FortiGate-6000 FPCs and power failure
The FortiGate-6000 includes three hot-swappable power supplies in a 2+1 redundant configuration. At least two of the power supplies must be operating to provide power to the FortiGate-6000. If only one power supply is operating, only four of the FPCs will continue operating (usually the FPCs in slots 1 to 4).
From the management board GUI dashboard, the Sensor Information dashboard widget displays information about the status of the power supplies. If all power supplies are operating, the widget displays their Status as Normal.
From the management board CLI, you can use the execute sensor list command to verify if the power supplies are operating. The command displays the current status of all FortiGate-6000 sensors including the power supply sensors. Power supply sensor entries should be similar to the following (shown for a FortiGate-6301E). The power supply sensor lines start with PS{1|2|3}:
65 PS1 VIN alarm=0 value=122 threshold_status=0 66 PS1 VOUT_12V alarm=0 value=12.032 threshold_status=0 67 PS1 Temp 1 alarm=0 value=24 threshold_status=0 68 PS1 Temp 2 alarm=0 value=36 threshold_status=0 69 PS1 Fan 1 alarm=0 value=8832 threshold_status=0 70 PS1 Status alarm=0 71 PS2 VIN alarm=0 value=122 threshold_status=0 72 PS2 VOUT_12V alarm=0 value=12.032 threshold_status=0 73 PS2 Temp 1 alarm=0 value=24 threshold_status=0 74 PS2 Temp 2 alarm=0 value=37 threshold_status=0 75 PS2 Fan 1 alarm=0 value=9088 threshold_status=0 76 PS2 Status alarm=0 77 PS3 VIN alarm=0 value=122 threshold_status=0 78 PS3 VOUT_12V alarm=0 value=12.032 threshold_status=0 79 PS3 Temp 1 alarm=0 value=23 threshold_status=0 80 PS3 Temp 2 alarm=0 value=37 threshold_status=0 81 PS3 Fan 1 alarm=0 value=9088 threshold_status=0 82 PS3 Status alarm=0
Any non zero alarm or threshold_status values indicate a possible problem with that power supply.
A FortiGate-6000 will continue to operate even if multiple FPCs stop operating. If an FPC stops operating, sessions being processed by that FPC also fail. All new sessions are load balanced to the remaining FPCs. The FortiGate-6000 will continue to operate but with reduced performance because fewer FPCs are operating.
If power is reconnected and the failed FPCs recover, the FortiGate-6000 will attempt to synchronize the configuration of the FPCs with the management board. If there have been few configuration changes, the failed FPCs may be able to become synchronized and operate normally. If there have been many configuration changes or a firmware upgrade, the FortiGate-6000 may not be able to re-synchronize the FPCs without administrator intervention to Synchronize the FPCs with the management board.
To show the status of the FPCs, use the diagnose load-balance status command. In the command output, if Status Message is Running the FPC is operating normally. The following example shows the status of FPCs, for a FortiGate-6301F:
diagnose load-balance status
==========================================================================
MBD SN: F6KF313E17900032
Master FPC Blade: slot-2
Slot 1: FPC6KF3E17900200
Status:Working Function:Active
Link: Base: Up Fabric: Up
Heartbeat: Management: Good Data: Good
Status Message:"Running"
Slot 2: FPC6KF3E17900201
Status:Working Function:Active
Link: Base: Up Fabric: Up
Heartbeat: Management: Good Data: Good
Status Message:"Running"
Slot 3: FPC6KF3E17900207
Status:Working Function:Active
Link: Base: Up Fabric: Up
Heartbeat: Management: Good Data: Good
Status Message:"Running"
Slot 4: FPC6KF3E17900219
Status:Working Function:Active
Link: Base: Up Fabric: Up
Heartbeat: Management: Good Data: Good
Status Message:"Running"
Slot 5: FPC6KF3E17900235
Status:Working Function:Active
Link: Base: Up Fabric: Up
Heartbeat: Management: Good Data: Good
Status Message:"Running"
Slot 6: FPC6KF3E17900169
Status:Working Function:Active
Link: Base: Up Fabric: Up
Heartbeat: Management: Good Data: Good
Status Message:"Running"
For more information about troubleshooting FPC failures, see Troubleshooting an FPC failure.