Globul Project TP and External Alarm Connection and Test Guide_ver.2

8/12/2019 Globul Project TP and External Alarm Connection and Test Guide_ver.2

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HUAWEI TECHNOLOGIES CO., LTD.

Globul Project TP and External Alarm

connection and test guide


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Page 2HUAWEI TECHNOLOGIES CO., LTD.

TP and external alarm solution & cable connect

Ethernet cable connection from TP SMU02B to

Outdoor TP cabinet sensor installation

Existing DDF sensor side alarm cable connecti

TP and external alarm test procedure

Content


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TP indoor with generator

TP indoor without generator

Reuse of existing indoor PSS

TP outdoorTP outdoor installed in shelter without generator

TP outdoor installed in shelter with generator

TP and external alarm solution & cable

connectiontypical scenarios


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Scenario 1 TP Indoor site with Generator

BTS BBU

Existing DDF Box

Door Temperature

&humidity

Smoke Air-condi

TP SMU

R-Phase down

S-Phase down

T-Phase down / AC Main failure

(R+S+T phase down)

Rectifier failure

TP48200B


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ALM No. Globul ALM Requirement Existing DDF to BBU New TP SMU to BBU

ALM1 High/Low Temperature High/Low Temperature

ALM2 Fire/Smoke Fire/Smoke

ALM3 Door open / Tamper/Intrude Door open / Tamper/Intrude

ALM4 Air conditioner failure Air conditioner failure

ALM5 R-phase down / Low fuel level Low fuel level R-phase down

ALM6 S-phase down / Backup generator running Backup generator running S-phase down

ALM7 T-phase down / AC Main failure (R+S+T phase down) Spare T-phase down / AC Main failure (

ALM8 Rectifier failure Spare Rectifier failure

Scenario 1 TP Indoor site with Generator


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Scenario 2 TP Indoor site without Generator

BTS BBU

Krone DDF Box

Door Temperature

&humidity

Smoke Air-condi

TP SMU

R-Phase down

S-Phase down

T-Phase down / AC Main failure

(R+S+T phase down)

Rectifier failure

TP48200B


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Scenario 2TP Indoor site without GeneratorALM No. Globul ALM Requirement Existing DDF to BBU New TP SMU to BBU



ALM3 Door open / Tamper/Intrude Door open / Tamper/Intrude


ALM5 R-phase down / Low fuel level R-phase down

ALM6 S-phase down / Backup generator running S-phase down

ALM7 T-phase down / AC Main failure (R+S+T phase down) T-phase down / AC Main failure

ALM8 Rectifier failure Rectifier failure


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Scenario 3 Reuse existing power system Indoor

BTS BBU

Krone DDF Box

Door Temperature

&humiditySmoke Air-condition

R-Phase down/Low fuel

DG.Runnig/ S-Phase down

T-Phase down/AC Main failure

Rectifier failure


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Scenario 3 Reuse existing power system IndoorALM No. Globul ALM Requirement Existing Krone DDF to BBU



ALM3 Door open / Tamper/Intruder Door open / Tamper/Intruder


ALM5 R-phase down / Low fuel level R-phase down / Low fuel levelALM6 S-phase down / Backup generator running S-phase down / Backup generator running

ALM7 T-phase down / AC Main failure (R+S+T phase down) T-phase down / AC Main failure (R+S+T phase down)



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Scenario 4 TP Outdoor Site

BTS BBU

Door Temperature

&humidity

Smoke

TP SMU

R-Phase down

S-Phase down

T-Phase down / AC M

(R+S+T phase down)

Rectifier failure

TP482


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Scenario 4 TP Outdoor SiteALM No. Globul ALM Requirement New TP SMU to BBU



ALM3 Door open / Tamper Door open / Tamper

ALM4 Air conditioner failure Spare (No Air conditioner)

ALM5 R-phase down / Low fuel level R-phase down (No generator)ALM6 S-phase down / Backup generator running S-phase down (No generator)

ALM7 T-phase down / AC Main failure (R+S+T phase down) T-phase down / AC Main failure (R+S+T phase down)



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Appendix 1 Communication cable for BBU side


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Appendix 2

Communication cable for TP SMU and existing DDF

8-Pin Cable 1 8-Pin Cable 2

ALM1+ ALM1- ALM2+ ALM2- ALM3+ ALM3- ALM4+ ALM4- ALM5+ ALM5- ALM6+ ALM6- ALM7+ ALM7-

Orange&

White OrangeGreen

&White GreenBlue&

White BlueBrown&

White BrownOrange

& White OrangeGreen

&White GreenBlue&

White Blue

TP UIM


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Appendix 3 Globul project alarm setting guide attach


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Existing DDF sensor side alarm cable connecti


Content


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EthernetCable from SMU02B to BBU for all sites

TP48200A/200B

SMU02B

Ethernet cable

UPEU

Step detail:

Connect IOOI on SMU02B and MON0 on BBU U

with provided Ethernet cable. (If MON0 has been us

use MON1 instead.


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Existing DDF sensor side alarm cable connectio


Content


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Outdoor TP Smoke sensor installationInstall the smoke sensor on the top of the cabinet

O


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Outdoor TP temperature and humidity sensor instaInstall the temperature sensor on the left rack in the cabinet


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Existing DDF Sensor side alarm cable connectio


Content

S E i BTS ith SMT EAS


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Scenario 1 Ericsson BTS with SMT EASExt ALM

CODETEXT STRING

New ALM

Need

Sensor side connection change for

New TP

Sensor side c

Reusing

ALM1 HIGH TEMPERATURE ALM1 Series Connect to ALM1 Port Series Con

ALM2 FLOOD None Remove ALM cable Remo

ALM3

EXTERNAL ALARM SYSTEM LOW

BATTERY None Remove ALM cable Remo

ALM4

EXTERNAL ALARM SYSTEM 220V AC

MAIN BREAKDOWN / low battery alternator None Remove ALM cable Remo

ALM5 TAMPER ALM3 Series Connect to Ext ALM3 Port Series Conn

ALM6 FIRE / SMOKE ALM2 Connect to Ext ALM2 Port Connect

ALM7 INTRUDER ALM3 Series Connect to Ext ALM3 Port Series Conn

ALM8 R PHASE BREAKDOWN / R or S or T ALM5 No need Connect

ALM9

S PHASE BREAKDOWN / high engine

temperature / gen running ALM6 No need Connect

ALM10 T PHASE BREAKDOWN /low fuel level ALM7 No need Series ConnALM11 AIR CONDITIONING ALM4 Connect to Ext ALM4 Port Connect

ALM12 ALARM SYSTEM OFF None No need

ALM13 LOW TEMPERATURE ALM1 Series Connect to Ext ALM1 Port Series Conn

ALM14

AVIATION LIGHT / intruder in generator

section None No need

ALM15 LOW BATTERY BTS None No need

ALM16 MAINS 220V AC BREAKDOWN ALM7 No need Series Conn

S i 2 M t l BTS ith SMT EAS


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Scenario 2 Motorola BTS with SMT EAS

Ext ALM

CODE TEXT STRING

New ALM

Need


New TP

Sensor side

Reusin

ALM1 HIGH / LOW TEMPERATURE ALM1 No need

ALM2 FIRE/SMOKE ALM2 No need

ALM3 INTRUDER ALM3 Series Connect to Ext ALM3 Port Series Con

ALM4 LOW DC VOLTAGE None Remove ALM cable Rem

ALM5 R PHASE BREAKDOWN ALM5 No need

ALM6 FLOOD None No need Rem

ALM7 AC MAINS FAILURE ALM7 No need Series Con

ALM8 AVIATION LIGHT FAILURE None No need Rem

ALM9 TAMPER ALM3 Series Connect to Ext ALM3 Port Series Con

ALM10 AIR CONDITIONER FAILURE ALM4 Connect to Ext ALM4 Port Connec

ALM11 S PHASE BREAKDOWN ALM6 No need Connec

ALM12 T PHASE BREAKDOWN ALM7 No need Series Con

ALM13 RECTIFIER FAILURE ALM8 No need Connec

ALM14 ALARM SYSTEM LOW BATTERY None No need

ALM15 ALARM SYSTEM MAINS AC DOWN None No need

ALM16

PERSONNEL ON SITE /Alarm system

status/ None No need

S i 3 BTS ith A C S EAS


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Scenario 3 BTS with A.C.S EASExt ALM

CODETEXT STRING

New ALM

Need


New TP

Sensor side

Reusi

ALM1 HIGH / LOW TEMPERATURE ALM1 No need

ALM2 FIRE/SMOKE ALM2 No need

ALM3 DOOR OPEN ALM3 Series Connect to Ext ALM3 Port Series Co

ALM4 LOW DC VOLTAGE (psu1, psu2) None Remove ALM cable Re

ALM5 R or S or T PHASE DOWN ALM5 Series Connect to Ext ALM5 Port Series Co

ALM6 FLOOD None No need Re

ALM7 AC MAINS FAILURE (R and S and T down) ALM7 No need

ALM8 AVIATION LIGHT FAILURE None No need Re

ALM9 TAMPER ALM3 Series Connect to Ext ALM3 Port Series Co

ALM10 AIR CONDITIONER FAILURE ALM4 Connect to Ext ALM4 Port Conne

ALM11 BACKUP GENERATOR RUNNING ALM6 No need Conne

ALM12 SPARE (FREE COOLING ALARM) None No need ALM13 RECTIFIER FAILURE (PSU1, PSU2,) ALM8 No need Conne

ALM14 LOW FUEL LEVEL ALM5 Series Connect to Ext ALM5 Port Series Co

ALM15 FUEL TANK ALARM (where applicable) ALM3 Series Connect to Ext ALM3 Port Series Co

ALM16 PERSONNEL ON SITE None No need

Existing DDF/OVP type on sites


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Existing DDF/OVP type on sitesNew type Ericsson Old type Ericsson DDF

For indoor sites with new TP, make ALM1~ALM4 ports of existing DDF 16 ports to report the 4 existin

to Huawei BTS, ALM5~ALM8 from new TP to Huawei BTS.

For indoor sites reusing existing power, make ALM1~ALM8 ports of existing DDF 16 ports to report t

from DDF to Huawei BTS.

In case of New type Ericsson DDF on site


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In case of New type Ericsson DDF on site

Use the provided by Huawei Ethernet cables for making RG45 connection between BBU/Upper UPEU a

DDF/OVP box without cutting them one cable in case of TP indoor and two cables in case of reusing ex

In this case the sequence of cable connections for external sensors changes as it is shown on the pictur

with yellow labels .

Existing DDF type on sites


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Existing DDF type on sites

Existing DDF on 2123 site Existing DDF on 20

For indoor sites with new TP, make ALM1~ALM4 ports of

existing DDF 16 ports to report the 4 existing alarms from DDF to

Huawei BTS, ALM5~ALM8 from new TP to Huawei BTS.

For indoor sites reusing existing power, make ALM1~ALM8 ports of existing DDF 16 ports to report

from DDF to Huawei BTS.

Existing DDF connection reusing existing Guardian


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Existing DDF connection reusing existing Guardian

Existing DDF sensor side cable connection when reusing existing Gu

without generator.

Short circuit

Alarm 6 port.

Because Gua

dont support

phase down


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Existing DDF Sensor side alarm cable connectio


Content

AC Mains failure alarm test procedure (Necessary)


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AC Mains failure alarm test procedure (Necessary)1. Power on the system normally with battery back up;

2. Switch off the AC input breaker and wait several minutes, view the active alarm informatio

and view the alarm information on M2000 to check if the alarm is reported;

3. Switch on the AC input breaker, view the active alarm information on LCD, and view the alaon M2000 to check if the alarm disappeared.

Indoor TP (TP48200B) Outdoor TP (TP4820

Rectifier failure alarm test procedure (Necessary)


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Rectifier failure alarm test procedure (Necessary)1. Insert a plastic stick to stop the rectifier fan and wait several minutes to check the rectifier

active alarm information on the LCD, and view the alarm information on M2000 to check if the

2. Remove the stick. View the active alarm information on LCD, and view the alarm informatio

check if the alarm disappeared.

Smoke alarm test procedure (Optional)


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Smoke alarm test procedure (Optional)Below is described the usual way to check this alarm but in this project it will be not checked

1. Spray the smoker sensor to check if the alarm is reported with OMC if they view the alarm

on M2000.

2. Wait several minutes after the alarm is active and check with OMC if the alarm is disappear

Temperature and Door open alarm test procedure


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Temperature and Door open alarm test procedure

High temperature alarm test (Optional)

1. Carefully heat the temperature sensor with heat-air-gun to reach the threshold value. Kee

from plastic details and cabinet insulation. View the active alarm information on the LCD

information on M2000 to check if the alarm is reported.

2. Cool the temperature sensor or wait the temperature to be normal, view the alarm informa

check if the alarm is disappeared.

Door open alarm test (Necessary)

1. Open the door of Cabinet or shelter to check the active alarm information on M2000 with O

2. Close the door of Cabinet or shelter to check if the alarm is disappeared on M2000 with O

Air conditioner failure and D.G running alarm test p


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Air conditioner failure and D.G running alarm test p

Air conditioner failure alarm test (Necessary)

1. Shut down the precision air conditioner ( Floor mounted) or heat the temperature sensor o

Conditioner to check if there is a right alarm information on M2000 with OMC.

2. Start the precision air conditioner again and check with OMC if the alarm is disappeared o

D.G (Generator) running alarm test (Optional)

1. Start the generator to check with OMC if the alarm is reported on M2000.

2. Shut down the generator to check with OMC if the alarm is disappeared on M2000.


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Thank youwww.huawei.com

If you have any problem, please contact the persons as be

Nikolay +359 896878010

Neil +359 893332347

Globul Project TP and External Alarm Connection and Test Guide_ver.2

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