IronPort - daily management guide - AsyncOS 7.6.1

Chapter 6 Managing and Monitoring via the CLI
Hardware Traps
OL-25138-01
Table 6-11 Number of Hardware Objects per Cisco IronPort Appliance
Model
C300/C600
/X1000
C350/C650
/X1050
CPU
Temp
Ambient
Temp
Backplane
Temp
Riser
Temp Fans
Power
Supply
Status
2 1 1 1 6 2 4 (C300
has 2)
2 1 0 0 4 2 4 (C350
has 2)
Cisco IronPort AsyncOS 7.6 for Email Daily Management Guide
SNMP Monitoring
Disk
Status NIC Link
All models can use SNMP to monitor disk drive health and the link status of Network Interfaces.
Table 6-12 lists the temperature and hardware conditions that cause a hardware trap to be sent:
Table 6-12 Hardware Traps: Temperature and Hardware Conditions
Model
C10/C10
0
C30/C60
C300/C6
00/X1000
C350/C6
50/X1050
High
Temp
(CPU)
High Temp
(Ambient)
High Temp
(Backplane)
High
Temp
(Riser)
Fan
Failure
90C 47C NA NA 0 RPMs Status
Change
3 (5 for
C600 and
X1000 with
fiber
interface)
3 (5 for the
C650 and
x1050 with
fiber
interface)
Power
Supply RAID Link
Status
Change
NA NA NA NA NA NA Status
Change
90C 47C 72C 62C 0 RPMs Status
Change
90C 47C NA NA 0 RPMs Status
Change
Status
Change
Status
Change
Status
Change
Status
Change
Status
Change
Status
Change
Status change traps are sent when the status changes. Fan Failure and high temperature traps are sent
every 5 seconds. The other traps are failure condition alarm traps — they are sent once when the state
changes (healthy to failure). It is a good idea to poll for the hardware status tables and identify possible
hardware failures before they become critical. Temperatures within 10 per cent of the critical value may
be a cause for concern.
Note that failure condition alarm traps represent a critical failure of the individual component, but may
not cause a total system failure. For example, a single fan or power supply can fail on a C600 appliance
and the appliance will continue to operate.
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