Keyence Visual KV Series Bedienungsanleitung Seite 151
- Seite / 392
- Inhaltsverzeichnis
- LESEZEICHEN
Bewertet. / 5. Basierend auf Kundenbewertungen
2.4 Instruction Details
1
2
3-127
Chapter 2 Instructions
Indirect addressing
■ Indirect addressing
Indirect addressing is used to so you don't have to use fixed data memories or relay
Nos. when the contents of data memory or a relay is stored in internal registers, or
when the contents of the internal memory is stored in data memory or a relay.
■ Method for indirect addressing
• Specify the operand for instructions as "#TMxx". The contents of "TMxx" is
considered to be the specification No. (indirect addressing).
Example
When TM02 value is "0000", "#TM02" represents DM0000.
When TM02 value is "10000", "#TM02" represents 0000 (relay).
• Any of "02" through "29" can be specified for "xx".
• Specify the desired decimal number for "xx".
• Numbers "0000" through "1999" specify DM0000 through DM1999 (data
memory).
Numbers "10000" through "27915" specify 0000 through 17915 (relay).
Example: LDA #TM15
This is the same operation whether "LDA DM0020" or "LDA 1000" is specified. The
specified data memory or relay can be changed as desired by changing the value of
TM15.
Example: STA #TM02
This is the same operation whether "STA DM0000" or "STA 3000" is specified. The
specified data memory or relay can be changed as desired by changing the value of
TM02.
■ Range of DM and relay Nos. that can be specified by "TMxx"
■ Instructions which can use indirect addressing:
Specify "#TMxx" as an operand relay.
LDA, @LDA, STA, @STA, CMP, @CMP, ADD, @ADD, SUB, @SUB, MUL, @MUL,
DIV, @DIV, ANDA, @ANDA, ORA, @ORA, EORA, @EORA
Note 1: "2000" to "9999" cannot be used as a TMxx value.
Note 2: If there is no data memory or relay corresponding to the number specified
with "#TMxx", special utility relay 2012 turns ON.
TM15 value Data entered into internal register
20 DM0020
11000 1000 to 1015
TM02 value Specified destination
00 DM0000
13000 3000 to 3015
TMxx value DM/relay
0000 to 1999 DM0000 to DM1999
2000 to 9999 Cannot be used.
10000 to 27915 0000 to 17915
FOR / NEXT
KVNKA Chap 02_4bP.p65 08.3.11, 0:00 PM127
- Programming 1
- Safety Precautions 2
- WARRANTIES AND DISCLAIMERS: 2
- Note to User 3
- How this manual is organized 8
- Contents 10
- Chapter 2 Instructions 11
- Installation 13
- Chapter 6 Handheld Programmer 17
- 2 Support software 20
- Chapter 2 Editor KV-300 21
- Chapter 3 Simulator 22
- Chapter 4 Monitor 22
- Appendices 23
- WARRANTIES AND DISCLAIMERS 24
- Chapter 1 25
- 1.1 Before Creating Programs 26
- 1.1.2 Scan Time 27
- 1.2 User Memory 28
- 1.3 Device Configuration 29
- Chapter 1 Programming 30
- 1.3.2 Relay No 31
- 1.3.3 Assigning Relay Nos 32
- 1.3.4 Input Relays 33
- 1.3.5 Output Relays 34
- 1.3.6 Internal Utility Relays 35
- 1000 turns ON at every hour 36
- Other special utility relays 39
- 1.3.9 Timers and Counters 42
- 1.3.10 Data Memories 43
- 1.3.11 Temporary Data Memory 45
- 1.4 Special Functions 47
- Modification within the CPU 48
- 1.4.3 Constant Scan Time Mode 49
- 0000 2300 50
- 1.5 Extended Ladder Diagrams 51
- 0000 2301 52
- Chapter 2 57
- 2.1 Instruction List 58
- 2.1.3 Arithmetic Instructions 62
- 2.1.4 Interrupt Instructions 65
- 2.2 Instruction List 66
- 2.2.3 Arithmetic Instructions 72
- < DI > 78
- < EI > 78
- 2.3 Convention Details 79
- LD: Load 81
- LDB: Load Bar 81
- 0000 0001 82
- Incorrect 84
- ANL: And Load 85
- ORL: Or Load 87
- OUT: Out 89
- OUB: Out Bar 89
- SET: Set 90
- RES: Reset 90
- (TMR No.) 91
- TMH: 0.01-s Timer 92
- TMS: 1-ms Timer 93
- C: Counter 96
- 0002 C002 97
- Special utility relay 98
- (1-second clock) 98
- (Preset value) 100
- Low-order 101
- 4 digits 101
- High-order 101
- DIFU: Differentiate Up 102
- DIFD: Differentiate Down: 102
- Chapter 2 Instructions 103
- 2.4 Instruction Details 103
- KEEP: Keep 104
- SFT: Shift 106
- (Relay No.) 107
- Enable input 110
- 1) 2) 3) 111
- Turns ON 112
- 1-s timer 112
- MC: Master Control 113
- MCR: Master Control 113
- SW1SW2SW3SW4 116
- Details of MEMSW 117
- Description 117
- NOP: No Operation 118
- END: End 118
- ENDH: End Hi 118
- W-ON: Wait ON 120
- W-OFF: Wait OFF 120
- Operands 121
- Key operation 121
- W-UE: Wait Up Edge 122
- W-DE: Wait Down Edge 122
- 0503050205010500 126
- MPS: Push 127
- MRD: Read 127
- MPP: Pop 127
- Start of branch 128
- Connection of branch 128
- End of branch 128
- MPS MPS MPS MPS 129
- STG: Stage 130
- JMP: Jump 130
- ENDS: End Stage 130
- Details of STG instruction 132
- Initial setting 134
- Reset input 134
- STG start relay 134
- STG end relay 134
- Double coil 135
- Interlock 135
- 3 seconds 136
- STP: Step 138
- STE: Step End 138
- ITVL: Interval Timer 141
- Setting procedure 142
- CALL: Subroutine Call 146
- SBN: Subroutine Entry 146
- RET: Subroutine Return 146
- Subroutine program 148
- FOR: Repeat Start 149
- NEXT: Repeat End 149
- Indirect addressing 151
- This operation is repeated 153
- DM0000 is 153
- HKEY: 16-Key Input 155
- BCD Digital switch 157
- 2.4.3 Arithmetic Instructions 158
- Internal register 159
- @xxxx: Differentiation 161
- TMIN: Trimmer In 162
- Trimmer Setting 162
- LDA: Load A 164
- @LDA: Load A 164
- STA: Store A 164
- @STA: Store A 164
- Arithmetic flag 165
- CMP: Compare 170
- @CMP: Compare 170
- Hexadecimal 174
- ResultArithmetic operation 174
- ADD (Addition) 175
- DM0003) into DM100 176
- (Stores positive value) 177
- (Stores negative value) 177
- Positive value DM0002 177
- Negative value DM0003 177
- Hexadecimal number 179
- Remainder 180
- Quotient 181
- (DM0001+DM0002+DM0003) 182
- (DM0000) ^ ($00FF) = (DM0001) 183
- (Logical sum) 185
- Exclusive Or A 188
- (Exclusive 188
- @SLA: Shift Left A 190
- SRA: Shift Right A 190
- @SRA: Shift Right A 190
- SLA: Shift Left A 190
- RRA: Rotate Right A 193
- @RRA: Rotate Right A 193
- RLA: Rotate Left A 193
- @RLA: Rotate Left A 193
- Complement 195
- (Bit inversion) 195
- 0000 DM0000 197
- 7-segment display 203
- TBCD: Transfer BCD 204
- @TBCD: Transfer BCD 204
- TBIN: Transfer BIN 204
- @TBIN: Transfer BIN 204
- DM0000 x DM0001 = 206
- ... TM01 206
- ÷ #10000 206
- ROOT: Square Root 209
- @ROOT: Square Root 209
- 2.5 Programming Notes 213
- Programming precautions 214
- Chapter 3 215
- Interrupt 216
- Visual KV 217
- 3.2 Interrupt Processing 218
- 3.2.2 Types of Interrupts 219
- 3.2.3 Interrupt Priority 220
- 3.2.4 Interrupt Program 220
- 3.3 Direct Input/Output 221
- Two Points 225
- Chapter 4 227
- Input-enable relay 228
- Count input 228
- 1. KV-300/Visual KV only 228
- 2. Visual KV only 228
- * Read-only relay 231
- Counters 235
- 4.3.4 Count Input Method 236
- (Counter value) 237
- External 239
- (single-phase input) 248
- 4.4.4 Ring Counter Function 249
- 4.5.5 Cam Switch Function 257
- 4.6 Direct Clock Pulse Output 261
- Comparator 262
- Pulse period 263
- ON ON ON ON 264
- 00220.1 µs005 268
- 10220. 01 µs05 268
- 20220. 001 µs5 268
- Pulse Count 273
- (Ramp-up/down control) 275
- Chapter 5 277
- Upper digit 278
- Lower digit 278
- Procedures 279
- 5.2.2 Operating Procedure 281
- Control Function 282
- Function 283
- Set parameters for auto 290
- Stop pulse output at the 290
- Chapter 6 291
- 6.1 Interrupt Instructions 292
- Interrupt priority 293
- Interrupt routine 293
- Direct output 294
- Direct input 294
- 6.1.2 Interrupt Instructions 295
- INT: Interrupt 296
- RETI: Return Interrupt 296
- Pulse width 297
- 2206(OFF) 2206(ON) 297
- Example 3 298
- 6.1 Interrupt Instructions 299
- 6.2 Direct Clock Pulse 300
- For KV-10/80 users 301
- 6.2 High-speed Counters 302
- Outline of Pulse Output 303
- KV-10/80 307
- 2100 2200 1.0 µs 10 to 65535 307
- 2101 2201 10.0 µs1 to 65535 307
- 2102 2202 100.0 µs1 to 65535 307
- CTH0 value 308
- CTH1 value 310
- * Refer to page 3-276 311
- *Refer to page 3-276 314
- 0000001001101000 316
- Special utility 316
- 6.3 Positioning Control 320
- Setting parameters 321
- Preset frequency 322
- Run frequency 323
- Start frequency 323
- 6.3 Positioning Control 324
- Ramp-up/down control 325
- Chapter 7 329
- 10 ms or longer 332
- 100 ms or longer 332
- 7.2 Serial Communication 333
- Commands 335
- 7.2.5 Other Response Codes 339
- 7.2.6 Error Code List 340
- 7.2.7 Example Program 341
- 7.3 Loading Text Data 342
- 0 0 0 0 0 0 0 0 0 1 1 0 0 0 1 343
- 7.3.3 Sample Program 344
- 7.4 ASCII Code List 345
- 7.4 ASCII Code List 346
- Chapter 8 347
- 8.1 List 348
- Basic Instructions 350
- 8.2 Details 351
- Application Instructions 358
- Transfer 365
- Refer to p. 3-131 366
- Arithmetic Instructions 367
- Sets C001 381
Verwandte Produkte und Handbücher für Sensoren Keyence Visual KV Series
Sensoren Keyence MS-F07 Bedienungsanleitung
(2 Seiten)
(2 Seiten)
© 2020, manymanuals.de. Alle Rechte vorbehalten. | 0.049 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Kommentare zu diesen Handbüchern