Alarms Monitoring.xlsx

CASE 1 1 BTS HPMI/TCU/Alarm BoardCOM OUT

COM IN COM OUT TEST

PMUBBU

FMUACOM IN COM OUT

in this case Alarms will be reported through the 2G of the BBU3900

COM IN

MON 1 MON 0

in this case Alarms will be reported through the 2G of the BBU3900

CAB 12 BTS HPMI/TCU/Alarm Board HPMI/TCU/Alarm Board

COM OUT COM IN

COM IN COM IN

PMU

BBUMON 1 MON 0

FAN 01ACOM OUT COM IN

in this case Alarms will be reported through the 2G of the BBU3900

CAB 2HPMI/TCU/Alarm Board

COM OUT COM IN

PMU

FAN 01ACOM OUT COM IN

in this case Alarms will be reported through the 2G of the BBU3900

HPMI/TCU/Alarm BoardCOM OUT

COM IN COM OUT COM485

PMUBBU

TCU in BBC cabinetCOM IN COM OUT

Kindly find below cables connection needed to report APM and BBC alarms trough 3G BBU, noting that it should be configured from 3G BO side to adjust the cabinets number also the communication address to be matched with site old  configuration.

COM IN

MON 1 MON 0

Kindly find below cables connection needed to report APM and BBC alarms trough 3G BBU, noting that it should be configured from 3G BO side to adjust the cabinets number also the communication address to be matched with site old  configuration.

Kindly find below cables connection needed to report APM and BBC alarms trough 3G BBU, noting that it should be configured from 3G BO side to adjust the cabinets number also the communication address to be matched with site old  configuration.

CAB 12 BTS HPMI/TCU/Alarm Board HPMI/TCU/Alarm Board

COM OUT COM IN

COM IN COM IN

PMU

BBUMON 1 MON 0

FAN 01ACOM OUT COM IN

in this case Alarms will be reported through the 2G of the BBU3900

CAB 2HPMI/TCU/Alarm Board

COM OUT COM IN

COM OUT COM45

PMU

TCU in BBC cabinetCOM IN COM OUT

in this case Alarms will be reported through the 2G of the BBU3900

HPMI/TCU/Alarm BoardCOM OUT COM IN

COM IN COM OUT TEST

PMUBBU

MON 1 MON 0

1

2

3

4

5

ADD PMU: CN=0, PTYPE=APM30, MPN=1, LSDF=DISABLE;ADD PSU: CN=0, SN=1;ADD PSU: CN=0, SN=2;ADD PSU: CN=0, SN=3;ADD TCU: CN=0, MPN=1;ADD BATTERY: CN=0, INSTALLTYPE=OUTER, BN=1, BC1=5, HTSDF=ENABLE, LVSDF=ENABLE;foc CMCTRL ( 1 )

CN .. cabinet numberPTYPE .. power system typeMPN .. manager port numberLSDF .. load shutdown flag

monitoring APM30 alarms through CSH card in RTN950

HPMI/TCU/Alarm BoardCOM OUT COM IN

COM IN COM OUT COM485

PMURTN950

CSH TOD2 slot

TCU in BBC cabinetCOM IN COM OUT

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2

3

4

5

We can report the following alarms of mini shelter cabinet through EMUA:

EMUA

Item Item Description Revision QTY Phase

UNHW10221NOutdoor Environment Monitoring Module 1

Alarm ID Alarm Name

25672

25671 Smoke Alarm

25651

25650

And for TEC fault alarm we should define it as it is customized alarm as below MML commands after we connect it is alarm cable to S1+, S1- of the EMUA board:

Alarm ID

65080

Alarm ID Alarm Name

25672

25671

Ø  1st solution for reporting mini shelter alarms:

·         Steps:

Burglar Alarm

Ambient Humidity

Unacceptable

Ambient Temperature Unacceptable

Alarm Name

Battery Cabinet

TEC Fault

Ø  2 nd solution for reporting mini shelter alarms:

Burglar Alarm

Smoke Alarm

25671

25651

25650

And for TEC fault alarm we should define it as it is customized alarm as below MML commands after we connect it is alarm cable to S1+, S1- of the EMUA board:

Alarm ID

65080

Smoke Alarm

Ambient Humidity

Unacceptable

Ambient Temperature Unacceptabl

e

Alarm Name

Battery Cabinet

TEC Fault

EMUA

Vendor Code

2237276

And for TEC fault alarm we should define it as it is customized alarm as below MML commands after we connect it is alarm cable to S1+, S1- of the EMUA board:

And for TEC fault alarm we should define it as it is customized alarm as below MML commands after we connect it is alarm cable to S1+, S1- of the EMUA board:

The b/m scenario that can be used in 3G DBS3900 as alternative scenario for EMUA in order to report Mini shelter alarms using HPMI board.

below alarms reported and tested during trial.

Note:

Ø  2 nd solution for reporting mini shelter alarms:

1-    Temperature &Humidity alarm .

2-    Smoke alarm.

3-    Gate alarm(cascaded with APM door alarm to be reported if any cabinet door opened.

4-    Battery Cabinet TEC Fault alarm ( defined as dry contact alarm with ALM ID: 65080 same as 2G to be unified alarm code on U2000).

·         These alarms can be adjusted from my side while creating the XML file for customer sites.

·         Below the ports connections for each of a/m alarms.

The b/m scenario that can be used in 3G DBS3900 as alternative scenario for EMUA in order to report Mini shelter alarms using HPMI board.

Gate alarm(cascaded with APM door alarm to be reported if any cabinet door opened.

Battery Cabinet TEC Fault alarm ( defined as dry contact alarm with ALM ID: 65080 same as 2G to be unified alarm code on U2000).

These alarms can be adjusted from my side while creating the XML file for customer sites.

Dear Teams;

Please refer to the attached guide section 4.3.7 Connecting to Huawei BBU (over Dry Contacts, M2000 Management).

We can manage ETP48200 through NETECO server without additional hardware after providing the following for IP network creation:

Kindly find the below 2 solutions to connect the alarms of mini shelter for RTN980:

·        Solution 1:

·        Solution 2:

Ø  IP for each node.Ø  Create Vlan for each node.Ø  IP route creation between each node and NETECO server IP 10.74.172.41 / Port:8086 .

Please refer to the attached guide section 4.3.7 Connecting to Huawei BBU (over Dry Contacts, M2000 Management).

We can manage ETP48200 through NETECO server without additional hardware after providing the following for IP network creation:

IP route creation between each node and NETECO server IP 10.74.172.41 / Port:8086 .