Delta DVP-PLC Manuals

Manuals and User Guides for Delta DVP-PLC. We have 1 Delta DVP-PLC manual available for free PDF download: Applications Manual

Delta DVP-PLC Applications Manual (587 pages)

Brand: Delta | Category: Controller | Size: 8.56 MB

Table of Contents
2
Basic Principles of PLC Ladder Diagram
5
Foreword: Background and Functions of PLC
5
Differences between Traditional Ladder Diagram and PLC Ladder Diagram
6
How to Edit Ladder Diagram
7
Introductions on the Basic Internal Devices in the PLC
8
The Structure of a Ladder Diagram
10
How to Edit a PLC Ladder Diagram
12
The Conversion of PLC Command and each Diagram Structure
16
Incorrect Ladder Diagram
17
Simplified Ladder Diagram
19
Basic Program Designing Examples
21
Start, Stop and Latched
21
Frequently Used Control Circuit
22
Drawing by SFC Editor (Wplsoft)
27
All Devices in DVP-PLC
29
SA/SX/SC Series MPU
30
Latched Settings for All Devices in SA/SX/SC Series MPU
31
EH/EH2/SV Series MPU
32
Latched Settings for All Devices in EH/EH2/SV Series MPU
33
Power On/Off or the MPU Switches between RUN/STOP
33
Values, Constants [K] / [H]
34
Numbering and Functions of External Input/Output Contacts [X] / [Y]
36
The Handling Process of PLC Program (Batch I/O)
38
Numbering and Functions of Auxiliary Relays [M]
39
Numbering and Functions of Step Relays [S]
39
Numbering and Functions of Timers [T]
40
Accumulative Type Timer
41
General Purpose Timer
41
Numbering and Functions of Counters [C]
42
Subrountine Timer
42
High-Speed Counters for ES/EX/SS Series MPU, Total Bandwidth: 20Khz
46
High-Speed Counters for SA/SX Series MPU, Total Bandwidth: 40Khz
46
High-Speed Counters for SC Series MPU, Total Bandwidth: 130Khz
47
Counting Modes
48
Data Register [D]
56
Numbering and Functions of Registers [D], [E], [F]
56
Index Register [E], [F]
57
Functions and Features of File Registers
58
Pointer [N], Pointer [P], Interruption Pointer [I]
58
Special Auxiliary Relays and Special Data Registers
61
Functions of Special Auxiliary Relays and Special Registers
97
Using Execution Completed Flag
102
Communication Format Settings
106
Communication Protocols and How to Set
106
How to Operate EASY EASY PLC LINK
143
How Does Master PLC Work
144
Auto Mode and Maual Mode
145
Operation Procedure of EASY EASY PLC LINK
146
Communication Addresses of Devices in DVP Series PLC
151
Error Codes
153
Basic Instructions and Step Ladder Instructions
155
Explanations on Basic Instructions
157
Step Ladder Instructions [STL], [RET]
171
Sequential Function Chart (SFC)
172
Actions of Step Ladder
173
How Does a Step Ladder Instruction Work?
173
Timing Diagram of Step Ladder
173
Repeated Use of Output Coil
174
Repeated Use of Timer
175
Transfer of Step
175
Cautions for Driving Output Point
176
Restrictions on Using some Instructions
176
Things to Note for Designing a Step Ladder Program
177
Single Sequence Without Divergence and Convergence
179
Types of Sequences
179
Complicated Single Sequence
180
Jumping Sequence
180
Reset Sequence
180
Structure of Alternative Convergence
181
Structure of Alternative Divergence
181
Structure of Simultaneous Divergence
181
Structure of the Simultaneous Convergence
181
IST Instruction
187
Restrictions on Divergence Sequence
187
Categories & Use of Application Instructions
193
List of Instructions
193
32-Bit Instruction
196
Applicable to
196
Es Sa Eh
196
STEPS Page
196
Composition of Application Instruction
198
Input of Application Instruction
198
Continuous Execution Instruction and Pulse Execution Instruction
199
Length of Operand (16-Bit Instruction or 32-Bit Instruction)
199
Designation of Operands
200
Format of Operand
200
Data Processing of Word Devices Combined from Bit Devices
201
Error Operation Flags
201
General Flags
201
Flags for Expanding Functions
202
Times of Using Instructions
202
Handling of Numeric Values
203
Decimal Floating Point
205
E, F Index Register Modification
206
Instruction Index
208
Plsr Dplsr
210
Plsy Dplsy
210
Pulse Width Modulation
210
Pwm
210
Modules
211
Ramp
211
Segd
211
Ser
211
Sort
211
Stmr
211
Stop
211
Tky
211
Ttmr
211
Chapter 6 Application Instructions API

213
- Conditional Jump
  213
- Call Subroutine
  217
- Subroutine Return
  217
- Disable Interrupts
  220
- Enable Interrupts
  220
- Interrupt Return
  220
- The End of the Main Program (First End)
  224
- Watchdog Timer Refresh
  226
- End of a FOR-NEXT Loop
  227
- Start of a FOR-NEXT Loop
  227
- Compare
  230
- Zone Compare
  231
- Move
  232
- Shift Move
  233
- Compliment
  235
- Block Move
  236
- Fill Move
  238
- Exchange
  239
- Binary Coded Decimal
  241
- Binary
  242
- Addition
  244
Chapter 10 Application Instructions API

246
- Subtraction
  246
- Multiplication
  247
- Division
  249
- Increment
  251
- Decrement
  252
- Logical Word and
  253
- Logical Word or
  254
- Logical Exclusive or
  255
- 2’S Complement (Negative)
  256
- Rotation Right
  258
- Rotation Left
  259
- Rotation Right with Carry
  260
- Rotation Left with Carry
  261
- Bit Shift Right
  262
- Bit Shift Left
  263
- Word Shift Left
  264
- Shift Register Write
  267
- Shift Register Read
  268
- Zero Reset
  269
- Decode
  271
- Encode
  273
- Sum of Active Bits
  275
- Check Specified Bit Status
  276
- Mean
  277
- Annunciator Reset
  278
- Timed Annunciator Set
  278
- Square Root
  281
- Convert bin Integer to Binary Floating Point
  282
- Refresh
  285
- Refresh and Filter Adjust
  286
- Input Matrix
  287
- High Speed Counter Set
  289
- Registers for Relevant Flags and Settings of High Speed Counters
  297
- High Speed Counter Reset
  299
- High Speed Zone Compare
  301
- Speed Detection
  308
- Pulse y Output
  310
- Pulse Width Modulation
  316
- Pulse Ramp
  319
- Initial State
  323
- Search a Data Stack
  329
- Absolute Drum Sequencer
  330
- Incremental Drum Sequencer
  332
- Teaching Timer
  334
- Special Timer
  336
- Alternate State
  338
- Ramp Variable Value
  339
- Sort Tabulated Data
  341
- Ten Key Input
  343
- Hexadecimal Key Input
  345
- Digital Switch
  348
- Seven Segment Decoder
  350
- Seven Segment with Latch
  351
- Arrow Switch
  354
- ASCII Code Conversion
  356
- Print (ASCII Code Output)
  357
- Read CR Data in Special Modules
  359
- Write CR Data into Special Modules
  360
- Serial Communication Instruction
  364
- Parallel Run
  377
- Converts Hex to ASCII
  378
- Converts ASCII to Hex
  382
- Check Code
  385
- Volume Read
  387
- Volume Scale
  389
- Absolute Value
  390
- PID Control Loop
  391
- Read Modbus Data
  403
- Write Modbus Data
  408
- Forward Running of VFD-A
  413
- Reverse Running of VFD-A
  413
- Stop VFD-A
  413
- Read VFD-A Status
  416
- Reset Abnormal VFD-A
  418
- Checksum LRC Mode
  419
- Checksum CRC Mode
  421
- Read Digital Switch
  424
- Floating Point Compare
  425
- Floating Point Zone Compare
  426
- Move Floating Point Data
  427
- Angle → Radian
  428
- Radian → Angle
  429
- Float to Scientific Conversion
  430
- Scientific to Float Conversion
  431
- Floating Point Addition
  433
- Floating Point Subtraction
  434
- Floating Point Multiplication
  435
- Floating Point Division
  436
- Exponent of Binary Floating Point
  437
- Natural Logarithm of Binary Floating Point
  438
- Logarithm of Binary Floating Point
  439
- Floating Point Square Root
  441
- Floating Point Power Operation
  442
- Float to Integer
  444
- Sine
  445
- Cosine
  447
- Tangent
  449
- Arc Sine
  451
- Arc Cosine
  452
- Arc Tangent
  453
- Hyperbolic Sine
  454
- Hyperbolic Cosine
  455
- Hyperbolic Tangent
  456
- Delay Instruction
  457
- General PWM Output
  459
- Fuzzy Temperature Control
  460
- Valve Control
  465
- Byte Swap
  468
- Read File Register
  469
- Write File Register
  470
- Read/Write MODBUS Data
  473
- Detection of Input Pulse Width
  482
- End of the Measurement of the Execution Time of I Interruption
  483
- Start of the Measurement of Execution Time of I Interruption
  483
- Random Number
  485
- Read the Absolute Position from a Servo Motor
  486
- Zero Return
  491
- Adjustable Speed Pulse Output
  495
- Drive to Increment
  496
- Drive to Absolute
  502
- Time Compare
  511
- Time Zone Compare
  512
- Time Addition
  513
- Time Subtraction
  514
- Time Read
  515
- Time Write
  517
- Hour Meter
  519
- BIN → Gray Code
  521
- Gray Code → bin
  522
- Matrix ‘AND’ Operation
  531
- Matrix ‘OR’ Operation
  533
- Matrix ‘XOR’ Operation
  534
- Matrix ‘XNR’ Operation
  535
- Matrix Inverse Operation
  536
- Matrix Compare
  537
- Read Matrix Bit
  539
- Write Matrix Bit
  541
- Matrix Bit Displacement
  543
- Matrix Bit Rotation
  545
- Matrix Bit Status Counting
  547
- 2-Axis Relative Point to Point Motion
  548
- 2-Axis Absolute Point to Point Motion
  551
- 2-Axis Relative Position Arc Interpolation
  553
- 2-Axis Absolute Position Arc Interpolation
  558
- Single-Axis Pulse Output by Table
  563
- High Speed Timer
  565
- Close Loop Position Control
  567
- Proportional Value Calculation
  575
- Parameter Proportional Value Calculation
  577
- Contact Logical Operation LD#
  581
- Contact Logical Operation AND#
  582
- Contact Logical Operation OR#
  583
- Load Compare
  584
- AND Compare
  585
- OR Compare
  586

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Delta DVP-PLC Applications Manual (587 pages)

Table of Contents

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