SilentKnight VisorAlarm ARLY Interface - Manual (Page 90)

VISOR ALARM – ARLY Monitoring
IV - 85
Doc.DM359-I
Rev.2.0
Syntax:
ARLY-1+list visoralarm-state
State of VisorALARM:
--------------------
Type: MAIN
Main State: ACTIVE
Backup State: RUNNING
Synchronization:
----------------
Last sync: 18-07-05 12:20:33
MAIN ARLY-1+
The Main State parameter refers to the device state in cases where the main device is ACTIVE
(the device has not detected any communication failure) or DOWN (the device has detected
communication failure). The Backup State parameter refers to the backup device. The
RUNNING state corresponds to the fact that the main VisorALARM has received a poll from
the backup device. The OUT OF ORDER state corresponds to the fact that having received
polls from a backup device, these are no longer being received.
ƒ Case of a backup VisorALARM
Syntax:
ARLY-1+list visoralarm-state
State of VisorALARM:
--------------------
Type: BACKUP
Main State: OUT OF ORDER
Backup State: BACKUP
Synchronization:
----------------
Last sync: 18-07-05 12:20:33
Failover:
---------
Time lasts in backup state: 2 days, 5 hours, 7 minutes, 26 seconds
BACKUP ARLY-1+
The Main State parameter refers to the state of the VisorALARM configured as main. The state is
RUNNING when this responds to polls sent from the backup device. OUT OF ORDER is the state
due to the main device not responding to the polls. The Backup State can be BACKUP when the
device does not detect the main VisorALARM and takes over the main function, WARM-WAIT when
the main device is operative and DOWN when the backup device detects communication failure.
2.3. TEST
This permits you to test the communication between the VisorALARM and the Automation SW,
locally generating an alarm. If the ARLY interface is UP, the said alarm is sent to the Automation SW
through the serial interface. Contrariwise, the alarm will remain stored in the device until the said
interface has recovered.
The alarm has to be given in Contact-ID format and does not contain the validation digit which the
said protocol specifies in order to make management as simple as possible. The alarm is made up of
15 hexadecimal digits (0 to 9, A, B, C, D, E, and F).