1 Table of contents 313

xLadder user manual-V2.0.0.6

Distribuidor para Chile y Sudamérica Zona Industrial Spa. www.zonaindustrial.cl

Introduction		9
Valid range of this manual		10
Safety Guideline		10
Qualified Personnel		11
Prescribed Usage		11
Warning		11
Trademarks		11
Copyright Rievtech 2016 all rights reserved		12
Disclaim of Liability		12
Additional support		12
1 .what is Xlogic ?		13
1.1 Overview		13
1.2 Highlight feature		13
1.3 Some of the things xLogic can do for you?		15
1.4 xLogic devices：		15
2. Hardware introduction		17
2.1 Naming Rules of PR Series PLC		17
2.2 Hardware model selection		18
2.3 Structure & dimension		21
3 .Installing/removing xLogic		24
Dimensions		24
3.1 DIN rail mounting		25
3.2 Wall-mounting		26
3.3 wiring xLogic		27
3.4 Connecting the power supply		27
3.4.1 Connecting xLogic inputs		28
3.4.2 Connecting xLogic Outputs		31
3.4.3 Communication port instructions:		34
4.Quick reference manual		37
4.1 Special memory area:		37
4.2Interrupt Events:		37
4.3 High speed counter：		37
X Ladder direction for use		39
5.The detailed annotation of operation interface		39
5.1The main menu		39
5.1.1 File		39
5.1.2 Edit		40
5.1.3 View		40
5.1.4 PLC		42
5.1.5 Debug		43
5.1.6 Help		43
5.2 toolbar		44
5.3 Instruction tree		47
5.3.1 Project		48
5.3.2 Data block		48
5.3.3 System block		49
5.3.4 Program block		56
5.3.5 Function symbol		56
5.3.6 Variable symbol		56
5.3.7 Status chart		57
5.3.8 Cross reference		57
5.3.9 Communication		58
5.3.10 Instructions		59
5.3.11 The program editor		60
5.3.12 Status chart, information output		61
5.4 Programming concepts		62
5.4.1 How the program works		62
5.4.2 Addressing overview		62
5.4.3 How to organize the program		64
5.5 How to enter the ladder logic program		65
5.5.1 How to build a new project		65
5.5.2 Ladder logic element and its working principle		65
5.5.3 Network rules for series and parallel in LAD		66
5.5.4 How to input commands in LAD		66
5.5.5 How to enter the address in LAD		68
5.5.6 How to edit program elements in LAD		68
5.5.7 How to use find / replace		71
5.5.8 How to display errors in LAD in the program editor		72
5.5.9 How to compile in LAD		72
5.5.10 How to save the project		73
5.6 How to set up a communication and download program		73
5.6.1 Communication settings		73
5.6.2 Download program		75
5.6.3 How to correct compilation errors and download errors		76
5.7 How to monitor and debug the program		77
5.8 PLC operation and options		81
6.X Ladder instructions descriptions		82
6.1 Bit logic		82
6.1.1 Normally open and normally closed		82
6.1.2 Normally open immediate and normally closed immediate.		84
6.1.3 NOT Reverse instruction		84
6.1.4 Rising edge and falling edge		85
6.1.5 Output		86
6.1.6 Output immediate		86
6.1.7 Set and reset		87
6.1.8 Set immediate and reset immediate		88
6.1.9 SR instruction		88
6.1.10 RS instruction		89
6.1.11 NOP instruction		90
6.2 Clock instruction		91
6.2.1 Read and set the real time clock		91
6.3 Communication		92
6.3.1 Get port address		92
6.3.2 Set port address		92
6.4 Compare		93
6.4.1 Byte compare		93
6.4.2 Integer comparison		95
6.4.3 Double integer comparison		96
6.4.4 Real number comparison		97
6.4.5 String comparison		98
6.5 Convert		99
6.5.1 Byte to integer		99
6.5.2 Integer to byte		100
6.5.3 Integer to double integer		100
6.5.4 Integer to string		100
6.5.5 Double integer to integer		102
6.5.6 Double integer to real number		102
6.5.7 Double integer to string		103
6.5.8 BCD to integer, integer to BCD conversion		104
6.5.9 ROUND		105
6.5.10 TRUNC		106
6.5.11 Real number to string		107
6.5.12 Integer to ASCII code		109
6.5.13 Double integer to ASCII code		111
6.5.14 Real number to ASCII code		112
6.5.15 ATH&HTA		114
6.5.16 String to integer		115
6.5.17 String to double integer		117
6.5.18 String to real number		119
6.5.19 DECO		121
6.5.20 ENCO		122
6.5.21 Seven segment code		123
6.6 Counter		124
6.6.1 CTU		124
6.6.2 CTD		125
6.6.3 CTUD		126
6.7 Floating point calculation		127
6.7.1 ADD-R&SUB-R		127
6.7.2 MUL - R&DIV - R		129
6.7.3 SQRT		130
6.7.4 SIN		131
6.7.5 COS		132
6.7.6 TAN		133
6.7.7 LN		134
6.7.8 EXP		135
6.7.9 PID		136
6.8 Integer operations		139
6.8.1 ADD-I&SUB-I		139
6.8.2 ADD- DI & SUB- DI		141
6.8.3 MUL & DIV		142
6.8.4 MUL -I & DIV-I		143
6.8.5 MUL -DI & DIV -DI		145
6.8.6 INC-B & DEC-B		146
6.8.7 INC-W & DEC-W		147
6.8.8 INC -DW & DEC -DW		148
6.9 Interrupt		149
6.9.1 ENI & DISI		149
6.9.2 RETI instruction		151
6.9.3 ATCH		152
6.9.4 DTCH		155
6.9.5 Clear interrupt event		157
6.10 Logic operation		158
6.10.1 INV -B		158
6.10.2 INV -W		159
6.10.3 INV -DW		160
6.10.4 WAND-B、WOR -B、WXOR -B		161
6.10.5 WAND-W、WOR -W、WXOR -W		162
6.10.6 WAND- DW、WOR -DW、WXOR -DW		163
6.11 Move		164
6.11.1 Byte move		164
6.11.2 Word move		165
6.11.3 Double word move		166
6.11.4 Real number move		167
6.11.5 BLKMOV -B		168
6.11.6 BLKMOV -W		169
6.11.7 BLKMOV -D		170
6.11.8 SWAP		171
6.11.9 MOV -BIR		172
6.11.10 MOV -BIW		172
6.12 Program control		173
6.12.1 FOR、NEXT		173
6.12.2 Jump to label and label		175
6.12.3 Sequence control relay		176
6.12.4 Return from subroutine		178
6.12.5 Conditional end		179
6.12.6 STOP		180
6.12.7 Watchdog Reset		181
6.12.8 Diagnosis LED		182
6.13 Shift cycle		183
6.13.1 SHR -B & SHL -B		183
6.13.2 SHR -W & SHL -W		185
6.13.3 SHR -DW & SHL -DW		186
6.13.4 ROR -B & ROL -B		187
6.13.5 ROR -W & ROL -W		188
6.13.6 ROR -DW & ROL -DW		189
6.13.7 SHRB		190
6.14 Character string		191
6.14.1 String length		191
6.14.2 Copy string		192
6.14.3 SSTR-CPY		193
6.14.4 String catenate		194
6.14.5 STR -FIND		195
6.14.6 Look for the first character in the string		196
6.15 Table		197
6.15.1 Last in first out		197
6.15.2 FIFO		199
6.15.3 Add to table		201
6.15.4 Memory fill		203
6.15.5 Table Find		204
6.16 Timer		206
6.16.1 Switch on delay timer		206
6.16.2 TONR		208
6.16.3 Disconnect delay timer		209
6.16.4 Start time interval		210
6.16.5 Calculation interval time		211
6.17 Pulse train output		212
6.17.1 Pulse output		212
6.17.2 Pulse width modulation		214
6.18 Subroutine		215
6.18.1 Using subroutine		215
6.18.2 Using parameters to call subroutine		216
6.18.3 How to set up a subroutine		217
6.18.4 How to call a subroutine		218
7.PLC storage area		221
7.1 Storage area types and properties		221
7.2 Direct and indirect addressing		222
7.3 Bit, byte, word and double word access		225
7.4 Memory address range		225
7.5 Data type		226
7.6 Constant		227
8.Assignment and function of SM special storage area		228
9.Easy ladder communication		229
9.1 PR series PLC basic introduction of network communication		229
9.2 PR series PLC communication		231
UFP_XMT		233
UFP_QAR		234
UMB03		237
UMB04		237
UMB06		238
UMB16		238
9.3 Optimize network performance		239
10.Additional chapter		240
10.1 How to switch PLC mode		240
10.2 Value range of analog quantity:		247
10.3 Extension module address		247
10.3.1 Digtal Input addressing		247
10.3.2 Digtal Output addressing		249
10.3.3 Analog Input addressing		250
10.3.4 Analog Output addressing		252
10.4 Set extension module address with a dial switch		253
10.5 Additional instructions		254
10.5.1 LCD related instructions		254
LCD_PAGE		254
10.5.2 CAN, serial port initialization instructions		263
UART_Init CAN_Init		263
10.6 Example of serial port free port communication		264
10.7 Example of CAN free port		266
10.8 MODBUS communication master program		268
10.9 The example of using PID instruction		269
10.10 Read / Write Program via Ethernet		272
10.11 Modbus block (New block for Ethernet series PLC)		277
10.12 MQTT (New block for Ethernet series PLC)		281
10.12.1 Connect to MQTT Server		281
10.12.2 Publish with MQTT		283
10.12.3 Subscribe with MQTT		287
10.13 Memory Read & Memory Write (New block for Ethernet series PLC)		291
10.13.1 Memory Write		291
10.13.2 Memory Read		294
10.14 GPRS_CONN & GPRS_SEND (New block for Ethernet series PLC)		297
10.14.1 GPRS_CONN		297
10.14.2 GPRS_SEND		298
10.15 SMS_IN & SMS_OUT (New block for Ethernet series PLC)		301
10.15.1 SMS_IN		302
10.15.2 SMS_OUT		305
10.16 EMAIL_POST (New block for Ethernet series PLC)		308
10.16.1 Set email params		308
10.16.2 EMAIL_POST		309
MODBUS ADDRESS		312

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