Xinje XD5 - Page 311

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After click ‘OK’, you will find information in the configuration:

Click ‘OK’, the following instructions are added in the ladder:

Meantime, a new sequence block is added in the right of the project bar:

Main Page

Table of Contents4
Programming Summary10
PLC Features10
Security of the Program10
Rich Basic Functions10
Programming Language11
Stop PLC When Reboot11
Programming Mode12
Direct Input12
Instruction Configuration12
Soft Component Function13
Summary of the Soft Components13
Input Relay (X)13
Output Relay (Y)13
Auxiliary Relays (M, HM)14
Status Relays (S, HS)14
Timer (T, HT)14
Counter (C, HC)15
Data Register (D, HD)15
Flashrom Register (FD)15
Special Secret Register16
Structure of Soft Components16
Structure of Memory16
Data Register16
Timer T, Ht/Counter C, HC17
Flashrom Register FD17
Register Combined by Bits17
Structure of Bit Soft Components18
Relay18
The Bit of Register18
Soft Components List19
Input/Output Relays (X, Y)36
Auxiliary Relay (M, HM, SM)38
Status Relay (S, HS)39
Time Value43
Counter ( C, HC )44
Word Consist of Bits52
Offset Application53
Flash Register (FD, SFD, FS)54
Constant55
Programming Principle56
BCD: Binary Code Decimal56
Basic Program Instructions60
Basic Instructions List60
[Ld] , [Ldi] , [Out]62
Mnemonic and Function62
Statement62
[And] , [Ani]63
[Or] , [Ori]64
[Ldp], [Ldf], [Andp], [Andf], [Orp], [Orf]65
Relationship with ANB65
[Ldd], [Lddi], [Andd], [Anddi], [Ord], [Ordi], [Outd]66
[Orb]67
[Anb]68
[Mcs] , [Mcr]69
[Alt]70
[Pls], [Plf]71
[Set], [Rst]72
[CNT] [CNT_D] [DCNT] [DCNT_D] [RST] for the Counters73
[TMR], [TMR-A] for Timers75
[Group], [Groupe]76
Programming Notes77
Contactor Structure and Steps77
Program’s Executing Sequence77
Applied Instructions List79
Reading Method of Applied Instructions83
Program Flow Instructions85
Condition Jump [CJ]85
Call Subroutine [CALL] and Subroutine Return [SRET]86
Flow [SET], [ST], [STL], [STLE]88
[FOR] and [NEXT]93
[FEND] and [END]95
Data Compare Function96
LD Compare [LD]97
Serial Compare [AND]98
Parallel Compare [OR]99
Data Move Instructions102
Data Compare [CMP]102
Data Zone Compare [ZCP]103
Mov [Mov]104
Data Block Move [BMOV]106
Data Block Move [PMOV]107
Fill Move [FMOV]108
Floating Move [EMOV]110
Flashrom Write [FWRT]111
Zone Set [MSET]112
Zone Reset [ZRST]113
Swap the High and Low Byte [SWAP]114
Exchange [XCH]115
Data Operation Instructions117
Addition [ADD]117
Subtraction [SUB]119
Multiplication [MUL]121
Division [DIV]122
Increment [INC] & Decrement [DEC]124
Mean [MEAN]125
Logic and [WAND], Logic OR[WOR], Logic Exclusive or [WXOR]126
Logic Converse [CML]128
Negative [NEG]129
Shift Instructions130
Arithmetic Shift Left [SHL], Arithmetic Shift Right [SHR]130
Logic Shift Left [LSL], Logic Shift Right [LSR]132
Rotation Shift Left [ROL], Rotation Shift Right [ROR]133
Bit Shift Left [SFTL]135
Bit Shift Right [SFTR]136
Word Shift Left [WSFL]137
Word Shift Right [WSFR]138
Data Convert139
Single Word Integer Converts to Double Word Integer [WTD]140
16 Bits Integer Converts to Float Point [FLT]141
Float Point Converts to Integer [INT]142
BCD Convert to Binary [BIN]143
Binary Convert to BCD [BCD]145
Hex Converts to ASCII [ASCI]146
ASCII Convert to Hex.[Hex]147
Coding [DECO]148
High Bit Coding [ENCO]151
Low Bit Coding [ENCOL]153
Binary to Gray Code [GRY]155
Gray Code to Binary [GBIN]156
Floating Number Operation157
Floating Compare [ECMP]158
Floating Zone Compare [EZCP]159
Floating Addition [EADD]161
Floating Subtraction [ESUB]162
Floating Multiplication [EMUL]163
Floating Division [EDIV]165
Float Square Root [ESQR]166
Sine [SIN]167
Cosine [COS]168
Tan [Tan]169
Asin [Asin]170
Acos [Acos]171
Atan [Atan]172
RTC Instructions173
Read the Clock Data [TRD]173
Write Clock Data [TWR]174
Clock Compare [TCMP]175
High Speed Counter (HSC)178
Instructions List for HSC178
HSC Mode179
Increasing Mode179
AB Phase Mode179
HSC Range180
HSC Input Wiring181
HSC Ports Assignment181
AB Phase Counting Frequency Doubling Setting187
HSC Instruction188
Single Phase HSC [CNT]188
AB Phase HSC [CNT_AB]189
HSC Reset [RST]190
Read HSC Value [DMOV]190
Write HSC Value [DMOV]191
The Difference between HSC and Normal Counter192
HSC Example193
HSC Interruption195
Function Overview and Panel Configuration195
Single Phase 100-Segment HSC [CNT]197
AB Phase 100-Segment HSC [CNT_AB]198
Interruption Flag of HSC199
Setting Value Meaning in Absolute or Relative Mode199
HSC Interruption Cycle Mode202
CAM Function of High Speed Counter Interruption204
Interruption Using Notes and Parameter Address205
Application of HSC Interruption206
Communication Function213
COM Port213
RS232 Port (COM0, COM1, COM2-RS232)216
RS485 Port (COM2, COM2-RS485)216
USB Port217
Ethernet Port (RJ45)218
Left Extension ED Port (COM3)219
Above Extension BD Port (COM4, COM5)220
Communication Parameters221
MODBUS Communication221
Changing of Modbus Instruction222
Modbus Communication Address223
Modbus Data Format233
Modbus Transmission Mode233
Modbus-RTU Data Structure233
RTU Mode233
Function Code 0FH: Write Multiple Coils236
Function Code 10H: Write Multiple Registers236
Modbus-ASCII Data Structure237
ASCII Mode237
Communication Instructions239
The Operand Definition in the Instruction239
Remote Register/Coil Start ID Number239
Communication Condition239
Coil Read [COLR]240
Input Coil Read [INPR]241
Single Coil Write [COLW]242
Multiple Coils Write [MCLW]243
Register Read [REGR]244
Input Register Read [INRR]245
Single Register Write [REGW]246
Multiple Registers Write [MRGW]248
Modbus Serial Port Configuration249
Two Communication Modes: RTU, ASCII250
Modbus Communication Application253
485 Wiring Methods253
Free Communication Mode257
Prerequisites for Free Communication257
Serial Port Configuration258
Timeout: Frame Timeout (Ms), Reply Timeout (Ms)258
Suitable Occasion259
Free Communication Instruction260
Send Data [SEND]260
Receive Data [RCV]261
Function and Action262
Release Serial Port [RCVST]262
Free Communication Example263
Communication Flag and Register269
Read Write Serial Port Parameters272
Read Serial Port Parameters [CFGCR]272
Write Serial Port Parameters [CFGCW]273
Serial Port Parameter Name and Setting274
PID Control Function276
Instruction Form276
Functions and Action277
Parameters Setting278
Register and Their Functions279
Parameters Description284
Auto Tune Mode285
Two Different Methods and PID Control Diagram286
PID Auto Tune Period Value [S3+12]286
PID Auto Tune Overshooting Permission Setting [S3+13]287
Every Adjustment Percent of Current Target Value287
Cutline Explanation287
Advanced Mode288
Application Outlines289
C Language Function Block295
Suitable Soft Components296
Import and Export the Functions299
Edit the Func Blocks300
Program Example302
Application Notes304
Function Table306
Sequence BLOCK308
Call the BLOCK309
Add the BLOCK309
Move the BLOCK312
Delete the BLOCK313
Modify the BLOCK313
Edit the Instruction of the BLOCK315
Command Item315
Pulse Item316
Wait Item317
Module Read and Write （From/To）Instruction318
Running Form of the BLOCK319
BLOCK Instruction Editing Rules321
BLOCK Related Instructions323
Stop Running the BLOCK [SBSTOP]323
Continue Running the BLOCK [SBGOON]324
The Timing Sequence of the Instructions325
BLOCK Flag Bit and Register329
Special Function Instructions330
Pulse Width Modulation [PWM]330
Frequency Measurement [FRQM]333
Precise Timing [STR]337
Precise Timing Interruption339
Interruption [EI], [DI], [IRET]343
External Interruption343
Interruption Instruction344
Interruption’s Range Limitation345
Disable the Interruption345
Timing Interruption349
Interruption no349
Interruption Range’s Limitation350
Interruption Forbidden350
Common Questions and Answers351
Appendix Special Soft Components369
Special Auxiliary Relay369
Special Data Register375
Special Flash Register382
PLC Resource Conflict Table385
PLC Function Configuration List386

Xinje XD5 - Page 311

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