ABB REG650 - Page 23

Boolean 16 to integer conversion with logic node representation
B16IFCVI........................................................................................ 457
Identification.............................................................................. 457
Functionality.............................................................................. 457
Function block........................................................................... 458
Signals.......................................................................................458
Settings......................................................................................459
Monitored data...........................................................................459
Operation principle.................................................................... 459
Integer to boolean 16 conversion IB16A........................................ 460
Identification.............................................................................. 460
Functionality.............................................................................. 460
Function block........................................................................... 460
Signals.......................................................................................461
Settings......................................................................................461
Operation principle.................................................................... 461
Integer to boolean 16 conversion with logic node representation
IB16FCVB.......................................................................................463
Identification.............................................................................. 463
Functionality.............................................................................. 463
Function block........................................................................... 463
Signals.......................................................................................463
Settings......................................................................................464
Operation principle.................................................................... 464
Elapsed time integrator with limit transgression and overflow
supervision TEIGGIO..................................................................... 465
Identification.............................................................................. 465
Functionality.............................................................................. 466
Function block........................................................................... 466
Signals.......................................................................................466
Settings......................................................................................467
Operation principle.................................................................... 467
Operation Accuracy..............................................................468
Memory storage................................................................... 468
Technical data........................................................................... 469
Section 14 Monitoring.....................................................................471
Measurements................................................................................471
Functionality.............................................................................. 471
Measurements CVMMXN..........................................................472
Identification ........................................................................ 472
Function block...................................................................... 473
Signals..................................................................................473
Settings................................................................................ 474
Table of contents
17
Technical manual