Output Tag Definitions – 5034-IF4IH
Name | Data Type | Definition | Valid Values |
|---|---|---|---|
Chxx.LLAlarmEn | BOOL | Enables the Low Low Alarm.
IMPORTANT:
To use this alarm, set this tag to 1 and confirm that the
Chxx.AlarmDisable configuration tag for the same channel
is set to 0. If the Chxx.AlarmDisable configuration tag is set to 1,
that is, alarms are disabled, this alarm does not work
regardless of the tag value. | 0 = Disable alarm 1 = Enable alarm |
Chxx.LAlarmEn | BOOL | Enables the Low Alarm.
IMPORTANT:
To use this alarm, set this tag to 1 and confirm that the
Chxx.AlarmDisable configuration tag for the same channel
is set to 0. If the Chxx.AlarmDisable configuration tag is set to 1,
that is, alarms are disabled, this alarm does not work
regardless of the tag value. | 0 = Disable alarm 1 = Enable alarm |
Chxx.HAlarmEn | BOOL | Enables the High Alarm.
IMPORTANT:
To use this alarm, set this tag to 1 and confirm that the
Chxx.AlarmDisable configuration tag for the same channel
is set to 0. If the Chxx.AlarmDisable configuration tag is set to 1,
that is, alarms are disabled, this alarm does not work
regardless of the tag value. | 0 = Disable alarm 1 = Enable alarm |
Chxx.HHAlarmEn | BOOL | Enables the High High Alarm.
IMPORTANT:
To use this alarm, set this tag to 1 and confirm that the
Chxx.AlarmDisable configuration tag for the same channel
is set to 0. If the Chxx.AlarmDisable configuration tag is set to 1,
that is, alarms are disabled, this alarm does not work
regardless of the tag value. | 0 = Disable alarm 1 = Enable alarm |
Chxx.RateAlarmEn | BOOL | Enables the Rate Alarm.
IMPORTANT:
To use this alarm,
you must not only set the tag to 1. You must also make sure
the Chxx.AlarmDisable configuration tag for the same channel
is set to 0.
If the Chxx.AlarmDisable configuration tag is set to 1, that is,
alarms are disabled, this alarm does not work regardless of the
tag value. | 0 = Disable alarm 1 = Enable alarm |
Chxx.LLAlarmUnlatch | BOOL | Unlatches a latched Low Low Alarm at the first instance of the
bit transitioning from 0 to 1. | 0 = Low Low Alarm remains latched 1 = Low Low Alarm unlatched |
Chxx.LAlarmUnlatch | BOOL | Unlatches a latched Low Alarm at the first instance of the bit
transition from 0 to 1. | 0 = Low Alarm remains latched 1 = Low Alarm unlatched |
Chxx.HAlarmUnlatch | BOOL | Unlatches a latched High Alarm at the first instance of the bit
transition from 0 to 1. | 0 = High Alarm remains latched 1 = High Alarm unlatched |
Chxx.HHAlarmUnlatch | BOOL | Unlatches a set High High Alarm at the first instance of the bit
transition from 0 to 1. | 0 = High High Alarm remains latched 1 = High High Alarm unlatched |
Chxx.RateAlarmUnlatch | BOOL | Unlatches a set Rate Alarm at the first instance of the bit
transition from 0 to 1. | 0 = Rate Alarm remains latched 1 = Rate Alarm unlatched |
Chxx.Calibrate | BOOL | Initiates the Calibration process. This tag must remain set until a valid Low Reference and High
Reference values are applied to the input. If the tag value transitions to 0 before calibration is finished,
the process stops and calibration fails. | 0 = Not to start calibration process 1 = Start calibration process |
Chxx.CalLowRef | BOOL | Rising edge triggers the Low Calibration at the Low Reference
Point for the current input range value. A valid Low Reference signal must be connected to the channel
before setting this tag.
IMPORTANT:
This tag is
available only when you use the Data with Calibration
connection type in the Device Definition. If you use the
Data connection type, this tag does not appear in the module
tags.
| 0 = Not to start low reference sampling 1 = Start low reference sampling |
Chxx.CalHighRef | BOOL | Rising edge triggers a High Calibration at the High Reference
Point for the current input range value. A valid High Reference signal must be connected to the channel
before setting tag.
IMPORTANT:
This tag is
available only when you use the Data with Calibration
connection type in the Device Definition. If you use the
Data connection type, this tag does not appear in the module
tags.
| 0 = Not to start high reference sampling 1 = Start high reference sampling |
Chxx.SensorOffset | REAL | Compensates for any known offset error on the sensor or channel
to which the sensor is connected. Value is in terms of
engineering units. The value of this tag is added to the measured value in
engineering units and is used in the Chxx.Data input tag. | Any valid float value Use a value in the channel’s operating range. |
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