Chatsworth Products Remote Infrastructure Management (RIM-1000) - Manual (Page 66)

Remote Infrastructure Management System - Version 1.0 / July 2014
66 www.chatsworth.com
3.4.8 Battery Supply/Voltage
The Battery/Supply Voltage page allows users to configure power monitoring when the RIM-1000 is running off a 48V battery.
Figure 3.18 Battery/Supply Voltage Configuration Page
Table 3.10 Battery/Supply Voltage Configuration Options
Option Description
Input Power Option A non-editable field, this tells you how the RIM-1000 is being powered.
48V Voltage Reading
This field shows the input voltage supplied by the 48V source
connected to the RIM-1000.
24V Voltage Reading
This field shows the input voltage supplied by the 24V source
connected to the RIM-1000.
Battery/Supply
Voltage Alarm
If the Installed option is selected, email notification can be sent to any previously
designated recipient when the battery enters an alarm state.
If you select Not Installed, no action will be taken.
Low Voltage Trip If the input voltage drops beneath this value, an alarm will be triggered.
Pager Alarms
(requires installation
of the optional modem,
P/N 60104-001)
Use the Configuration>Modem/Phone Numbers/Pagers link to
configure alarm recipients. You can configure up to 15 phone
numbers, and each will go into a numbered slot, 1 - 15.
Then come back to this field and designate up to five recipients who
should be notified when this point goes into alarm. Separate the
recipients’ ID numbers with commas. The RIM-1000 will first dial the
lowest number listed, regardless of the order in which the numbers
are listed.
Enter zero to disable this feature.
Example: If the Alarm dial out string is set to “3, 5, 1, 0, 0,” the RIM-1000
will dial Pager #1, Pager #3 and then Pager #5 when an alarm
occurs. Pager notification will be sent when an input alarms (high
limit 2, high limit 1, low limit 1, low limit 2 is exceeded or the digital
input is in alarm). See 3.4.12, “Modem/Phone Numbers/Pagers” on
page 74 for more information.
Input Voltage Offset
A negative or positive number used to adjust the input voltage
reading. + adds offset and - subtracts offset.