Managing Alarms

07 Aug 2024
16 Minutes to read
Contributors

Managing Alarms

Updated on 07 Aug 2024
16 Minutes to read
Contributors

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The unit provides alarm functions to monitor and report on the status of the unit of the traffic performance and of other components.

Setting General Alarms

To set up general alarms

Access the page System ▶Alarm ▶General.
Complete the required fields, then click Apply.

For more information on specific parameters, refer to the following table.

Alarm Settings (System ▶Alarm ▶General)
Notification

Parameter	Description
Enable LED Reporting	Enables the reporting of alarms by activating the appropriate LED on the unit that corresponds to the severity, e.g. minor, major or critical. This option also enables alarm reporting in the GUI banner. The physical LEDs (unit's front panel) and the pseudo-LEDs (banner) are linked.
Enable Syslog Reporting	Enables the reporting of alarms by creating entries in the syslog.
Enable SNMP Reporting	Enables the reporting of alarms via SNMP traps from Accedian’s private MIB.
Enable 802.3ah Reporting	Enables reporting of alarms via 802.3ah OAMPDUs using organization-specific events.

Thresholds

Parameter	Description
Threshold On (Soaking time in msecs)	The delay after an event is detected before the alarm notification occurs.
Threshold Off (Soaking time in msecs)	The delay after an event clears before the alarm notification clears.

Customizing Alarms

To customize an alarm

Access the page System ▶Alarm ▶Configuration.
The settings for all alarms are displayed.
Click the Number of the alarm that you want to edit.
The Alarm Configuration page appears.
Complete the required fields , then click Apply.
Note: If you modify an alarm's configuration, then decide to discard those changes, click Reset to revert to the last set of saved configuration values. Once you click Apply, however, you must manually restore the previous configuration values.

For more information on specific parameters, refer to the following table.

Alarm Configuration (System ▶Alarm ▶Configuration)

Parameter	Description
Number	The unique number that identifies this alarm. This number is assigned by the unit and cannot be modified. This alarm number is composed of three fields, the module number, the instance number and the error number. The format is AA.BBBB.CC, where the parameters are as follows: AA: Module number (1–99) BBBB: Instance number (0001–9999). CC: Error number (01–99) A module number is assigned for each alarm in the system and may be one of the following: 1: Port module for link down and other related alarms 2: SFP module for Rx/Tx power, temp, VCC and LBC alarms and warnings 3: PAA module for Continuity Check, Delay, Frame Loss and other related alarms 4: SOAM module for Continuity Check, Delay, Packet Loss and other related alarms 5: Unassigned 6: Synchronization, including NTP, PTP and GPS 6: SyncE (LT only) 7: System modules, such as NTP and other agents 7: System modules, such as the Vision Collect Agent and other agents 8: Environmental module for power supplies, temperature sensors and dry contact 9: ERP module 10: Unassigned 11: TWAMP 12: Unassigned 13: Loop detection 14: flow broker 14: Unassigned 15: Unassigned 16:Unassigned 17: Unassigned 18:Unassigned
Enable	Indicates whether the alarm is enabled (true) or disabled (false). If enabled, alarms are reported.
Severity	The severity of the alarm. Informational: No effect on service. Provides status information. Minor: An error condition has occurred that does not seriously affect system functionality. Major: A serious degradation of service or hardware malfunction has occurred that requires immediate attention to restore system functionality. Critical: A service-affecting condition has occurred that requires immediate corrective action. If LED reporting is enabled in the Alarm ▶General page, the Minor, Major and Critical alarms are indicated on the unit's front panel LEDs.
Service Affecting	Alarms may be displayed as true for service affecting or as false for non-service affecting.
Description	Textual description of the alarm. The description is displayed in the Show ▶Alarm page. Note: This description cannot be modified.

Viewing Alarms

To view the status of an alarm

Access the page Show ▶Alarm
The alarm status is displayed.

For more information on specific parameters, refer to the following table.

Alarm Status (Show ▶Alarm)

Parameter	Description
Status	The status LED is ON if the alarm is enabled and has been triggered.
Number	The unique number identifying this alarm. This number is assigned by the unit and cannot be modified. This alarm number is composed of three fields, the module number, the instance number and the error number. The format is AA.BBBB.CC, where the parameters are as follows: AA: Module number (1–99) BBBB: Instance number (0001–9999). CC: Error number (01–99)
Presence	Indicates whether the alarm is currently present (true) or not (false).
Severity	The severity of the alarm. Possible values: Informational: No effect on service. Provides status information. Minor: An error condition has occurred that does not seriously affect system functionality. Major: A serious degradation of service or hardware malfunction has occurred that requires immediate attention to restore system functionality. Critical: A service-affecting condition has occurred that requires immediate corrective action.
Service Affecting	Indicates whether the alarm affects the unit's ability to provide service. Possible values: yes: The alarm is Service Affecting (SA). no: The alarm is Non-Service Affecting (NSA).
Description	A textual description of the alarm.
Message	This is displayed only when the alarm has changed status (the alarm was turned ON or OFF). The message explains why it was turned on or off, e.g. temperature was above the threshold.
Last Change	When the alarm changed status.

Refer to the following tables for lists of all alarms supported and their default description.

Supported Alarms: Cisco Provider Connectivity Assurance Sensor LX-S (formerly Skylight element: LX/LX-S)
Port module for link down and other related alarms Assurance Sensor LX-S

Parameter	Default Description
1.0005.01	Link down on PORT-5 port
1.0005.02	Loopback on port PORT-5
1.0005.04	Fault propagation caused link down on port PORT-5
1.0006.01	Link down on PORT-6 port
1.0006.02	Loopback on port PORT-6
1.0006.03	Sub-port speed mismatch on port LAG-1
1.0006.04	Fault propagation caused link down on port PORT-6
1.0007.01	Link down on PORT-7 port
1.0007.02	Loopback on PORT-7 port
1.0007.04	Fault propagation caused link down on port PORT-7
1.0008.01	Link down on PORT-8 port Link down on TRAFFIC-2-2
1.0008.02	Loopback on PORT-8 port
1.0008.04	Fault propagation caused link down on port PORT-8
1.0008.05	PORT-8 Ingress rate limited to 1Gbps
1.0011.03	Sub-port speed mismatch on port LAG-3
1.0016.01	Link down on LAG-3 port
1.0016.02	Loopback on LAG-3 port
1.0016.03	Sub-port speed mismatch on port LAG-3
1.0016.04	Fault propagation caused link down on port LAG-3
1.0017.01	Link down on LAG-4 port
1.0017.02	Loopback on LAG-4 port
1.0017.03	Sub-port speed mismatch on port LAG-4
1.0017.04	Fault propagation caused link down on port LAG-4

SFP module for Rx/Tx power, temperature, VCC and LBC alarms and warnings
In this section, yyyy = SFP module, where 0001 = SFP-1, 0002 = SFP-2, 0005 = SFP-5, 0006
= SFP-6where 0001 = SFP-1, 0002 = SFP-2, 0003 = SFP-3 [...] 0011 = SFP-11, 0012 = SFP-12.

Parameter	Default Description
2.yyyy.01	temperature high alarm
2.yyyy.02	temperature low alarm
2.yyyy.03	temperature high alarm
2.yyyy.04	temperature low alarm
2.yyyy.05	supply voltage high alarm
2.yyyy.06	supply voltage low alarm
2.yyyy.07	supply voltage high alarm
2.yyyy.08	supply voltage low alarm
2.yyyy.09	laser bias current high alarm
2.yyyy.10	laser bias current low alarm
2.yyyy.11	laser bias current high alarm
2.yyyy.12	laser bias current low alarm
2.yyyy.13	transmit power high alarm
2.yyyy.14	transmit power low alarm
2.yyyy.15	transmit power high alarm
2.yyyy.16	transmit power low alarm
2.yyyy.17	receive power high alarm
2.yyyy.18	receive power low alarm
2.yyyy.19	receive power high alarm
2.yyyy.20	receive power low warning
2.yyyy.21	not present

Performance Assurance Agent alarms
In this section, yyyy = PAA instance index.

Parameter	Default Description
3.yyyy.01	PAA_CC_ALERT
3.yyyy.02	PAA_PL_ALERT
3.yyyy.03	PAA_OW_DELAY_ALERT
3.yyyy.04	PAA_OW_AVG_DELAY_ALERT
3.yyyy.05	PAA_OW_DV_ALERT
3.yyyy.06	PAA_OW_AVG_DV_ALERT
3.yyyy.07	PAA_TW_DELAY_ALERT
3.yyyy.08	PAA_TW_AVG_DELAY_ALERT
3.yyyy.09	PAA_TW_DV_ALERT
3.yyyy.10	PAA_TW_AVG_DV_ALERT
3.yyyy.11	PAA_VLAN1_ID_ALERT
3.yyyy.12	PAA_VLAN2_ID_ALERT
3.yyyy.13	PAA_VLAN1_PRIO_ALERT
3.yyyy.14	PAA_VLAN2_PRIO_ALERT
3.yyyy.15	PAA_DSCP_ALERT

SOAM module for Continuity Check, Delay, Packet Loss and other related alarms
In this section, zzzz = CFM instance index.

Parameter	Default Description
4.zzzz.01	RDI on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.02	MAC status on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.03	Remote CCM on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.04	Errored CCM on down MEP, MEPID < ID >, port < port name >, VID < ID >, level <#>
4.zzzz.05	Cross-connected CCM on down MEP, MEPID < ID >, port < port name >, VID , level <#>
4.zzzz.06	AIS on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.07	One-way delay on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.08	One-way average delay on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.09	One-way delay variation on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.10	One-way average delay variation on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.11	Two-way delay on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.12	Two-way average delay on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.13	Two-way delay variation on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.14	Two-way average delay variation on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.15	Excessive packet loss on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.16	CSF-LOS on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.17	CSF-FDI/AIS on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.18	CSF-RDI on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.19	Excessive SLM near-end packet loss on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >
4.zzzz.20	Excessive SLM far-end packet loss on down MEP, MEPID < ID >, port < port name >, VID < ID >, level < # >

SyncE
Synchronization, including NTP, PTP and GPS

Parameter	Default Description
6.0001.01	SyncE loss of primary reference clock
6.0001.02	SyncE loss of secondary reference clock
6.0001.03	SyncE Forced to Free-Running or Local Clock
6.0001.04	SyncE ESMC QL failure of Primary Reference Clock
6.0001.5	SyncE ESMC QL failure of Secondary Reference Clock
6.0001.10	NTP client lost server communication
6.0001.11	NTP client used interface without timestamp capability
6.0001.12	Remote NTP server used an interface without timestamp capability
6.0001.15	No GPS fix
6.0001.20	PTP slave failure communication with master
6.0001.21	PTP slave used interface without timestamp capability
6.0001.30	Time-of-day synchronization - May affect one-way delay measurements

System modules, such as VCAgent, NTP and other
agents

Parameter	Default Description
7.0001.01	NTP client lost server communication
7.0001.02	NTP Time-of-day synchronization – May affect one-way delay measurements
7.0001.03	GPS communication – May affect one-way delay measurements
7.0001.04	PTP failure of communication with master clock
7.0001.05	PTP Time-of-day synchronization – May affect one-way delay measurements
7.0001.06	NTP client used interface without timestamp capability
7.0001.07	PTP slave clock used interface without timestamp capability
7.0001.08	Remote NTP server used an interface without timestamp capability
7.0004.01	VCAgent communication failure with Vision EMS
7.0004.02	VCAgent High Resolution Policy instances validation
7.0004.03	VCAgent High Resolution Regulator instances validation
7.0004.04	VCAgent High Resolution PAA instances validation
7.0004.05	VCAgent High Resolution SOAM PL instances validation
7.0004.06	VCAgent High Resolution SOAM DMM instances validation
7.0004.07	VCAgent High Resolution SOAM SA instances validation
7.0004.08	VCAgent High Resolution SOAM SA Metrics instances validation
7.0004.09	VCAgent High Resolution SOAM SLM instances validation
7.0004.10	VCAgent Policy statistics buffer full
7.0004.11	VCAgent Regulator statistics buffer full
7.0004.12	VCAgent PAA statistics buffer full
7.0004.13	VCAgent SOAM PL statistics buffer full
7.0004.14	VCAgent SOAM DMM statistics buffer full
7.0004.15	VCAgent SOAM SA statistics buffer full
7.0004.16	VCAgent SOAM SA Metrics statistics buffer full
7.0004.17	VCAgent SOAM SLM statistics buffer full
7.0004.18	VCAgent High resolution TWAMP-GEN instances validation
7.0004.19	VCAgent TWAMP-GEN statistics buffer full
7.0004.20	VCAgent High Resolution TWAMP instances validation
7.0004.21	VCAgent TWAMP statistics buffer full
7.0004.22	VCAgent High Resolution shaper instances validation
7.0004.23	VCAgent shaper statistics buffer full
7.0004.24	VCAgent High Resolution port instances validation
7.0004.25	VCAgent Port statistics buffer full
7.0004.28	VCAgent SFP statistics buffer full
7.0004.29	VCAgent System Health statistics buffer full

NE Alarms

Parameter	Default Description
8.0000.80	Troubleshooting tool is running. Note: This alarm is raised when either a troubleshooting tool is running or the Remote Syslog feature is enabled. The alarm is cleared only when both (troubleshooting tool and Remote Syslog feature) are disabled.

Parameter

Default Description

8.0000.80

Troubleshooting tool is running.

Note: This alarm is raised when either a troubleshooting tool is running or the Remote Syslog feature is enabled. The alarm is cleared only when both (troubleshooting tool and Remote Syslog feature) are disabled.

Environmental module for power supplies, temperature sensors and dry contact

Parameter	Default Description
8.0000.70	Input 1 Active
8.0000.71	Input 2 Active
8.0000.72	Input 3 Active
8.0000.73	Input 4 Active
8.0001.20	Power feed A not present alarm
8.0001.30	PCB temperature sensor not present alarm
8.0001.31	PCB high-temperature warning
8.0001.32	PCB high-temperature alarm
8.0001.40	Fan 1 not present alarm
8.0001.41	Fan 1 fan-stall alarm
8.0001.42	Fan 1 fan-aging warning
8.0001.43	Fan 1 fan-aging alarm
8.0002.20	Power feed B not present alarm
8.0002.30	CPU temperature sensor not present alarm
8.0002.31	CPU high-temperature warning
8.0002.32	CPU high-temperature alarm
8.0002.40	Fan 2 not present alarm
8.0002.41	Fan 2 fan-stall alarm
8.0002.42	Fan 2 fan-aging warning
8.0002.43	Fan 2 fan-aging alarm
8.0003.30	FPGA temperature sensor not present alarm
8.0003.31	FPGA high-temperature warning
8.0003.32	FPGA high-temperature alarm

ERP module
In this section, xxxx = ERP instance index.

Parameter	Default Description
9.xxxx.01	ERP protocol version mismatch
9.xxxx.02	ERP force switch
9.xxxx.03	ERP manual switch
9.xxxx.04	ERP signal failed

TWAMP Generator module
In this section, xxxx = TWAMP instance index.

Parameter	Default Description
11.xxxx.01	Max two-way delay
11.xxxx.02	Average two-way delay
11.xxxx.03	Max two-way delay variation
11.xxxx.04	Average two-way delay variation
11.xxxx.05	Max near-end one-way delay
11.xxxx.06	Average near-end one-way delay
11.xxxx.07	Max near-end one-way delay variation
11.xxxx.08	Average near-end one-way delay variation
11.xxxx.09	Max far-end one-way delay
11.xxxx.10	Average far-end one-way delay
11.xxxx.11	Max far-end one-way delay variation
11.xxxx.12	Average far-end one-way delay variation
11.xxxx.13	Continuity loss alert
11.xxxx.14	Excessive packet loss alert
11.xxxx.01	cell
11.xxxx.01	cell

Loop Detection feature
In this section, xxxx = Loop Detection instance index.

Parameter	Default Description
13.xxxx.01	Loop detected on Link/Tunnel instance x
13.xxxx.02	Traffic discarded because of loop detection on instance < Loop detection name >
13.xxxx.03	Loop detection instance not operational

Flow broker Packet Engine

Parameter	Default Description
14.0001.01	flow broker Packet Engine Server default-broker-server, connection with client lost
14.0001.02	flow broker Packet Engine Server default-broker-server, out of streaming resources
14.0001.03	flow broker Packet Engine Server default-broker-server, low streaming resources
14.0001.21	flow broker Packet Engine Server default-broker-server, not streaming because of lack of synchronization
16.0000.52	Unable to secure requested flowmeter 10 ms license

Advertisement Inventory Alarm module

Parameter	Default Description
18.0001.01	Inventory entries list is almost full
18.0001.02	Inventory entries list is full

Certificate Alarms

Parameter	Default Description
19.0000.01	One or more certificates is about to expire
19.0000.02	One or more certificates has expired

To view the detailed status of an alarm

Access the page Show ▶Alarm.
Click the alarm Number to view its detailed status.

For more information on specific parameters, refer to the table "Alarm Status (Show ▶Alarm)".

Viewing Chassis Alarms

To view the status of chassis-related alarms and information, including power supplies and temperature sensors

Access the page System ▶Alarm ▶Chassis.
The chassis alarms' status is displayed.

For more information on specific parameters, refer to the following tables.

Power Supplies and Temperature Sensors (System ▶Alarm ▶Chassis)
Power Supplies & Voltage Regulators, Temperature Sensors and Fan Monitors (System ▶Alarm ▶Chassis)
Power Supplies

Parameter	Description
Power Feed A and Power Feed B	The status of the various power sources for AC or DC (AUX), Feed A and Feed B. For an AC Powered unit: A green light indicates that the power source is connected and is operating normally. A red light indicates that the power source is not connected or is not operating normally.
Voltage Regulators	For a DC Powered (AUX) unit: The Feed B indicator is always green when power to the unit is connected. The Feed B indicator DOES NOT indicate that a feed is connected to the Feed B input. The DC Feed A and DC Feed B lights indicate which DC feeds are in use. A green light indicates that the power source is connected and is operating normally. A red light indicates that the power source is not connected or is not operating normally.
Voltage Regulators	For each of the voltage regulators that has been configured to report its status here, the following information is provided: Present: The voltage regulator is connected. Not Present: The voltage regulator is not connected. In Alarm: An alarm has been triggered for this voltage regulator. None: No alarm has been triggered for this voltage regulator. Voltage: The current reading for this voltage regulator. For each of the voltage regulators that has been configured to report its status here, the following threshold information is provided: High-Voltage Warning: Any voltage higher than this value triggers a warning. Expressed in Volts. High-Voltage Alarm: Any voltage higher than this value triggers an alarm. Expressed in Volts. Low-Voltage Warning: Any voltage lower than this value triggers a warning. Expressed in Volts. Low-Voltage Alarm: Any voltage lower than this value triggers an alarm. Expressed in Volts. For details on any alarms or warnings, access the page Show ▶Alarm.

Parameter

Description

Power Feed A and

Power Feed B

The status of the various power sources for AC or DC (AUX), Feed A and Feed B.

For an AC Powered unit:

A green light indicates that the power source is connected and is operating normally.
A red light indicates that the power source is not connected or is not operating normally.

Voltage Regulators

For a DC Powered (AUX) unit:

The Feed B indicator is always green when power to the unit is connected. The Feed B indicator DOES NOT indicate that a feed is connected to the Feed B input.
The DC Feed A and DC Feed B lights indicate which DC feeds are in use.

A green light indicates that the power source is connected and is operating normally.
A red light indicates that the power source is not connected or is not operating normally.

Voltage Regulators

For each of the voltage regulators that has been configured to report its status here, the following information is provided:

Present: The voltage regulator is connected.
Not Present: The voltage regulator is not connected.
In Alarm: An alarm has been triggered for this voltage regulator.
None: No alarm has been triggered for this voltage regulator.
Voltage: The current reading for this voltage regulator.

For each of the voltage regulators that has been configured to report its status here, the following threshold information is provided:

High-Voltage Warning: Any voltage higher than this value triggers a warning. Expressed in Volts.
High-Voltage Alarm: Any voltage higher than this value triggers an alarm. Expressed in Volts.
Low-Voltage Warning: Any voltage lower than this value triggers a warning. Expressed in Volts.
Low-Voltage Alarm: Any voltage lower than this value triggers an alarm. Expressed in Volts.

For details on any alarms or warnings, access the page Show ▶Alarm.

Temperature Sensors

Parameter	Description
PCB and FPGA Temperature Sensors	The following information is provided for each sensor (PCB and FPGA): Status: Either Present or Not Present. Alarm: Set to In Alarm (if an alarm has been triggered) or None. Temperature: The most recent temperature detected by the sensor, expressed in Celsius. High-Temperature Warning: The temperature that triggers an overheating warning, expressed in Celsius. High-Temperature Alarm: The temperature that triggers an overheating alarm, expressed in Celsius. Low-Temperature Warning: The temperature that triggers a low-temperature warning, expressed in Celsius. Low-Temperature Alarm: The temperature that triggers a low-temperature alarm, expressed in Celsius. For details on any alarms or warnings, access the page Show ▶Alarm.

Parameter

Description

PCB and FPGA Temperature Sensors

The following information is provided for each sensor (PCB and FPGA):

Status: Either Present or Not Present.
Alarm: Set to In Alarm (if an alarm has been triggered) or None.
Temperature: The most recent temperature detected by the sensor, expressed in Celsius.
High-Temperature Warning: The temperature that triggers an overheating warning, expressed in Celsius.
High-Temperature Alarm: The temperature that triggers an overheating alarm, expressed in Celsius.
Low-Temperature Warning: The temperature that triggers a low-temperature warning, expressed in Celsius.
Low-Temperature Alarm: The temperature that triggers a low-temperature alarm, expressed in Celsius.

For details on any alarms or warnings, access the page Show ▶Alarm.

Fan Monitors

Parameter	Description
Fan 1 and Fan 2	For each fan on the unit (identified as 1 or 2), the following information is provided: Status: Present: The fan is connected. Not Present: The fan is not connected. Alarm: In Alarm: An alarm has been triggered for this fan. None: No alarm has been triggered for this fan. Speed: This the number of rotations per minute made by the fan, expressed in RPM. The following threshold information is provided for each fan: Fan-Stall Alarm: This is the fan speed at which the fan stall alarm is triggered, indicating that the fan is no longer functioning. Expressed in RPM. Fan-Aging Warning: This is the fan speed at which the fan aging warning is triggered, indicating that the fan is no longer functioning optimally. Expressed in RPM. Fan-Aging Alarm: This is the fan speed at which the fan aging alarm is triggered. Expressed in RPM. For details on any alarms or warnings, access the page Show ▶ Alarm.

Parameter

Description

Fan 1 and Fan 2

For each fan on the unit (identified as 1 or 2), the following information is provided:

Status:

Present: The fan is connected.
Not Present: The fan is not connected.

Alarm:

In Alarm: An alarm has been triggered for this fan.
None: No alarm has been triggered for this fan.

Speed:

This the number of rotations per minute made by the fan, expressed in RPM.

The following threshold information is provided for each fan:

Fan-Stall Alarm: This is the fan speed at which the fan stall alarm is triggered, indicating that the fan is no longer functioning. Expressed in RPM.
Fan-Aging Warning: This is the fan speed at which the fan aging warning is triggered, indicating that the fan is no longer functioning optimally. Expressed in RPM.
Fan-Aging Alarm: This is the fan speed at which the fan aging alarm is triggered. Expressed in RPM.

For details on any alarms or warnings, access the page Show ▶ Alarm.

Performing a Fan Test

To perform a fan test

Access the page System ▶Alarm ▶Chassis.
The chassis alarms' status is displayed.
Click the Start button to immediately initiate a fan test.
The latest results for both Fan 1 and Fan 2 are displayed

Note: The fan test retry period can be modified by changing the value in the "Retry period (hours)" field.

For more information on specific parameters, refer to the table below.

Fan Test (System ▶Alarm ▶Chassis)

Parameter	Description
Start button	Clicking on the Start button will initiate a fan test immediately.
Retry period (hours)	1–24. Default is 1 hour. If a fan test fails, this value will be used to set the retry period of the fan test.
Latest Results	Shows for both fans if the test passed or failed. If the test failed, the rpm will be shown as well.

To access all alarm definitions, see Alarm Definitions.

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