ID | Name | Meaning |
---|---|---|
1 | Site No. | Number of the site where the faulty board is located. |
2 | Board Type | Number of the type which the faulty board belongs to. |
3 | Board No. | Number of the fault board |
4 | The number of passage | Number of the passage where the faulty board is located. |
5 | SubLink No. | Number of the alarm sublink. |
6 | Cell Index | Number of the cell where the faulty board is located. |
7 | Site Type. | 0=BTS22C,2=BTS20,3=BTS30,5=BTS312,7=BTS3001C-108 or BTS3001C-116,8=BTS3001C-204,9=BTS3002C,10=BTS3012A,11=BTS3006A,12=BTS3012,13=BTS3006C,14=BTS3002E,15=BTS3012AE,16=BTS3012 II,17=DBS3900 GSM,18=BTS3900 GSM,19=BTS3900A GSM,20=BTSDBS3036,21=BTS3036,22=BTS3036A,29=BTS3900B,30=BTS3900E |
8 | Number of subrack | Number of the rack where the faulty board is located. |
9 | The number of the cabinet | Number of the subrack where the faulty board is located. |
10 | The number of slot | Number of the slot where the faulty board is located. |
11 | Site Name | Site Name |
12 | Alarm Attribute | 0=Normal,1=Transient Count |
13 | Alarm Attribute | 0=Normal, Alarms period are longer than the Transient Threshold. 1=Transient Count, The times and the period of the alarms whose periods are shorter than the Transient Threshold are summed up. If the sum result is longer than the Alarm Occurrence Period Threshold or Alarm Occurrence Times Threshold, an alarm so called Transient Count Alarm is triggered. Because Transient Count Alarm is based on accumulative result, the recovery of the alarm may occur at least one Summing Cycle later. The Summing Cycle can be query by MML "LST STATSLDWIN". |
The alarm persists or can be cleared by comparing the detection value (factory value) of the digital sensor with the actual environment.
Check whether the BSC or the equipment room is in good condition. If no, solve the relevant problems. Check whether the alarm is cleared.
Y => The alarm is cleared. The alarm handling is complete.
N => The alarm persists. Please Contact Huawei Customer Service Center .