DEVM/2/hwEntityCheckFail_active: Physical entity is detected failed. (BaseTrapSeverity=[BaseTrapSeverity], BaseTrapProbableCause=[BaseTrapProbableCause], BaseTrapEventType=[BaseTrapEventType], EntityPhysicalIndex=[EntityPhysicalIndex], EntPhysicalContainedIn=[EntPhysicalContainedIn], EntPhysicalName=[EntPhysicalName], RelativeResource=[RelativeResource], ReasonDescription=[ReasonDescription])
In VS mode, this log is supported only by the admin VS.
Parameter Name | Parameter Meaning |
---|---|
BaseTrapSeverity |
indicates the severity level of the trap reported to the NMS. |
BaseTrapProbableCause |
Indicates the possible cause of the trap. |
BaseTrapEventType |
Indicates the trap type. |
EntityPhysicalIndex |
Physical index. The physical index varies with the chassis ID. |
EntPhysicalContainedIn |
Indicates the parent index. |
EntPhysicalName |
Indicates the name of the entity such as a chassis. |
RelativeResource |
Indicates the name of the part related to the trap. |
ReasonDescription |
Indicates the description of the possible cause. |
1. Check alarm information and locate the chassis with a conflicting ID.
2. Run the set [ chassis chassis ] chassis-id chassis-id command to set the ID of the chassis. Run the display chassis-id command to view IDs of all chassis.
3. Check whether the trap is cleared.
4. Collect the trap information, log information, and configuration of the router, and contact technical personnel.
5. End.
1. Check whether the LEDs of corresponding interfaces on the CCCs blink. If the cable between the CCCs is in good connection but the LEDs do not blink, replace the cable and then check whether the trap is cleared.
2. Collect the trap information, log information, and configuration of the router, and contact technical personnel.
3. End.
1. Check the number of PMs installed on each power supply plane and install more PMs on the plane with less PMs to ensure that the two planes have the same number of PMs. Then check whether the alarm is cleared.
2. Collect alarm, log, and configuration information, and contact technical support personnel.
3. End.
1. Run the undo chassis{ ccc1 | ccc2 } { upper | lower} traffic close command.
2. Collect the alarm information, log information, and configuration information, and contact technical support personnel.
3. End.
1. Check whether the optical fiber length set by the command is the same as the actual length of the optical fiber used on the clc.
2. Change the optical fiber length in the command to be the same as the actual length of the optical fiber on the clc.
3. Replace the optical fiber on the clc with one that has the same length as that set in the command.
4. Replace the optical fibers of variable lengths with ones of the same length.
5. Collect the alarm information, log information, and configuration information, and contact technical support personnel.
6. End.
1. Remove the board.
2. Power off the board.
3. Change the cascading mode.
4. Collect the alarm information, log information, and configuration information, and contact technical support personnel.
5. End.
Collect the alarm information, log information, and configuration information, and contact technical support personnel.
1. Change the board.
2. Collect the alarm information, log information, and configuration information, and contact technical support personnel.
3.End.
1.Run the set fiber chassis chassis-id length fiber-length command to configure a correct optical fiber length, and check whether the trap is cleared.
2. Collect the alarm information, log information, and configuration information, and contact technical support personnel.
3. End.
1. Remove unnecessary interface boards or subcards and clear configuration to check whether the fault is rectified.
2. Collect the alarm information, log information, and configuration information, and contact technical support personnel.
3. End.
1. Check whether the optical fibers connected to the clc have the same length.
2. Run the display fiber-length command to check whether the actual fiber length is consistent with the configured fiber length.
3. Run the set fiber chassis chassis-id length fiber-length command to configure the optical fiber length to be the same as the actual optical fiber length, or change the actual optical fiber length to be the same as the configured length.
4. Collect trap, log, and configuration information, and contact technical support personnel.
5. End.
Collect the alarm information, log information, and configuration information, and contact technical support personnel.
1. Check alarm information and locate the chassis with a conflicting ID.
2. Run the set [ chassis chassis ] chassis-id chassis-id command to set the ID of the chassis. Check whether the trap is cleared.
3. Collect trap information, log information, and configuration information, and then contact technical support personnel.
4. End.
Collect the alarm information, log information, and configuration information, and contact technical support personnel.
Collect the alarm information, log information, and configuration information, and contact technical support personnel.
This trap message is informational only, and no action is required.
1. Attempt to set the secure start flag again.
2. If the attempt fails, collect trap, log, and configuration information, and contact Huawei technical support engineers.
3. End.
Collect the information about alarms, logs, and configurations, and then contact technical support personnel.
remove the unused one.