To Next Page

To Previous Page

CHAPTER 1 BASIC PROCEDURE FOR PROGRAMMING

1.3 Creating a Program

1.3.2 How to create a program

This section shows how to create the following sample program.

The program has been created. In the next procedure, convert the program.

1. To enter X10, type X10 at the original cursor

position and select the contact shown in the left

figure.



2. To enter Y20, type Y20 and select the coil shown in

the left figure.



When X10 is turned on, Y20 turns on.

default chapter3
- Safety Precautions3
- Conditions of Use for the Product9
- Introduction10
- Table of Contents12
- Manuals18
- Manual Page Organization21
- Terms23
- Part 1 Programming27
Chapter 1 Basic Procedure for Programming28
- System Configuration Example28
- Creating a Project29
- Creating a Program30
- Prior Knowledge for Creating a Program30
- How to Create a Program31
- Converting a Program32
- Writing a Project to the CPU Module32
- Formatting a Memory32
- Writing to the CPU Module33
- Checking an Operation of the CPU Module34
- Saving a Project36
Chapter 2 Application of Programming37
- Memory and Files37
- Memory Configuration and Storable Data37
- Parameter-Valid Drive44
- Files46
- Base Unit Assignment54
- Base Mode54
- Base Unit Assignment Setting56
- I/O Number Assignment57
- Concept of I/O Number Assignment58
- Setting I/O Numbers61
- I/O Number Setting Example66
- Checking I/O Numbers68
- Scan Time Structure69
- Initial Processing69
- I/O Refresh (Refresh Processing with Input/Output Modules)70
- Program Operation71
- END Processing72
- Operation Processing in the RUN, STOP, or PAUSE Status73
- Operation Processing During Momentary Power Failure75
- Data Clear Processing76
- I/O Processing and Response Delay78
- Refresh Mode79
- Direct Mode82
- Interrupt Program84
- Settings When Program Is Divided90
- Initial Execution Type Program94
- Scan Execution Type Program96
- Stand-By Type Program97
- Fixed Scan Execution Type Program100
- Changing the Program Execution Type104
- Boot Operation106
- Programming Language109
- Communications with Intelligent Function Modules110
- Access to the Ans/A Series Special Function Modules112
Chapter 3 Functions113
- Function List114
- Constant Scan121
- Latch Function124
- Output Mode at Operating Status Change (STOP to RUN)127
- Clock Function129
- Remote Operation133
- Remote RUN/STOP133
- Remote PAUSE136
- Remote RESET138
- Remote Latch Clear139
- Relationship between Remote Operation and RUN/STOP Status of the CPU Module140
- Q Series-Compatible Module Input Response Time Selection (I/O Response Time)141
- Error Time Output Mode Setting143
- H/W Error Time PLC Operation Mode Setting144
- Intelligent Function Module Switch Setting145
- Monitor Function147
- Monitor Condition Setting148
- Local Device Monitor/Test153
- External Input/Output Forced On/Off156
- Executional Conditioned Device Test161
- Writing Programs While CPU Module Is in RUN Status170
- Online Change (Ladder Mode)170
- Online Change (Files)173
- Precautions for Online Change175
- Execution Time Measurement182
- Program Monitor List182
- Interrupt Program Monitor List182
- Scan Time Measurement183
- Sampling Trace Function186
- Debug from Multiple Programming Tools191
- Simultaneous Monitoring from Multiple Programming Tools192
- Online Change from Multiple Programming Tools194
- Watchdog Timer (WDT)195
- Self-Diagnostic Function197
- Leds Indicating Errors204
- Clearing Errors204
- Error History207
- Security Function208
- Password Registration208
- File Password 32210
- File Access Control by Security Key215
- Remote Password220
- LED Indication223
- Methods for Turning off the Leds223
- LED Indication Priority224
- High-Speed Interrupt Function226
- High-Speed Interrupt Program Execution Function227
- High-Speed I/O Refresh Function and High-Speed Buffer Transfer Function228
- Precautions230
- Interrupt from Intelligent Function Module233
- Serial Communication Function234
- Service Processing242
- Service Processing Setting242
- Initial Device Value248
- Battery Life-Prolonging Function251
- Memory Check Function252
- Program Cache Memory Auto Recovery Function253
- Latch Data Backup to Standard ROM255
- Writing/Reading Device Data To/From Standard ROM260
- CPU Module Change Function with Memory Card261
- Data Backup for the CPU Module Change Function264
- Restoration for the CPU Module Change Function273
- CPU Module Data Backup/Restoration Function277
- Backup Function283
- Restoration Function291
- Module Model Name Read298
- Module Error Collection299
- Local Device Batch Read Function303
- Send Points Extension Function (CC-Link IE Controller Network Module)305
- Write-Protect Function for Device Data (from Outside the CPU Module)307
- Setting Method308
- Target Devices309
- Operations and Functions that Cannot be Executed for Devices in Write-Protected Range310
- Precautions313
- Operation History Function315
- Operation History Save Function317
- Operation History Display327
- Operation History Clear Function327
- Precautions328
- List of Operation Codes329
- Iq Sensor Solution Function334
- Part 3 Devices, Constants335
Chapter 4 Devices336
- Device List336
- Internal User Devices345
- Input (X)348
- Output (Y)350
- Internal Relay (M)351
- Latch Relay (L)352
- Annunciator (F)353
- Edge Relay (V)357
- Link Relay (B)358
- Link Special Relay (SB)359
- Step Relay (S)360
- Timer (T)360
- Counter (C)369
- Data Register (D)373
- Link Register (W)374
- Link Special Register (SW)376
- Internal System Devices377
- Function Devices (FX, FY, FD)377
- Special Relay (SM)379
- Special Register (SD)379
- Link Direct Device380
- Module Access Devices384
- Intelligent Function Module Device384
- Cyclic Transmission Area Device386
- Index Register (Z)/Standard Device Resister (Z)387
- Index Register (Z)387
- Standard Device Register (Z)389
- Switching from the Scan Execution Type to the Interrupt/Fixed Scan Execution Type Program390
- File Register (R)392
- Storage Location393
- File Register Size393
- Differences in Available Accesses by Storage Memory395
- Registration Procedure for the File Register395
- Specification Methods of the File Register399
- Precautions for Using the File Register400
- Extended Data Register (D) and Extended Link Register (W)402
- Nesting (N)407
- Pointer (P)408
- Local Pointer409
- Common Pointer411
- Interrupt Pointer(I)412
- List of Interrupt Pointer Numbers and Interrupt Factors413
- Other Devices415
- SFC Block Device (BL)415
- Network No. Specification Device (J)415
- I/O No. Specification Device (U)416
- Macro Instruction Argument Device (VD)416
Chapter 5 Constants417
- Decimal Constant (K)417
- Hexadecimal Constant (H)417
- Real Number (E)418
- Character String (" ")419
Chapter 6 Convenient Usage of Devices420
- Global Device420
- Local Device422
- Appendices432
Appendix 1 Parameters432
Appendix 1.1 List of Parameter Numbers433
Appendix439
- PLC Name439
Appendix 1.2 PLC Parameters439
Appendix 1.2.2440
- PLC System440
Appendix 1.2.3442
- Plc Ras443
Appendix 1.2.3 PLC File442
Appendix 1.2.4443
- Boot File445
Appendix 1.2.5445
- Program446
Appendix 1.2.7447
- Device448
Appendix 1.2.7 SFC447
Appendix 1.2.8448
- I/O Assignment451
Appendix 1.2.10 Multiple CPU Setting453
Appendix 1.2.11455
- Serial Communication457
Appendix 1.2.11 Built-In Ethernet Port Setting455
Appendix 1.2.12457
- Acknowledge XY Assignment458
Appendix 1.3459
- CC-Link IE Controller Network Setting460
Appendix 1.3 Network Parameters459
Appendix 1.3.1460
- CC-Link IE Field Network Setting461
Appendix 1.3.2461
- MELSECNET/H Setting462
Appendix 1.3.4 Ethernet Setting463
Appendix 1.3.5464
- CC-Link Setting464
Appendix 1.4 Remote Password465
Appendix 2 Functions Added or Changed by Version Upgrade467
Appendix 3471
Appendix 3 CPU Module Processing Time471
Appendix472
- Factors that Increase the Scan Time483
Appendix 3.2 Time Required for each Processing Included in Scan Time472
Appendix494
- BIN (Binary Code)496
Appendix 4 Data Used in Sequence Programs494
Appendix 4.1496
- HEX (Hexadecimal)497
Appendix 4.3 BCD (Binary-Coded Decimal)497
Appendix 4.4 Real Number (Floating-Point Data)499
Appendix 4.5 Character String Data503
Appendix 5 Replacing Basic Model QCPU or Qn(H)CPU with Qnucpu504
Appendix 5.1 Replacement Precautions504
- Replacing High Performance Model QCPU with Universal Model QCPU508
Appendix 5.2 Applicable Devices and Software515
Appendix520
Appendix 5.3 Instructions520
Appendix 5.3.2 Replacing Programs Using Multiple CPU Transmission Dedicated Instructions522
Appendix523
- Program Replacement Examples523
Appendix 5.4537
- Floating-Point Operation Instructions537
Appendix 5.4 Functions537
Appendix 5.4.2544
- Range Check Processing for Index-Modified Devices548
Appendix 5.4.2 Error Check Processing for Floating-Point Data Comparison Instructions544
- (Excluding High-Speed Universal Model QCPU)544
Appendix 5.4.4 Device Latch Function552
Appendix 5.4.5 File Usability Setting554
Appendix 5.4.6557
- Parameter-Valid Drive and Boot File Setting557
Appendix 5.4.7 External Input/Output Forced On/Off Function560
Appendix 5.5564
- Special Relay List564
- Special Register List567
Appendix 5.5 Special Relay and Special Register564
Appendix 6 Precautions for Replacing Qnud(E)(H)CPU with Qnudvcpu/Qnudpvcpu569
Appendix 6.1 Precautions569
Appendix 7 Precautions for Replacing Qnphcpu with Qnudpvcpu573
Appendix 8 Precautions for Using GX Works2 and Differences with GX Developer573
Appendix 9 Ways to Use Different Types of the Backup/Restoration Function574
Appendix 10 Device Point Assignment Sheet575
- Index577
- Revisions581
- Warranty585

Brand	Mitsubishi Electric
Model	MELSEC-Q00U(J)CPU
Category	Controller
Language	English

Mitsubishi Electric MELSEC-Q00U(J)CPU User Manual

Table of Contents

Questions and Answers:

Mitsubishi Electric MELSEC-Q00U(J)CPU Specifications

Related product manuals