Mitsubishi Electric M850VS Manuals

Manuals and User Guides for Mitsubishi Electric M850VS. We have 4 Mitsubishi Electric M850VS manuals available for free PDF download: Programming Manual, Instruction Manual, Manual, Maintenance Manual

Mitsubishi Electric M850VS Programming Manual (968 pages)

PLC Programming

Brand: Mitsubishi Electric | Category: Control Systems | Size: 14 MB

Table of Contents
12
Outline
22
PLC Processing Program
24
Outline of PLC Processing Project
25
Multi-Project Function
26
Outline
26
Range of Usable Project
27
Multi-Project Function Usage Steps
27
PLC Processing Program Level and Operation
28
Outline of PLC Processing Program (Two Program Method)
30
Independent Program Method
30
Multi-Program Method
31
Number and Types of Registerable Programs
31
Program Execution Order
32
User PLC Data Area Configuration and Size
33
Single-Program Method
34
Multi-Program Method
34
Storing PLC Processing Program and Execution Mode
35
Path from Storage to Execution
35
Conversion of Instruction Code at Execution
35
How to Confirm the Number of Steps at Storage/Execution
35
Input/Output Signals
36
Input/Output Signal Types and Processing
37
Handling of Input Signals Designated for High-Speed Input
38
PLC Device Assignment of Digital Signal (DI/DO)
39
Fixed Device Assignment
40
Arbitrary Device Assignment
42
Explanation of Devices
46
Devices and Device no
47
List of Devices
48
Device Range Setting at Multi-Project
49
Common Device Among Projects
51
Independent Device Among Projects
52
M Device/D Device Commonizing Setting
53
Detailed Explanation of Devices
55
Input/Output X, y
55
Internal Relays M and F, Latch Relay L
56
Special Relay for Link (SB), Special Register for Link (SW)
56
Link Relay B, Link Register W
56
Special Relay SM, Special Register SD
57
Edge Relay V
60
Timer T
61
Integrated Timer ST
65
Counter C
66
Data Register D
67
File Register R, ZR
68
Index Register Z
69
Nesting N
70
Pointer P
71
General Pointers
72
Local Pointers
72
Common Pointers
73
Reserved Pointers
74
Decimal Constant K
75
Hexadecimal Constant H
75
Real Constant E
76
Character String Constant
76
Languages Used in Sequence Programs
78
Ladder Diagram Language
79
Structured Text
80
Explanation of Instructions and Functions
82
Instruction List
84
How to Read Instruction Table
84
Basic Instructions
86
Comparison Operation Instructions
88
Arithmetic Operation Instructions
92
Data Conversion Instructions
96
Data Transmission Instructions
99
Program Branch Instructions
101
Logical Operation Instructions
102
Rotation Instructions
104
Bit Processing Instructions
105
Data Processing Instructions
106
Character String Processing Instructions
107
Special Function Instructions
109
Other Function Instructions
112
Exclusive Instructions
113
Function List
114
How to Read Function Table
114
Type Conversion Functions
115
Standard Functions of One Numeric Variable
116
Standard Arithmetic Functions
116
Standard Bitwise Boolean Functions
116
Standard Selection Functions
116
Standard Comparison Functions
117
Standard Character String Functions
117
Functions of Time Data Types
117
Standard Bistable Function Blocks
117
Standard Edge Detection Function Blocks
117
Standard Counter Function Blocks
117
Standard Timer Function Blocks
118
Data Designation Method
119
Bit Data
119
Word (16 Bits) Data
120
Double-Word (32 Bits) Data
122
Single/Double-Precision Real Number Data
124
Character String Data
128
Index Modification
129
For Models with Extended Index Modification
129
Arithmetic Error
132
Execution Condition of Instruction
133
Counting Step Number
134
Operations When the OUT, SET/RST, or PLS/PLF Instruction of the same Device Is Used
136
PLS/PLF Instruction Behavior in the State from PLC STOP to RUN
139
How to Read Instruction Tables
141
Basic Instructions
142
Contact Instructions
144
Connection Instructions
147
Output Instructions
157
Shift Instructions
171
Master Control Instructions
173
Other Instructions
176
Function Instructions
180
Comparison Operation Instructions
182
Arithmetic Operation Instructions
194
Data Conversion Instructions
235
Data Transfer Instructions
253
Program Branch Instructions
272
Logical Operation Instructions
284
Rotation Instructions
301
Bit Processing Instructions
314
Data Processing Instructions
316
Character String Processing Instructions
330
Special Function Instructions
375
Other Function Instructions
444
Exclusive Instructions
446
ATC Exclusive Instruction
448
Outline of ATC Control
448
ATC Operation
448
Explanation of Terminology
449
Relationship between Tool Registration Screen and Magazines
450
Use of ATC and ROT Instructions
451
Basic Format of ATC Exclusive Instruction
452
Instruction List
452
Control Data Buffer Contents
452
File Register (R Register) Assignment and Parameters
453
Details of each Instruction
457
Precautions for Using ATC Exclusive Instructions
466
Examples of Tool Registration Screen
467
Display of Spindle Tool and Standby Tool
469
ROT Instructions
470
Instruction List
470
Application Functions
474
Parameters
476
PLC Constants
477
Bit Selection Parameters
479
Other Parameters
483
PLC Startup Condition Switchover
483
Multi-Project Setting Parameters (Project Setting)
484
Multi-Project Setting Parameter (Device Setting)
486
Changing Processing Cycle of the High-Speed Ladder by the Parameter
487
Initializing Remote I/O at PLC STOP
488
Handling of M, S, T, B Functions
490
Command Format
491
Miscellaneous Function Finish
491
Operation Sequence
492
Operation Sequence with the "M Function Finish 1" Signal (FIN1) for Completing a Miscellaneous Command
492
Operation Sequence with the "M Function Finish 2" Signal (FIN2) for Completing a Miscellaneous Command
492
Example of Machining Program
493
Using FIN1 with M Command
493
Using FIN2 with M Command
494
When M Commands Continue (Using FIN2 with M Command)
495
Miscellaneous Command High-Speed Output
496
Operation Sequence for the High-Speed Method
498
Operation Sequence Which Waits for a Finish Signal from the PLC During Miscellaneous Command Performance
498
Operation Sequence Which Does Not Wait for a Finish Signal from the PLC During Miscellaneous Command Performance
500
Operation Sequence for Normal Method
502
Operation Sequence Which Waits for a Finish Signal from the PLC During Miscellaneous Command Performance
502
Operation Sequence Which Does Not Wait for a Finish Signal from the PLC During Miscellaneous Command Performance
502
Precautions and Restrictions
504
M Code Independent Output
505
Operation Sequence
505
Axis Movement and M Commands
507
Precautions
508
Spindle Control
510
Related Parameters
511
Connection Method
512
Flow of Spindle (S) Data
513
Selecting Z Phase Detection Method
514
Proximity Switch Method Orientation
515
Spindle-Mode Servo Motor Control
516
Outline
516
Term
517
Function Enabling Conditions
517
Spindle Features Available for Spindle-Mode Servo
518
Spindle Features with Different Operation or Settings from Normal Spindle
519
Example Usage
521
Relation with Other Functions
522
Precautions
522
Spindle-Mode Rotary Axis Control
523
Outline
523
Glossary
523
Function Enabling Conditions
524
Spindle-Mode Rotary Axis Control Command
525
Operations at Switchover from Spindle-Mode Rotary Axis to Servo Axis Mode
526
Operation When Reset Is Input During Spindle-Mode Rotary Axis Control
527
Operation When Emergency Stop Is Input During Spindle-Mode Rotary Axis Control
527
Acceleration/Deceleration Operation During Spindle-Mode Rotary Axis Control
527
Orientation Operation During Spindle-Mode Rotary Axis Control Mode
528
Functions Available During Spindle-Mode Rotary Axis Control Mode
528
Example Usage
529
Relation with Other Functions
530
Precautions
531
Turret Gear Change Control
532
Outline
532
Function Enabling Conditions
533
Turret Gear Change Control Operation
533
Relation with Other Functions
537
Precautions
539
Multiple-Spindle Control II
540
Function and Purpose
540
Detailed Description
540
Relation with Other Functions
543
Restrictions
543
Spindle Position Control (Spindle/C Axis Control)
544
Outline
544
Switching Command
544
Change Types
545
Details on Operation Per Type
546
Zero Point Return Type Encoder Method
546
Decelerate and Stop Type (no Zero Point Return)
549
Decelerate and Stop Type (Zero Point Return)
550
Precautions
551
Position Loop Gain Switch
551
Spindle Synchronization Control Ll
552
Function and Purpose
552
Detailed Description
552
Precautions and Restrictions
558
Guide Bushing Spindle Synchronization
559
Outline
559
Detailed Explanation
559
Operation of G/B Spindle Synchronization
559
Phase Alignment of Reference Spindle and G/B Spindle
561
G/B Spindle Synchronization Position Error Compensation
563
Relative Position Error Sampling
566
Relation with Other Functions
568
Precautions and Restrictions
570
Spindle Oscillation
571
Outline
571
Detailed Description
571

Mitsubishi Electric M850VS Manual (652 pages)

PLC development

Brand: Mitsubishi Electric | Category: Control Systems | Size: 15 MB

Table of Contents
12
Definitions of Terms
26
System Configuration of H/W
28
System Configuration
29
Relation of RIO Unit and Devices
31
Outline of the Remote I/O Unit
31
PLC Device Assignment of Digital Signal (DI/DO)
33
Fixed Device Assignment
34
Arbitrary Device Assignment
35
Relation of Connector Pins and Device
39
Setting Example When Connecting Directly to the Control Unit
41
Fixed Signals
42
Ignoring Fixed Signals
42
Changing the Addresses of Fixed Signals
43
PLC I/F Axis Random Device Assignment
44
Function Enabling Conditions
45
Random Assignment of Bit-Type Device
45
Example Usage
46
Outline of Digital Signal Input Circuit
47
Outline of Digital Signal Output Circuit
48
Outline of Analog Signal Input Circuit
50
Outline of Analog Signal Output Circuit
51
Outline of I/O Assignment with PROFIBUS-DP
52
Flow of Signals
53
List of Devices
54
Device Range Setting at Multi-Project
55
File Register General Map
57
Input/Output Signals with Machine
60
Machine Input Signals
62
Input Signals from Machine
62
PLC Switch/Sensor
66
Machine Output Signals
68
Output Signals to Machine
68
PLC Switch
72
System Configuration of Development Environment
76
System Configuration for PLC Development
77
User PLC (Ladder) Development Procedure
78
Peripheral Development Environment (GX Works2)
80
Outline
81
Software Configuration
81
Operating Environment
82
Types of GX Works2 Projects and Programs Used for Mitsubishi Electric CNC
83
Support Status of Project Types, Program Types and Pous
83
GX Works2 Functions Available for Mitsubishi Electric CNC
85
Function Support Status (Common Functions)
86
Function Support Status (Label Setting)
90
Function Support Status (Device Comments)
90
Function Support Status (Ladder Diagram)
91
Function Support Status (ST Language)
93
Function Support Status (Online)
94
Function Support Status (NC Special Functions)
96
Preparation
97
Installing Tools
97
Preparing Ethernet Communication
97
Checking IP Address of CNC Unit
97
Checking CNC Unit Setting Prohibiting Connection from GX Developer/Gx Works2
97
Setting IP Address of Personal Computer
97
Connecting the Ethernet Cable
97
Setting Connection Destination
98
Common Items
101
Cautions before Development
101
Multi-Project Function
102
Setting Multi-Project
102
Switching Projects to Access
103
PLC Data Storage Area
105
Executing Sequence Program
106
Relationship between Areas in CNC and Storage Areas Selectable on GX Works2
106
Displaying Storage Area on GX Works2
107
File Name
108
Naming Conventions for Sequence Programs, Parameters, and Device Comment Files
108
File Name Rule for Message Data
109
Creating Project
111
Project
111
Operating Procedures
112
Writing Data to CNC Controller
113
Reading Data from CNC Controller
114
Setting the Parameters
115
Parameter Setting Screen
115
Setting the Number of Device Points
116
Setting the Number of Common Pointer Points
118
Setting the Program Execution Order
119
Setting Labels and Comments to each Project
120
Writing and Reading Parameters to CNC Controller
121
Starting/Stopping PLC
122
Operation Procedure
122
Reading Sequence Programs in GX Developer Format
123
Reading Sequence Programs in GX Developer Format on GX Works2
123
Sampling Trace of Device
125
Basic Operation
127
Basic Specifications
128
Status of Special Relay During Sampling Trace
131
Sampling Trace Operating Procedure
132
Operation on Error
139
Operation Example
140
Precautions
142
Checking Data Size
145
Operating Procedures
145
Precautions
147
Developing Simple Project
148
Overview of Simple Project
149
Symbolic Information
149
Development Procedure
150
Developing New Simple Projects on GX Works2
150
Developing Sequence Programs
151
CNC-Specific Restrictions
151
Writing the Sequence Program to the CNC Controller
153
Operation Procedure
153
Writing Operation
156
Operation and Check on Conversion Error
156
Other Operations and Checks on Error
158
Reading Sequence Programs from CNC Controller
160
Operation Procedure
160
Writing Sequence Programs to ROM in CNC
164
Operation Procedure
165
Verifying the Sequence Programs
166
Operation Procedure
166
Executing Ladder Program Writing During RUN
168
Execution Procedures of Ladder Program Writing During RUN
168
Setting Ladder Program Writing During RUN
169
PLC Data Available for Ladder Program Writing During RUN
169
Data Unit for Writing
170
Available Number of Steps for Writing
170
RUN Write Target Storage Area
171
Operation Method on the GX Works2
172
Option Setting Screen for Ladder Program Writing During RUN (Online Change)
175
Precautions
176
Monitoring Sequence Programs
180
Operation Procedure
180
Developing Structured Project
181
Overview of Structured Project
181
Symbolic Information
182
Development Procedure
183
Developing New Simple Projects on GX Works2
183
Developing Sequence Programs
184
CNC-Specific Restrictions
184
Writing the Sequence Program to the CNC Controller
185
Operation Procedure
185
Writing Operation
186
Operation and Check on Conversion Error
186
Other Operations and Checks on Error
188
Reading Sequence Programs from CNC Controller
190
Operation Procedure
190
Writing Sequence Programs to ROM in CNC
192
Operation Procedure
192
Verifying the Sequence Programs
193
Operation Procedure
193
Monitoring Sequence Programs
195
Operation Procedure
195
PLC Message Development
196
Adding PLC Messages
196
Developing on Standard Screen
197
Writing Message Data on the Standard Screen
198
Description Format
198
Description Method
199
File Name Rule
200
Precautions
201
Writing Message to CNC Controller on Standard Screen
202
Operation Procedure
202
Reading out from CNC Controller on Standard Screen
204
Operation Procedure
204
Development Procedure Using GX Works2
205
Development Using Text Editor
205
Inputting Messages Directly from GX Works2
205
Writing Message Data Using GX Works2
206
Written Form
206
How Message Data Are Described
207
Precautions
208
Reading Message Data on GX Works2
209
Reading to GX Works2
209
Precautions
209
Inputting and Editing on GX Works2
210
Displaying Line Statements
210
Editing Integrated Line Statement
211
Writing CNC Controller on GX Works2
212
Operation Procedure
212
Writing Operation
212
Operation on Write Error
213
Checking Errors
214
Reading and Verifying Message Data on CNC Controller
215
Menu Selection and Screen Operation
215
How to Use on GX Works2 Message Data for GX Developer
215
When Data Are Saved in Format Used in General Tools
215
When Data Are Saved in GX Developer Format
215
Creating Device Comment
216
Development Procedure
216
Writing Method of Indirect Input
217
Reading Comment Data on GX Works2
218
Reading to GX Works2
218
Precautions
218
Writing Device Comments to CNC Controller
219
Operation Procedure
219
Reading Device Comments from CNC Controller
220
Operation Procedure
220
Creating Label
221
Overview of Label
221
Development Procedure
222
Writing Method of Indirect Input
223
Reading Label Setting on GX Works2
226
Reading to GX Works2
226
Precautions
226
Writing Label Setting to CNC Controller
227
Operation Procedure
227
Reading Label Setting from CNC Controller
228
Operation Procedure
228
Restrictions
229
Creating Function Block
231
Overview of Function Block
231
Write Function Block to CNC Controller
232
Operation Procedure
232
Reading Function Blocks from CNC Controller
233
Operation Procedure
233
Restrictions
234
File Password Function
235
Data Protected by a File Password
235
File Password Attributes
235
Outline of File Password Setting
236
Checking the File Password Registration Status
238
File Password: Cautions on Setting
239
File Password Setting Procedure
243
Registering New File Password
243
Changing File Passwords
246
Clearing File Password
248
Temporary Unlock of File Password
250
Corrective Actions to Resolve Errors
252
List of Errors During GX Works2 Online Operation
252
Checking PLC Alarms on CNC Controller
255
Operation Procedure
255
Details on Error Information Display
256
Displaying Detailed Error Information
257
Displaying of the Ladder in Which an Error Occurred
258
Initializing PLC Data Storage Area
259
Operation Procedure
259
Backing up Sequence Programs and Other Data
260
Backup of Entire PLC-Related Data
260
Backup Target Data
260
Backup Procedures
261
Backup Data Restoration
262
Precautions
262
Batch Backup of PLC-Related Data for each Project
264
Backup Target Data
264
Backup Procedure
265
Backup Data Restoration
266
Precautions
266
Project Protection Function
267
Project Protection Function of GX Works2
267
Project Protection Function of CNC
268
Displaying Project Verification Result in Ladder Diagram (GX Works3)
269
Operation Procedure
270
Restrictions
273
Restrictions in Comparison with MELSEC PLC
273
Overall Restrictions
273
Restrictions on Simple Projects (with Labels)
273
Restrictions on Structured Projects
273
Differences from GX Developer
274
Multi-Language Data
275
Creating Multi-Language Data
275
Using Multi-Language Data
275
Built-In PLC (Built-In Edit Function)
276
Smart Safety Observation
276
Enhanced PLC Security Mode
276
Troubleshooting and FAQ
277
Explanation of Built-In Editing Function (PLC On-Board)
278
Outline
279
List of Project
279
List of Function
279
Operation Mode of Project
285
Language
286
Screen Configuration
287
Type
287
Configuration
289
Common Screen Items
289
Items Displayed on the Ladder Screen
290
Items Displayed on the Sampling Trace Screen
291
Menu Keys
292
Menu Key Tiers and Transitions
292
Menu Key Details
293
Operation Key List
299
Basic Operation Keys
299
Screen Items (Control)
300
Touch Gestures
307
Tap
307
Double-Tap
311
Flick/Pan
314
Pinch-In/Pinch-Out
315
Language
317
Screen Display Language
317
Language for Device Comments, Statements, Notes, and Machine Names
317
Precautions for Language Setting for GX Works2 Project
318
PLC Data
319
PLC Data Used by the PLC On-Board
319
Sequence Program Details
320
PLC Message Details
320
Device Comment Details
320
Parameter Details
320
Trace File Details
321
CSV Format File Details
321
PLC Data Storage Areas
322
Readable PLC Data with PLC On-Board
323
The Number of Ladder Files and PLC Message Files Available on One Project
323
Handling of PLC Data During External File Operation
324
Number of Files Storable
328
Passwords for PLC Data
329
Passwords for PLC Data Files
329
Block Passwords for PLC Data
332
Simultaneous Connection of PLC On-Board and GX Developer/Gx Works2
332
Starting
333
Starting the On-Board
333
Ending the PLC On-Board and Transitioning to the Mitsubishi Electric Standard Screen
334
Ending the PLC On-Board
334
Transitioning to the Mitsubishi Electric Standard Screen
334
Method to Transition to the Mitsubishi Electric Standard Screen
334
Precautions When Using a Project with Labels
335
Compatible Types
335
Compatible Project Type
335
Function
335
File Password
335
Compatible POU
335
Precautions When Using a Structured Project
336
Compatible Types
336
Function
336
File Password
336
Compatible POU
336
Program Block with Program Setting Unset
336
Basic Operation
337
Basic Operation 1 (Configuring Multiple Project Parameters)
337
Cases in Which Sequence Programs Are Not Stored
337
Cases in Which Sequence Programs Are Stored
337
Basic Operation 2 (Creating Your First Program)
340
Adding New Sequence Programs
340
Editing the Sequence Program
342
Monitor the Sequence Program
344
Basic Operation 3 (Editing Programs Stored in the NC)
346
Editing and Debugging the Sequence Program
346
Save the Sequence Program to the Internal ROM
348
Basic Operation 4 (Creating Multiple Sequence Programs)
349
Adding Sequence Programs
349
Configuring the Execution Order of Sequence Programs
351
Editing and Debugging the Sequence Program
353
Save the Sequence Program to the Internal ROM
355
Basic Operation 5 (Loading Programs Created with GX Developer/Gx Works2)
356
Saving PLC Data to an External Device
356
Saving PLC Data in External Devices to the NC
357
Basic Operation 6 (Updating the Program Version)
359
Saving the Updated Version Data to an External Device
359
Updating the PLC Data Version in NC
360
Main Screen
361
Switching Menu Keys
361
Cases in Which Sequence Programs Are Stored
362
Cases in Which Sequence Programs Are Not Stored
366
Screen Display Items
368
Enabled/Disabled State of Menu Keys
369
Cases in Which Sequence Programs Are Stored
369
Cases in Which Sequence Programs Are Not Stored
369
Select Project
370
Operation of Key Presses
371
Cases in Which Sequence Programs Are Stored
371
Cases in Which Sequence Programs Are Not Stored
371
Returning to the Main Screen from Other Screens
371
NC File Operation Menus
372
NC File Operation Main Screen
372
Outline
372
Screen Display Items
372
Enabled/Disabled State of Menu Keys
373
Operation of Key Presses
373
File List Screen
374
Outline
374
Screen Display Items
375
Enabled/Disabled State of Menu Keys
375
Status During Screen Displays
375
Operation of Key Presses
376

Mitsubishi Electric M850VS Instruction Manual (896 pages)

Numerical Control (CNC)

Brand: Mitsubishi Electric | Category: Control Systems | Size: 16 MB

Supported Models
2
Abbreviations in this Manual
2
Manual List
3
Precautions for Safety
7
Treatment of Waste
13
Table of Contents
17
Outline of Display Unit and Screens
26
Display Unit and Keyboard Unit
27
External Memory Interface
30
Standard Screen and Home Screen
31
Change Screen Buttons and Menu Buttons
33
Change Screen Buttons
33
Menu Operations
34
Menu List View Function
35
Main Menu List
37
Main Menu Functions
38
Screen Operations
46
2Screen Operations
47
Standard Screen
47
Screen Configuration
47
Displayed Part System
50
NC Status
51
Operation Mode/MDI Status
52
Operation Status
52
Alarms/Warnings
53
Operation Messages
53
Changing the Screen Theme Color
53
Home Screen
54
Screen Configuration
54
Switching Displayed Part System from the Operation Menu
59
Operating the Application
59
Displaying the Manuals [M800VW Windows-Based Display Unit/M80Vw Windows-Based Display Unit]
61
Home Applications (19-Type Vertical Display Unit)
66
Home Screen (Machine Status Display)
66
Keyboard Application
68
Operation Panel Application
69
Manual Application
70
Note Application
73
Setting Data
75
Setting Numerals and Alphabetical Characters
75
Inputting Operations
76
Guidance Function
78
Parameter Guidance
78
Alarm Guidance
80
G Code Guidance
82
Touchscreen Functions
85
Basic Operation
85
Software Keyboard
87
Touchscreen Operation Functions
92
Changing the Menu Display
93
Displaying the Menu Selection List
93
Scrolling the Displayed Data
94
Changing a Page
95
Switching to the Next Axis or Part System
96
Selecting a File
96
Displaying Edit Window/Selective Display Window
97
Moving a Window
98
Changing the Font Size
99
Displaying the Parameter Guidance
100
Displaying the Alarm Guidance
100
Enlarging or Reducing, Moving, and Rotating a 3D Check Shape
101
Displaying the Screen List
103
Menu Customization Function
104
Changing the Operation Level (Protect Setting Screen)
106
Assigning Arbitrary Character String to a User-Defined Key
107
Format of Configuration File
108
Definition Types of User-Defined Keys
109
Type 1
109
Type 2
111
Editing a Configuration File
113
Outputting the Screen Information (Screenshot Capture Function) [M800VS/M80V Series]
114
Inputting a Machining Program and Defining Variables
116
Inputting a Machining Program
117
Creating and Editing a Machining Program
117
Registering and Editing the MDI Program
130
Registering and Editing the Fixed Cycle Program
132
Fixed Cycle Operation Parameters
132
Transmitting and Erasing the Fixed Cycle Program
132
Erasing a File
133
Editing Operations
135
Changing the Display
135
Displaying an Arbitrary Line
138
Rewriting Data
138
Inserting Data (Initial Data Overwrite Mode)
139
Overwriting Data (Initial Data Insertion Mode)
140
Deleting Data
140
Searching for Character Strings
142
Replacing Character Strings
146
Copying and Pasting Data
147
Undoing Program Changes
149
Searching T Codes
150
Searching a Program from Edit Screen
151
Program Editing Support Function
153
Displaying Input Mistakes
153
Performing Operation Search at the Cursor Position
158
Adding Sequence No. (N No.) Automatically
160
G Code Guidance
161
Playback Editing
162
Displaying the Finished Shape
166
Editing a Multi-Part System Program
167
Multi-Part System Simultaneous Program Editing
167
Special Program Editing Display for Synchronization between Part Systems
174
Inserting Cycle Interactively
176
Types of Cycle
177
Name of Data
179
Screen Configuration
180
Operation Descriptions
181
Operation Procedure
183
Highlighting the Cycle Program
184
Setting Machining Conditions for Vibration Cutting Control
185
Screen Configuration
185
Operation Method
188
Process Analysis Function
191
Screen Configuration
192
Operation Method
195
Defining Variables
197
Common Variables
197
Local Variables
203
Checking a Machining Program on Screen
206
Graphic Check (2D)
207
Checking Continuously
214
Checking One Block at a Time
217
Setting the Coordinate System to Draw
218
Drawing During a Program Check
221
Changing the Display Range
221
Changing the Display Mode
223
Changing the Display Angle
225
Switching the Axis Movement Direction (+/-)
226
Displaying the Machining Program on Checking
227
Switching to Full-Screen Display Mode
227
Setting Auto Graphic
228
Switching the Draw Path
230
Drawing a Path Corresponding to the Rotary Axis (L System)
231
Associating Graphic Check Images with a Machining Program
232
Setting the Drawing Speed of Program Check
233
Availability of Check Mode with Other Functions
234
Handling of Variable Commands, Programmable Parameter Input, and Programmable Compensation Data Input
236
Notes for Graphic Check (2D)
237
Graphic Check (3D) (M System)
242
Switching Check Method
249
Checking Continuously
249
Checking One Block at a Time
252
Checking Multiple Part Systems Simultaneously
253
Canceling the Program Check
254
Enlarging and Reducing the Workpiece Shape
254
Moving the Workpiece Shape
254
Rotating the Workpiece Shape
255
Performing an Interference Check
255
Setting the Workpiece Shape
256
Setting the Tool Shape
262
Associating Graphic Check Images with a Machining Program
262
Setting the Drawing Speed of Program Check
262
Drawing Travel Command of the Rotary Axis
263
Availability of Check Mode with Other Functions
266
Handling of Variable Commands, Programmable Parameter Input, and Programmable Compensation Data Input
269
Notes for Graphic Check (3D)
270
Graphic Check (3D) (L System)
277
Switching Check Method
285
Checking Continuously
285
Checking One Block at a Time
285
Checking Multiple Part Systems Simultaneously
285
Canceling the Program Check
285
Enlarging and Reducing the Workpiece Shape
285
Moving the Workpiece Shape
285
Rotating the Workpiece Shape
285
Performing an Interference Check
286
Setting the Workpiece Shape
287
Setting the Tool Shape
291
Checking a Machining Program between Part Systems
291
Associating Graphic Check Images with a Machining Program
292
Setting the Drawing Speed of Program Check
292
Availability of Check Mode with Other Functions
293
Handling of Variable Commands, Programmable Parameter Input, and Programmable Compensation Data Input
294
Notes for Graphic Check (3D)
294
Machining Simulation (M System) [M800VW Series]
300
Switching Check Method
305
Checking Continuously
305
Checking Block by Block
305
Checking Multiple Part Systems Simultaneously
305
Canceling the Program Check
305
Enlarging/Reducing the Workpiece Shape
305
Moving the Workpiece Shape
305
Rotating the Workpiece Shape
305
Performing an Interference Check
306
Setting the Workpiece Shape
307
Setting the Tool Shape
307
Associating Graphic Check Images with a Machining Program
307
Switching Simulation Modes
308
Availability of Check Mode with Other Functions
309
Handling of Variable Commands, Programmable Parameter Input, and Programmable Compensation Data Input
311
Precautions for 3D Machining Simulation
311
Checking the Tool Command (T Code List)
317
Searching T List
318
Inputting and Outputting a Machining Program
322
Inputting and Outputting a Program
323
Selecting a Device, Directory and File
329
Transferring a File
334
Comparing Files (Compare)
337
Erasing a File
338
Changing a File Name (Rename)
339
Creating a Directory
340
Other Functions
341
Merging a File
341
List of File Names
342
Edit Lock B and C
342
Operation
342
Program Display Lock
343
Data Protection Keys
344
Leading Zero
344
The Batch Input/Output the Machining Program of NC Memory/Nc Memory 2
347
Formatting Memory Card/Ds/Usb Memory
351
Setting a Tool and a Workpiece
352
Setting a Tool
353
Registering a Tool (Tool Registration Screen)
353
Registering a Tool in the Magazine Pot
356
Setting the PLC Command
356
Setting and Erasing the Tool No. of Spindle/Standby Tools
357
Erasing the Tool Registration Data
357
Measuring a Tool (Tool Measurement Screen)
358
Tool Measurement (M System)
358
Tool Measurement (L System)
363
Setting Tool Compensation Amount (Tool Offset Screen)
378
Display Position
383
Setting the Tool Compensation Data
385
Switching the Input Method for the Tool Compensation Data
388
Erasing the Tool Compensation Data
388
Copying and Pasting the Tool Compensation Data
389
Undoing Change of Tool Compensation Data
389
Disabling the Setting of Tool Compensation Amount
390
Measuring Tool Compensation Amount
391
Moving to Designated Compensation Number
400
Setting the Tool Management Data (Tool Management Screen)
401
List of Display Items
403
Data Setting Range
410

Mitsubishi Electric M850VS Maintenance Manual (226 pages)

Numerical Control

Brand: Mitsubishi Electric | Category: Control Systems | Size: 15 MB

Supported Models
2
Manual List
3
Precautions for Safety
7
Treatment of Waste
16
Table of Contents
20
System Basic Configuration
24
1System Basic Configuration
25
System Basic Configuration Drawing
25
General Connection Diagram
27
M800VW Series, Windows-Based Display Unit
28
M80VW Series, Windows-Based Display Unit
29
M800VS Series
30
M80V Series
31
19-Type Display Unit (M800VW/M80VW Series, Windows-Based Display Unit)
32
19-Type Display Unit (M800VS/M80V Series)
33
Connecting an Operation Panel I/O Unit (FCU8-DX834) (M800VS/M80V Series)
34
Connecting a Pulse-Controlled Inverter (M80V Series)
35
Connecting an Image Input Expansion Unit (M800VS/M80V Series)
36
Connecting a Laser I/F Unit (M800VW/M80VW Series)
37
Connecting a Laser I/F Unit (M800VS/M80V Series)
38
Connecting a Biss Encoder (M800VS/M80V Series)
39
Connecting an Ecomonitorlight (M800VS/M80V Series)
39
How to Check the System Configuration
40
System Configuration Screen
40
Option Display Screen
43
Each Unit Status Display
44
Control Unit
44
Personal Computer Unit
48
Operation Panel I/O Unit
49
Remote I/O Unit
52
Laser I/F Unit
54
Function Expansion Unit
55
CC-Link Expansion Unit
55
CC-Link IE TSN Expansion Unit
56
PROFIBUS-DP Master Unit
57
CC-Link IE Field
58
Ethernet/Ip
59
FL-Net
60
7-Segment Leds on the Control Unit
61
Normal State Display
61
Error Display at NC Startup
61
Display When an Alarm Occurs
62
Daily Maintenance and Periodic Maintenance
72
Daily Maintenance
74
Touchscreen
74
Escutcheon
74
Periodic Maintenance
75
List of Durable Parts
75
List of Replacing Parts
75
Durable Parts Replacement
76
Control Unit Battery
76
Replacement Procedures
76
Personal Computer Unit Battery [M800VW/M80VW]
78
Personal Computer Unit Cooling Fan [M800VW/M80VW]
79
Replacing Fuse
80
Maintenance of the Drive Unit
84
Periodic Inspections
85
Durable Parts
86
Adding and Replacing Units and Parts
87
MDS-E/EH Series
87
Replacing the Drive Unit
87
Replacing the Unit Fan
88
Replacing the Battery
90
MDS-EJ/EJH Series
93
Replacing the Drive Unit
93
Replacing the Unit Fan
93
Replacing the Battery
99

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