|
ALM_ACT
(Alarm)
|
0
|
NVM:
Preserved on Download
|
Alarm condition state:
|
|
ALM_DELAY_OFF
(Floating point)
|
0
(Seconds)
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
The length of time IN must stay at a value sufficient to clear
the alarm condition before ALM_ACT becomes Inactive (0).
|
|
ALM_DELAY_ON
(Floating point)
|
0
(Seconds)
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
The length of time IN must stay at a value sufficient to set
the alarm condition before ALM_ACT becomes Active (1).
|
|
ALM_ENAB
(Discrete with status)
|
1
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
Enables alarm condition detection:
|
|
ALM_ENAB_DELAY
(Floating point)
|
0
(Seconds)
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
The length of time after ALM_ENB is set to Enabled (1) before
alarm processing begins.
|
|
ALM_HYS
(Floating point)
|
0.5
(Percent of IN_SCALE)
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
Alarm hysteresis. The minimum amount IN must change and be on
the inactive side of ALM_LIM before an active alarm becomes inactive.
|
|
ALM_LIM
(Floating point)
|
0
(EU of IN_SCALE)
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
The value compared to IN to determine if an alarm condition
exists.
|
|
ALM_TIMER
(Floating point)
|
0
(seconds)
|
NVM:
Preserved on Download
|
Timer for the ALM_DELAY_OFF, ALM_DELAY_ON, and ALM_ENAB_DELAY
parameters.
|
|
ALM_TYPE
(Named Set)
|
High
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
Alarm detection type (High or Low). If High, alarm is active
when IN is greater than ALM_LIM. If Low, alarm is active when IN is less than
ALM_LIM.
|
|
IN
(Floating point with status)
|
0
(EU of IN_SCALE)
|
Access:
Tuning
NVM:
Restored on Restart
|
Input value on which alarm detection occurs.
|
|
IN_SCALE
(Scaling)
|
0.0 to 100.0
|
Access:
Configurable, Tuning
NVM:
Restored on Restart
|
Scaling parameter for IN.
|