques
61
-
Wiring Cautions
61
-
Termination at Screw Terminals
64
-
Power Supply
69
-
Earthing/Grounding
75
-
Service Power Supply
76
-
Inputs
79
-
DC Input Specifications
79
-
Typical Wiring
80
-
Input Circuit Connection
81
-
Diodes and Inputs Connected in Series
82
-
Resistors and Inputs Connected in Parallel
83
-
AC 110V Input, Mpus
84
-
AC Input Specifications
85
-
Typical Wiring
86
-
Programming Caution
87
-
Outputs
89
-
Relay Output Specification
89
-
Product Life of Relay Contacts
91
-
Relay Output Example
96
-
Output Circuit Configuration
97
-
Configuration du Circuit de Sortie
97
-
Triac (SSR) Output Specifications
100
-
In-Rush Currents
102
-
Triac Output Example
103
-
Output Circuit Configuration
104
-
Transistor Output Specification
106
-
Response Times
108
-
Transistor Output Example
109
-
Applying Safe Loads
110
-
Diagnostics
111
-
Preliminary Checks
111
-
Basic Diagnostics
112
-
Power ON, PLC off
112
-
Batt.V Led on
114
-
PROG.E LED Flashes
116
-
Cpu.e Led on
117
-
Common Errors
120
-
Replacing the Battery
121
-
Maintenance
123
-
Error Flags on Indicates Error
124
-
Error Registers
126
-
Error Codes
128
-
Instruction List
129
-
Appendix A: Associated Manuals
133
-
Appendix B: Discontinued Models
137
-
Appendix C: Index
149
-
-
French
21
-
Introduction
21
-
Accessoires D’un Appareil
29
-
Version Internationale
29
-
Designation des Types D’appareils
30
-
Numéro de Serie
31
-
Configuration du Système
32
-
Règles de Base Relatives À la Construction du Système
35
-
Occupation des Bornes
39
-
Appareils de Base Avec Sorties de Relais Et Entrées 24V CC
40
-
Appareils de Base Avec Sorties de Transistor
41
-
Appareils D’extension Alimentés en Tension
42
-
Modules D’extension
42
-
Appareils de Base Avec Entrées 110V CA
44
-
Installation
45
-
Description de L’appareil
46
-
Commande Run/Stop
49
-
Caractéristiques Générales
50
-
Montage de L’api
52
-
Montage de L’appareil Sur Rail DIN
55
-
Montage Direct
56
-
Instructions Générales
57
-
Installation de la Carte D’extension
58
-
Installation D’extensions
60
-
Raccordement Électrique
61
-
Instructions Relatives Au Cablage
62
-
Bornes À Vis
64
-
Alimentation en Tension
69
-
Mise À la Terre
75
-
Alimentation en Tension de Service
76
-
Caractéristiques Techniques des Entrées Pour 24 V CC
79
-
Exemple de Câblage
80
-
Circuit D’entrée
81
-
Diodes Et Entrées Montées en Série
82
-
Appareils de Base Avec Entrées 110V CA
84
-
Caractéristiques Techniques des Entrées Pour 110 V CA
85
-
Exemple de Câblage
86
-
Caractéristiques Techniques des Sorties Triac (SSR)
100
-
Impulsions de Courant
102
-
Caractéristiques Techniques des Sorties Triac
103
-
Configuration du Circuit de Sortie
104
-
Caractéristiques Techniques des Sorties des Transistors
106
-
Temps de Réponse
108
-
Exemple D’un Câblage de Sortie de Transistor
109
-
Prescriptions de Sécurité Pour la Mise en Circuit de Charges
110
-
Vérifications À Effectuer Avant la Mise en Service
111
-
Diagnostic D’erreurs Général
112
-
Tension MARCHE, API ARRET
112
-
LED BATT.V S’allume
114
-
Led Prog.e
116
-
La LED CPU.E Est Allumée
117
-
Autres Causes D’erreurs
120
-
Remplacement de la Batterie
121
-
Entretien
123
-
Indicateurs D’erreurs «MARCHE» Désigne Une Erreur
124
-
Codes D’erreurs
128
-
Vue D’ensemble des Instructions Relatives Aux Applications
129
-
Appendix A:autres Manuels
133
-
Appendix B:modèles Abandonnés
137
-
Appendix C: Index
140
-
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MELSEC FX2N series
Programmable Controller
Hardware Manual
FX2N
66014
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2001 05 07
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