Rockwell Automation 1440-DYN02-01RJ XM Dynamic Measurement Module - Manuel (Page 92)

92 Publication ICM-UM002F-EN-E - March 2013
Appendix A I/O Data Tags
Module-defined Data Types
The following tables list and describe module-defined data types for the
1440-DYN02-01RJ standard dynamic measurement type. The data types
define the structure of the data used by the module to store input, output, and
configuration data. These tags allow you to access this data via the controller’s
ladder logic.
These tables include information for input (as indicated by an I), configuration
(as indicated by a C), and output (as indicated by an O).
Input Data Type
The members of the input data type are dynamically generated by the
measurements you select in the Module Definition dialog box in the RSLogix
5000 software AOP. The size of the connection is calculated by this profile.
See Configure the Module Definition Properties on page 60 .
The table below shows the complete input data type when all measurements
are selected.
Module-defined Data Type: AB:1440_VDP_7FFFFFFF:I:0 (1)
Member Name Type Location Description
Faults DINT Contains the following Fault indicators.
CommFault BOOL Faults:0 0 = No communication fault
1 = Communication fault
Idle BOOL Faults:17 0 = Module in Run mode
1 = Module in Idle mode
Note: Measurements and alarms are not evaluated during Idle mode.
Ch0Fault BOOL Faults:18 0 = No fault on Channel 0
1 = Fault on Channel 0 from bias voltage reading outside the DC bias
limits
Ch1Fault BOOL Faults:19 0 = No fault on Channel 1
1 = Fault on Channel 1 from bias voltage reading outside the DC bias
limits
TachFault BOOL Faults:20 0 = No fault on tachometer
1 = Fault on tachometer; tachometer is enabled and receiving no pulses
within fault timeout period & the Tach DC bias is outside the Tach DC
Low and High Limits
ModuleFault BOOL Faults:21 0 = No fault on module
1 = Fault on module; either calibration, watchdog, or bad 5V, 24V, IEPE or
proximity probe power
ProxPowerFault BOOL Faults:22 0 = No fault on proximity probe power
1 = Fault on proximity probe power
IEPEPowerFault BOOL Faults:23 0 = No fault on IEPE power
1 = Fault on IEPE power
InternalPowerFault BOOL Faults:24 0 = No fault on module 5V supply
1 = Fault on module 5V supply