SilentKnight VisorAlarm ARLY Interface - Manual (Page 51)

VISOR ALARM – ARLY Configuration
II - 46
Doc.DM359-I
Rev.2.0
access to this address fails, a 356 code alarm is generated (Loss of Poll) to the Automation Sw and the
alarms due to loss of connectivity with the mIP/IPDACTs are not generated.
The parameters required are an IP address and the IP address polling interval. This value is expressed
in seconds and admits values between 5 and 255 seconds. Default is supervision is not configured for
any network address.
Syntax:
ARLY-1 Cfg>MONITOR-IP-ADDR IP_address RATE supervision_interval
Example:
ARLY-1 Cfg>MONITOR-IP-ADDR 172.24.88.34 RATE 15
ARLY-1 Cfg>
ARLY-1 Cfg>
To return to the default configuration for this parameter, use the following command:
ARLY-1 Cfg>NO MONITOR-IP-ADDR IP_address RATE supervision_interval
2.11. NO
This command is used to negate other commands or to restore the default configuration for a
determined parameter.
Syntax:
ARLY-1 Cfg>no ?
alarm-receiver Alarm Receiver emulation params
automation-software-required Specify if automation SW is required to
return kissoffs
backup-alarm-receiver Parameters for network backup
cfg-pattern Config pattern params
description Remove interface description
mip MIP configuration params
monitor-ip-addr Internet IP addr to check availability
shutdown Change state to administratively up
sms SMS receiving params
supervision MIP supervision params
update Update a level indicator
user-defined-events Codes for user defined events
In the section for each of the commands that can be preceded by the word “NO”, the effects of this
have been explained. For further information, please see the section on the required command.
2.12. PRINTABLE EVENTS
Normally traditional alarm receivers have a printer connected to a serial port where the events are
dumped, e.g. alarms coming from a panel. With the aim of integrating this functionality in the
VisorALARM IP receiver, the possibility to connect a serial port to the device has been incorporated
so a set of programmable events can be dumped in ASCII format. These events are based on the
device events logging system. The VisorALARM has 37 console events indicating different situations
and errors. However these events can be classified in groups which are characterized by a determined
functionality. This classification produces the following printable events:
ƒ Alarm events. These are events indicating alarm reception and storage before being sent to
the automation SW. The console events making up this functionality are as follows:
9 ARLY_16: Receives an alarm from an MIP with a specified account number.
9 ARLY_19: An alarm is received, saved in a temporary buffer, to be subsequently sent
to the automation software.