GE Industrial Solutions Entellisys 5.0 User Manual - Manual (Page 187)

Discrete inputs/outputs 183
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10.1.3.12 Configuration events
This category has 9 events.
•
Discrete IO Disabled Invalid Cfg Card 1. This event is logged when Entellisys had problems
configuring the direction of discrete I/O points on the discrete I/O card plugged into PMC0
slot.
•
Discrete IO Disabled Invalid Cfg Card 2. This event is logged when Entellisys had problems
configuring the direction of discrete I/O points on the discrete I/O card plugged into PMC1
slot.
•
Discrete IO Disabled Card In Wrong Slot. This event is logged when there is only a single
discrete I/O board plugged into the CPU and it is plugged into slot PMC1 instead of the
required PMC0.
•
Attention IO Card Detection Mismatch Found X of Y. This event is logged when the actual
number of discrete I/O cards installed in the CPU is different than number of discrete I/O
cards expected as specified by user through the HMI during discrete I/O configuration
process. X and Y stand for a number from 0 through 2 with a restriction that the event
cannot have X and Y equal. There are six (6) possible variants of this event.
NOTE: The number of expected discrete I/O boards is set before the system is shipped to the
customer. Customer is in no position to adjust it on its own.
10.1.3.13 Confirmation events
This category consists of 2 events.
•
Discrete IO Test Mode Initiated. This event is logged when the user enables discrete I/O test
mode from the HMI.
•
Discrete IO Test Mode Ended. This event is logged when the user disables discrete I/O test
mode from the HMI.
10.1.3.14 Operation events
This category of events includes 1024 events.
•
Contact Input X On. This event is logged when input X transitions from state off to on. X
stands for the discrete input number. There are 128 possible variants of this event. This event
can look completely different if the user decides to modify default user-friendly input name.
If that happens, default Contact Input X text of the event is replaced with whatever custom
name the user assigned to the input during discrete I/O configuration.
•
Contact Input X Off. This event is logged when input X transitions from state on to off. X
stands for a discrete input number. All remarks about the Contact Input X On event are also
valid for this event.
•
Contact Output X On. This event is logged when output X transitions from state
de-energized or off to energized or on. X stands for a discrete output number. There are 128
possible variants of this event. This event can look completely different if user decides to
modify default user-friendly output name. If that happens, default Contact Output X text of
the event is replaced with whatever custom name the user assigned to the output during
discrete I/O configuration.
•
Contact Output X Off. This event is logged when output X transitions from state energized or
on to de-energized or off. X stands for a discrete output number. All remarks about the
Contact Output X On event are also valid for this event.