Analog Input
Die erforderlichen properties eines AI werden wie folgt definiert:
bac_units = 95
Die optionalen properties eines AI werden wie folgt definiert:
bac_description = Analog-Input 1
bac_resolution = 0.001
bac_cov_increment = 0.1
bac_min_pres_value = -100.0
bac_max_pres_value = 100.0
bac_time_delay = 0
bac_high_limit = 80.0
bac_low_limit = 5.0
bac_deadband = 0.6
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = event
bac_notification_class = 1
Ein lokaler AI könnte demnach z.B. so definiert sein:
[Y local.AI 1]
name = Name vom AI 1
query = pe
writecache = yes
bac_units = 95
bac_description = Analog-Input 1
bac_resolution = 0.001
bac_cov_increment = 0.1
bac_min_pres_value = -100.0
bac_max_pres_value = 100.0
bac_time_delay = 0
bac_high_limit = 80.0
bac_low_limit = 5.0
bac_deadband = 0.6
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = event
bac_notification_class = 1
Analog Output
Die erforderlichen properties eines AO werden wie folgt definiert:
bac_units = 95
Die optionalen properties eines AO werden wie folgt definiert:
bac_description = analog output 1
bac_resolution = 0.0
bac_cov_increment = 0.01
bac_min_pres_value = -10.0
bac_max_pres_value = 7000000.0
bac_time_delay = 0
bac_high_limit = 6000000.0
bac_low_limit = -5.0
bac_deadband = 2.0
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 20.0 -V
Ein lokaler AO könnte demnach z.B. so definiert sein:
[X local.AO 1]
name = Name vom AO 1
query = pe
writecache = yes
bac_units = 95
bac_description = analog output 1 || WP
bac_resolution = 0.0
bac_cov_increment = 0.01
bac_min_pres_value = -10.0
bac_max_pres_value = 7000000.0
bac_time_delay = 0
bac_high_limit = 6000000.0
bac_low_limit = -5.0
bac_deadband = 2.0
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 20.0 -V
Analog Value
Die erforderlichen properties eines AV werden wie folgt definiert:
bac_units = 95
Die optionalen properties eines AV werden wie folgt definiert:
bac_description = analog value 1
bac_resolution = 0.0
bac_cov_increment = 0.01
bac_min_pres_value = -10.0
bac_max_pres_value = 7000000.0
bac_time_delay = 0
bac_high_limit = 6000000.0
bac_low_limit = -5.0
bac_deadband = 2.0
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 20.0 -V
Ein lokaler AV könnte demnach z.B. so definiert sein:
[Y local.AV 1]
name = Name vom AV 1
query = pe
writecache = yes
bac_units = 95
bac_description = analog value 1
bac_resolution = 0.0
bac_cov_increment = 0.01
bac_min_pres_value = -10.0
bac_max_pres_value = 7000000.0
bac_time_delay = 0
bac_high_limit = 6000000.0
bac_low_limit = -5.0
bac_deadband = 2.0
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 20.0 -V
Large Analog Value
Die erforderlichen properties eines LAV werden wie folgt definiert:
bac_units = 95
Die optionalen properties eines LAV werden wie folgt definiert:
bac_description = large analog value 1
bac_resolution = 1.0
bac_cov_increment = 0
bac_min_pres_value = -10.0
bac_max_pres_value = 800000000.0
bac_time_delay = 0
bac_high_limit = 70000000.0
bac_low_limit = -5.0
bac_deadband = 10.0
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 100.0 -V
Ein lokaler LAV könnte demnach z.B. so definiert sein:
[Y local.LAV 1]
name = Name vom LAV 1
query = pe
writecache = yes
bac_units = 95
bac_description = large analog value 1
bac_resolution = 1.0
bac_cov_increment = 0
bac_min_pres_value = -10.0
bac_max_pres_value = 800000000.0
bac_time_delay = 0
bac_high_limit = 70000000.0
bac_low_limit = -5.0
bac_deadband = 10.0
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 100.0 -V
Integer Value
Die erforderlichen properties eines IV werden wie folgt definiert:
bac_units = 95
Die optionalen properties eines IV werden wie folgt definiert:
bac_description = integer value 1
bac_resolution = 1
bac_cov_increment = 10
bac_min_pres_value = -100
bac_max_pres_value = 5000000
bac_time_delay = 0
bac_high_limit = 70000
bac_low_limit = -50
bac_deadband = 10.0
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 100 -V
Ein lokaler IV könnte demnach z.B. so definiert sein:
[Y local.IV 1]
name = Name vom IV 1
query = pe
writecache = yes
bac_units = 95
bac_description = integer value 1
bac_resolution = 1
bac_cov_increment = 10
bac_min_pres_value = -100
bac_max_pres_value = 5000000
bac_time_delay = 0
bac_high_limit = 70000
bac_low_limit = -50
bac_deadband = 10
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 100 -V
Positiv Integer Value
Die erforderlichen properties eines PIV werden wie folgt definiert:
bac_units = 95
Die optionalen properties eines PIV werden wie folgt definiert:
bac_description = positiv integer value 1
bac_resolution = 1 bac_cov_increment = 10
bac_min_pres_value = 10
bac_max_pres_value = 5000000
bac_time_delay = 0
bac_high_limit = 70000
bac_low_limit = 20
bac_deadband = 10
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 100 -V
Ein lokaler PIV könnte demnach z.B. so definiert sein:
[Y local.PIV 1]
name = Name vom PIV 1
query = pe
writecache = yes
bac_units = 95
bac_description = positiv integer value 1
bac_resolution = 1
bac_cov_increment = 10
bac_min_pres_value = 10
bac_max_pres_value = 5000000
bac_time_delay = 0
bac_high_limit = 70000
bac_low_limit = 20
bac_deadband = 10
bac_limit_enable = (1,1)
bac_event_enable = (1,1,1)
bac_notify_type = alarm
bac_notification_class = 2
bac_relinquish_default = 100 -V