Rockwell-automation AutoMax Enhanced Ladder Language Reference Manual Manual de usuario Pagina 207
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10Ć5
Use
this instruction to perform one of these
op
Ć
erations on a single operand:
D calculate the absolute value (ABS)
D perform a logical NOT (NOT)
D calculate the square root (SQRT)
D perform a negate operation (NEG)
D move from a source location to a destinaĆ
tion location (MOVE)
Use this instruction to perform arithmetic or
move operations on:
D simple variables
D a single element of an array
D multiple elements of an array
The In input can be an array variable or a simple variable/constant. You can place the
result in a simple or array variable.
When EN transitions from false to true, the instruction prepares to carry out the function
specified in Operation by latching (buffering) all the parameters. If you have
programmed the array instruction to operate on the array elements over multiple
program scans, the first scan sets up the operation. Then, the operation is performed
over a series of scans until done.
- 1
- 17
- 1.5 Using Transition Contacts 22
- Construct 27
- 1.6 Always True Contact (ATI) 28
- 1.8 Coil (CO) 30
- 1.9 Set (Latch) Coil (SCO) 31
- 35
- 36
- 37
- 38
- 39
- Using Ladder Logic 40
- 41
- 42
- 43
- 44
- 3.1.2 Output 45
- 46
- 3.2 Timer Off Delay (TOF) 47
- 3.2.1 Input 48
- 3.2.2 Output 49
- 50
- 3.3 Timer On Delay (TON) 51
- 52
- 53
- 54
- 3.4 Timer Pulse (TP) 55
- 3.4.1 Input 56
- 3.4.2 Output 57
- 58
- 61
- 62
- 4.1.1 Input 63
- 4.1.2 Output 64
- 4.2.1 Input 67
- 4.2.2 Output 68
- 70
- 4.3.1 Input 71
- 4.3.2 Output 72
- 4.4.1 Input 75
- 4.4.2 Output 76
- 78
- 4.5.1 Input 79
- 4.5.2 Output 80
- 4.6 Limit (LIMIT) 82
- 4.6.1 Input 83
- 4.6.2 Output 84
- 4.7 Mask Compare (MSK) 86
- 4.7.1 Input 87
- 4.7.2 Output 88
- 90
- 4.8.1 Input 91
- 4.8.2 Output 92
- 95
- 5.1 Absolute Value (ABS) 96
- 5.1.1 Input 97
- 5.1.2 Output 98
- 99
- 5.2.1 Input 100
- 5.2.2 Output 101
- 103
- 5.3.1 Input 104
- 5.3.2 Output 105
- 5.4 Modulo (MOD) 106
- 5.4.1 Input 107
- 5.4.2 Output 108
- 5.5 Multiply (MUL) 109
- 5.5.1 Input 110
- 5.5.2 Output 111
- 5.6 Multiply Divide (MDV) 113
- 5.6.1 Input 114
- 5.6.2 Output 115
- 5.7 Negate (NEG) 116
- 5.7.1 Input 117
- 5.7.2 Output 118
- 5.8 Square Root (SQRT) 119
- 5.8.1 Input 120
- 5.8.2 Output 121
- 5.9 Subtract (SUB) 122
- 5.9.1 Input 123
- 5.9.2 Output 124
- 5.10.4 Errors 128
- Instruction 128
- 133
- 6.1 Logical And (AND) 134
- 6.2 Logical Not (NOT) 137
- 6.3 Logical Or (OR) 140
- result 142
- 148
- 7.1.1 Input 149
- 7.1.2 Output 150
- result 151
- 7.2.1 Input 153
- 7.2.2 Output 154
- 159
- 8.1.1 Input 161
- 8.1.2 Output 162
- 8.2.1 Input 165
- 8.2.2 Output 166
- 168
- 8.3.1 Input 169
- 8.3.2 Output 170
- result 171
- 177
- 9.1.1 Input 178
- 9.1.2 Output 179
- 9.2.1 Input 182
- 9.2.2 Output 183
- 9.3.1 Input 186
- 9.3.2 Output 187
- 189
- 9.4.1 Input 190
- 9.4.2 Output 191
- 9.5.1 Input 194
- 9.5.2 Output 195
- 9.6.1 Input 198
- 9.6.2 Output 199
- 203
- 208
- 10.1.2 Output 211
- 10.1.4 Input 216
- 10.2.2 Output 220
- 222
- 10.3.1 Input 224
- 10.3.2 Output 228
- 230
- 10.4.1 Input 231
- 10.4.2 Output 232
- 234
- 10.5.1 Input 235
- 10.5.2 Output 236
- Input Conditions 238
- 245
- 11.1 Set Event (SET) 246
- 247
- 249
- 249
- 254
- 255
- 257
- 260
- 261
- 262
- I/O Write Instructions 266
- 267
- 268
- 13.1.1 Input 269
- 13.1.2 Output 270
- 13.2 Immediate Output (OUT) 271
- 13.2.2 Output 272
- 273
- A.1 Data Types 275
- and Double Integer V 276
- A.1.2 Integer 276
- A.1.3 Timer Variables 278
- MPORTANT: 279
- A.1.4 Counter Variables 280
- A.1.5 Labels 281
- ElementĆIndexing 282
- A.3.1 Local Variables 283
- A.3.2 Global Variables 284
- A.4 Arrays 285
- A.5 Constants 287
- A.6.2 About 290
- A.6.3 About the Retained V 290
- ((!& #, 297
- ((!& #- 299
- 303
- 306
- 307
- E.1 Error Codes 3001Ć3010 308
- E.2 Error Codes 3011Ć3020 309
- E.3 Error Codes 3021Ć3030 310
- E.4 Error Codes 3031Ć3035 311
- " 313
- 314
- 314
- ! 325
- 326
- 335
- For additional information 352
- 1 Allen-Bradley Drive 352
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