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(6) Select the line to be set, and click [Edit].
To copy the preset interlock setting, select the
line to be copied, and click [Copy], then select
the line to be pasted, and click [Paste].
To delete the setting, select the line to be
deleted, and click [Delete].
(7) AI controller (63MC) interlock control
setting screen will appear.
[Interlock No.]
The pattern No. of interlock control setting is
shown.
[Ch No.]
Set the input Ch No. of interlock source.
[Input conditions]
Set the interlock condition of the interlock source
input channel (Ch No.).
Select the comparison relation between the input
value and the upper/lower threshold.
[Upper threshold][Lower threshold]
The upper/lower threshold to use for input conditions can be set.
Select one among “Detection value”, “Cancellation value”, or “Manual setting”.
When the “Detection value” is selected, the upper/lower limit alarm detection of the interlock source
(AI Controller) will be applied.
[See section 3.13.2.2. Setting for AI Controllers (63MC) (2)]
When the “Cancellation value” is selected, the upper/lower limit alarm cancellation of the interlock
source (AI Controller) will be applied.
[See section 3.13.2.2. Setting for AI Controllers (63MC) (2)]
When the “Manual setting” is selected, enter the value in the box on the right within the measurement
range (between the upper and the lower limit values) of the interlock source (AI Controller).
[See section 3.13.2.2. Setting for AI Controllers (63MC) (2)]
[Transmission intervals]
As long as the input interlock condition is met, the interlock control operation will keep being output
continuously at the set intervals.
Select “Disabled” or “Enabled”. When “Enabled” is selected, set the value. (1-120 min.)
[Differential]
(This setting can be made only when “Enable” is selected in the [Data transmission intervals].)
The “differential” can be set.
Select “Disabled” or “Enabled”. When “Enabled” is selected, set the value. (0.1-9.9°C /°F /%)
Make this setting to keep outputting the same interlock control operation preventing other interlock
control operations from being output when the input value remains around the upper/lower thresholds.
As long as the interlock condition is met, the interlock control operation is output under the set interlock
condition (including the set differential). The differential is not available for the first case.
To make the differential valid, make the differentials of all the channels the same.