ATP Document
PowerCube1000 with ACB Solution
ATP Document
(Roll Out 3G New Sites)
Region:
Site Name
Site ID
Address
City
Site Type
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
□ GF
□ RT
Page 1
1. Test Procedures: Power Cube 1000 with ICC300 and of ACB100/200 banks
inside power cabinet.
No
Test Item
1.1
Installation of PowerCube
system Cabinet
1.2
Power ON/OFF the AC
Input
1.3
Check the status of the
indicators on the PSU
1.4
Check the status of the
Heat Exchanger Fan Unit
connections and working
1.5
Check the Surge Protection
Devices connections and
specifications
1.6
Installation of ACB battery
in PowerCube cabinet.
1.7
Installation of ESMU-A
inside Power cabinet for
ACB200AH.
1.8
Check DC Air-condition
connections and working.
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Specified Value/ Requirement and Test
Procedure.
Power system installed securely on PAD or
mounting racks as per site layout (approved / as
built) No damage observe.
Put ON/OFF the AC Input 3pole Circuit Breaker, all
the PSU Modules should work properly.
Power input indicator (top): ON
Protection indicator (middle):OFF
Fault indicator (bottom): OFF
The internal fans of heat exchanger are working
and check air circulation inside power cabinet.
The Surge Protection Devices installed in Rectifier
Cabinet (PowerCube) shall be in healthy state.
Check Color on front of SPD shall be GREEN, In
case of RED/BLACK, it is declared to be faulty
The ACB batteries ICC310 cabinet; arrange each
bank/battery as per guidance from manufacturer.
The interconnection strips for each battery string
cell to cell terminal must be tightened
The ESMU-A is installed with Sub rack of each ACB
battery string. The interconnection of each ESMUA port connected with communication cables for
each battery in the string.
DC Air-condition is working and DC power cable
for powering Air-condition is connected with
breaker. The compressor and internal fan units of
Air-condition are in working condition.
Temperature Set point is 30 degrees.
Severity
Test
Result
(OK/NOK)
Major
Major
Major
Major
Major
Major
Major
Major
Page 2
2. Test Procedures: Power Parameter Settings adjustment for ACB 100 and
200Ah battery site scenario.
NO
Test Items
2.1
Running status
2.2
Rectifier module failure
2.3
Check AC Input voltage
thresholds values
Scenario:
Observat
ion /
Meas.
Value
Parameters
At Normal Working there should be no Major
alarm.
Fail the rectifier module and check its light is
turned off and generate alarm.
AC Under and Over Voltage system reference
value 180V/280V
For 100ACB
(OK/NOK)
Major
Major
Major
For 200ACB
SET (As per Actual)
2.4
Date and Time
2.5
Battery Capacity
100
200
Major
2.6
Charge Current limit
0.4C
0.4C
Major
2.7
Float Voltage
54.0V
54.0V
Major
2.8
Boost Voltage
56.4V
56.4V
Major
2.9
Low Battery Voltage
51.0V
51.0V
Major
2.10
LLVD
50V
50V
Major
2.11
BLVD
48V
48V
Major
2.12
Check the alarm LED’s on
SMU
2.13
TEST
SET (As per Actual)
Test
Result
On event of alarm RED LED on SMU shall lit on to
give alarm indication.
Check the values at the Display of SMU output
voltage (54.0V) and Load current should be
according the reference value.
Minor
Major
Major
3. Test Procedures: AC / DC and Grounding Cables.
No
Test Item
Specified Value/ Requirement and Test
Procedure.
Observatio
n / Meas.
Value
3.1
Specifications / installation &
routing of AC power
cable.(cable size as per BOQ)
AC power cable: Wire 4*16mm2 connected
with ACDB to rectifier main breaker. Routed
separately from other cables. Both end
connections of AC cable are tightened with
Lugs and terminals covered by sleeves.
Major
3.2
Specifications / installation &
routing of DC power
cable.(cable size as per BOQ)
DC Power Cable: 35mm2 connected with
battery bank. Connect the positive and
negative cables as per the polarity.
Major
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Test
Result
(OK/NOK)
Page 3
3.3
3.4
Specification / installation of
GND cables. (cable lengths &
size as per BOQ)
Ground Cable: 25mm2 connected with positive
bus-bar of power system and grounding bar of
site.
Major
Labels / Tagging of Cables
(AC / DC / ACB Batteries and
Alarm cables etc)
The Tags must be pasted at the both ends of
every cable inside ICC310 cabinet. All installed
ACB batteries are tagged with its battery cell
number for each bank.
Minor
4. Test Procedures: Alarm Verification.
NO
Test Case
1
Mains Failure
2
Rectifier Major Alarm
3
Rectifier Minor Alarm
4
Low Battery Volt Alarm
5
Fan Failure alarm
6
ESMU-A Failure Alarm
7
Rectifier Door Open Alarm
8
DC AirCon Fault Alarm
9
High Temp. Alarm (ACB battery)
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Specified Value/ Requirement and Test
Procedure.
Observatio
n / Meas.
Value
Test
Result
(OK/NOK)
Check float voltages on ECC500 screen.
Turn Off the Mains power supply from ACDB
Check MF Alarm red led observed at ECC500.
Unplug & remove any 2 modules (PSU’s) from
the rectifier.
Unplug & remove one SPD unit from the
rectifier.
Check alarm indication observed on ECC500
Adjust low battery voltage value to 51V from
ECC500
Turn 3 ESMU-A off position
Check voltage rating on ECC500 if decreased to
51V or below.
Open the door of rectifier cabinet and turn its
fan off.
Disconnect the positive power plug of any BMU
Check ESMU-A is turned off.
Open the Door of Rectifier cabinet.
Turn Off the breaker of DC AirCon form
Rectifier unit.
Check Aircon fault Alarm reports to EMUA and
NOC.
Open the door of battery cabinet and find
temperature probe inside.
Apply heat or rub the temp probe or decrease
temp set point value in ECC500.
Page 4
5. Test Procedures: Charging and Discharging of ACB Banks.
No
1
2
3
Procedure
Expected result
Health check of battery
banks
Check ACB Battery for
leakage / damaged /
deformed etc.
Voltage measurement of
batteries
PTML standard battery health check template (attached) is
attached with ATP documents for battery testing.
The ACB batteries are not leaked. Check for any leakage
observed from joints of each cell or any acid corrosion observed
inside cabinet. The ACB battery is not deformed or de-shaped.
Take the complete cell by cell voltage readings before
commencing battery test.
Shutdown the AC Input supply of Rectifier to take batteries on
load.
Check the batteries feeding power to load after disconnection of
AC power. Take the complete bank & cell voltage readings after
every 30 minutes. tested battery backup is up to/greater than
designed backup. (3hrs at the time of ATP)
4
Battery heath check
5
Battery health check
Result
Pass Fail
Pass Fail
Pass Fail
Pass Fail
Pass Fail
T05-04 Battery Test Results:
BATTERY BANK TEST – CHECKLIST
Time
(mins)
No:
Banks
Output
Voltage
Float / Discharge Cell Voltages
Bank 1
Bank 2
Bank 3
Bank 4
Bank 5
Bank 6
Bank 7
Bank 8
Bank 1
Bank 2
Bank 3
Bank 4
Bank 5
Bank 6
Bank 7
Bank 8
Bank 1
Bank 2
Bank 3
Bank 4
Bank 5
Bank 6
Bank 7
Bank 8
Bank 1
Bank 2
Bank 3
Bank 4
Bank 5
Bank 6
Bank 7
Bank 8
Output
Current
Ambient
Temp(0C)
Cell 1
Before
Test
Cell 2
Cell 3
Cell 4
30 mins
60 mins
90 mins
Cell 1
Cell 2
Cell 3
Cell 4
Cell 1
Cell 2
Cell 3
Cell 4
Cell 1
Cell 2
Cell 3
Cell 4
RESULTS
Observations:
Last Discharge O/P Voltage
Discharge Time(Hrs)
Pass Fail Not Run
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Page 5
6. Snag List
ACB Power Solution ATP Snags Classification
ATP
Date
Snag Details
Snag Classification
(Major/Minor)
Workmanship
Factor(WM) *
Note: *WF: Means Snags reported due to Workmanship /Human Factor.(Technical Expertise , Skills lacking. Poor
Workmanship etc)
Huawei Representative
PTML Representative
Name:_____________________
Name:_____________________
Signature:__________________
Signature:__________________
Date:______________________
Date:______________________
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Page 6
Contents:
S # No.
Test Items
Tests
T01
Installation of Power System
T01-01
Installation of PowerCube1000 with ICC300 Cabinet and of
ACB100/200 banks inside power cabinet
T02
Commissioning of Power System
T02-01
Commissioning of PowerCube1000 with ACB100/200Ah
and ICC300 Power Cabinet.
T03
AC / DC / Grounding & Alarm Cables
T03-01
Installation of AC Power Cable, DC Cables and
Grounding Cables/SPD
5
T04
Site Tagging and Labels
2
T05
Test Procedures
T05-01
Site External Alarm Tests
9
T05-02
Charging and Discharging of ACB Battery Banks
5
T05-03
Battery Test Results
1
T06
Documentation Required
4
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Status
Pass
Fail
6
8
Page 7
T02 Installation of Power System
T02-01 Installation of PowerCube1000 with ICC300 and of ACB100/200 banks inside power
cabinet
Objective
Verify that the installation of the PowerCube 1000 System with ICC300 rectifier and fixation of cabinets;
ACB banks, ECC500,PSU’s connections which complies with the engineering specifications according to
system manual.
Result:
PassFailNot Run
Comment & Remark:
Prerequisites

The Power Cube1000 installation as per site approved design. (Refer: site layout)

The rectifier modules are installed in Rectifier Cabinet.

Cabinet Security and Locking mechanism for PowerCube1000.

ACB battery banks are installed according to BOQ Qty.

Cascaded connection of ESMU-A with ACB Battery string
Procedure
Expected result
1.1: The Power system is installed securely on the
concrete PAD or mounting racks as per site layout
(approved / as built).
1. Installation of Power Cube
1.2: No damage has been done to equipment while
1000 system Cabinet.
installation and door opening of installed power system
0
can be > 90
2. Installation of Expansion
bolts for Power system
POWERCUBE1000.
3. Check the PSU Installation
inside power cabinet
POWERCUBE1000.
4. Check the
POWERCUBE1000 cabinet
locks / security mechanism
and holes for cable entry.
5. Installation of ACB battery in
PowerCube cabinet.
6. Installation of ESMU-A
inside Power cabinet for
ACB200AH.
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
2.1: The mounting holes for the cabinet must be
carried out by drilling on concrete PAD.
2.2: The 4 expansion bolts (M12 x 60) are installed
and tightened by using appropriate socket wrench.The
extra holes for cable entry are properly sealed and
covered by fire proof mud.
3.1: The rated output current of each PSU is 50Amps,
and minimum installed quantity of PSU’s is 2 or 3 as
per BOQ and all should be in working condition.
4.1:
The
Entrance
door
and
locks
of
POWERCUBE1000 are installed and operational ,
door closer is operational
4.2: The POWERCUBE1000 Cabinet Door sealing is
complete and no damage is observed.
5.1: The ACB batteries installed in ICC310 cabinet
must be arranged along with each bank/battery as
listed on top of each battery. As per guidance from
manufacturer.
5.2: Check number installed of battery Banks matches
the quantity as per BOQ.
5.3: The interconnection strips for each battery string
cell to cell terminal must be tightened.
6.1: The ESMU-A is installed with Sub rack of each
ACB battery string.
6.2: The interconnection of each ESMU-A port
connected with communication cables for each battery
in the string.
6.3: Every ACB battery in string is connected in
sequential order with battery communication ports of
Result
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Page 8
ESMU-A(max 4 cells can be connected /BMU-).
6.4: The main communication cable for cascaded
ESMU
is
connected
with
ECC500
of
POWERCUBE1000 system cabinet.
Pass Fail Not Run
Huawei Representative
PTML Representative
Name:_____________________
Name:_____________________
Signature:__________________
Signature:__________________
Date:______________________
Date:______________________
T03 Commissioning of Power System
T03-01 Commissioning of POWERCUBE1000 with ACB100/200Ah ICC300 Power Cabinet.
Objective
Verify that the commissioning of the Power System connected with ECC500, PSU’s as well as ACB Battery,
ESMU , DC Aircon; complies with the engineering specifications.
Result:
PassFailNot Run
Comment & Remark
Prerequisites

The Power system POWERCUBE1000 commissioning.

The PSU’s are in working condition.

The AC / DC and signaling cables are routed and properly connected with ACB100/200Ah.

The Alarm connections are extended.

The ACB100/200Ah cabinet is interconnected inside POWERCUBE1000
Procedure
1. Check the
POWERCUBE1000
specifications and check AC,
DC and signal cable
connections of Power system
Cabinet.
2. Check ECC500
commissioning with system
power parameters.
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Expected result
Result
1.1: The Power system installed is as per BOQ.
Pass Fail Not Run
1.2: No component in Rectifier cabinet is loose or
damaged.
Pass Fail Not Run
1.3: The power cables (AC/DC) are connected
correctly, check end to end ‘O’ & ‘U’ type lugs
connections properly done as per appropriate cable
dia” and punched with lugs presser tool.
Pass Fail Not Run
2.1: The ECC500 has been installed and in working
condition and ECC500 Display shall be properly
visible and each parameter appearing on ECC500
shall be viewable. Blurring & disappearance of
parameters shall fall ECC500 into faulty State.
Pass Fail Not Run
Page 9
2.2: Set all provided parameters in ECC500 such as
DC float volts, boost volts, charging current; etc shall
be appearing on ECC500.
For
100ACB
For
200ACB
Date & Time
Set
Set
Battery Capacity
100
200
Charge Current
Limit
0.4C
0.4C
Float Voltage
54.0 V
54.0 V
Boost Voltage
56.4 V
56.4 V
Low battery Voltage
51.0V
51.0 V
LLVD Voltage
50 V
50 V
BLVD Voltage
48 V
48 V
Check
3. Check the alarm LED’s on
ECC500
4. Check the status of the Heat
Exchanger Fan Unit
connections and working.
5. Check the status of the
indicators on the PSU.
6. Check DC cables for ACB
Batteries and check
interconnection of
communication cables between
ESMU-A and ECC500.
7. Check DC Air-condition
connections and working.
8. Check alarm cables DSS and
DC Air-condition of ACB.
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Pass Fail Not Run
3.1: On event of alarm RED LED on ECC500 shall lit
on to give alarm indication.
Pass Fail Not Run
3.2: No alarm is present on the Rectifier indicator
ECC500. Both battery & load power ratings visible on
ECC500 are according with the specifications.
Pass Fail Not Run
4.1: The Heat Exchanger Fan Unit of power system is
connected with rectifier distribution breaker units.
Pass Fail Not Run
4.2: The internal fans of heat exchanger are working
and check air circulation inside power cabinet.
5.1: Power input indicator (top): ON
5.2: Protection indicator (middle): OFF
5.3: Fault indicator (bottom): OFF
6.1: The DC power cables of each ACB battery string
is connected
6.2: Check 15 pin communication cable of every ACB
in string is connected to its respective port number of
ESMU-A card (one ESMU-A connects 4 ACB’s).
6.3: Check communication cable RJ485 of each
ESMU-A must be interconnected with each other and
main cascaded communication cable is connected
between last ESMU-A and ECC500 (COM0).
7.1: The DC Air-condition is in working condition and
DC power cable for powering Air-condition is
connected with POWERCUBE1000 A through LLVD
breaker.
Pass Fail Not Run
7.2: No leakage of cold air observed outside ICC310
cabinet, check for heat insulation sealing for door of
ACB cabinet.
7.3: The compressor and internal fan units of Aircondition are in working condition (check compressor
working by cooling).
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
8.1: The alarm cable of cabinet DSS (Door Status
Switch) of ACB Cabinet is connected to EMUA
Pass Fail Not Run
8.2: The Alarm cable of Aircon fault alarm and battery
high temp alarm is connected with EMUA.
Pass Fail Not Run
8 。 3 ： Check the temperature set point of ACB
cabinet is set to 30℃.
Pass Fail Not Run
Page 10
Huawei Representative
PTML Representative
Name:_____________________
Name:_____________________
Signature:__________________
Signature:__________________
Date:______________________
Date:______________________
T03 AC / DC / Grounding & Alarm Cables
T03-01 Installation of AC Power Cable, DC Cables and Grounding Cables/SPD
Objective
Verify that the AC power cable, DC Cables and PGND cables &SPD are correctly processed and installed.
Result:
PassFailNot Run
Comment & Remark
Prerequisites

All internal cables (AC / DC / Alarm) are installed.
Procedure
1. Check the specifications and
installation & routing of AC
power cable.(cable lengths &
size as per BOQ)
2. Check specification and
installation of DC Power
cable. .(cable lengths & size as
per BOQ)
3. Check the specification and
installation of GND cables.
(cable lengths & size as per
BOQ)
4. Connection of Grounding
cable to main site DC Earth
plate.
5. Check the Surge Protection
unit’s connections and
specifications.
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Expected result
Result
1.1: The AC power cable installed to power up the
2
rectifier is Wire 4*16mm (Cores: Red, Yellow, Blue,
Black) connected with ACDB to rectifier main breaker.
(Cable specs. as listed in Annex. A)
Pass Fail Not Run
1.2: The AC Power cable must be routed separately
from other cables. Both end connections of AC cable
are tightened with Lugs and terminals covered by
sleeves.
Pass Fail Not Run
2.1: The Rating of DC cable from Rectifier to Battery
must be compliance with BOQ.
Pass Fail Not Run
2.2: The positive and negative terminal of the DC
power cable is connected with ACB battery and
POWERCUBE1000 +ve & -ve bus-bar of power
system cabinet.
Pass Fail Not Run
3.1: The rating of grounding cable Wire must be
compliance with BOQ.
Pass Fail Not Run
3.2: Lugs at both ends of the power cables and
PGND cables are soldered or securely crimped.
Pass Fail Not Run
4.1: Grounding Cable for Cabinet shall be properly
terminated to DC Earthing Bus bar.
Pass Fail Not Run
4.2: End to End connectivity of grounding cable to Bus
bar to Earthing pit shall be verified.
Pass Fail Not Run
5.1: The Surge Protection Devices installed in
Rectifier Cabinet (POWERCUBE1000) shall be in
healthy state.
5.2: The AC SPD rating installed in Built-in power
system of POWERCUBE1000 Cabinet is ~30/ 60KA255Volt~.
Pass Fail Not Run
Pass Fail Not Run
Page 11
5.3: Check Color on front of SPD shall be GREEN, In
case of RED/BLACK, it is declared to be faulty.
Pass Fail Not Run
Huawei Representative
PTML Representative
Name:_____________________
Name:_____________________
Signature:__________________
Signature:__________________
Date:______________________
Date:______________________
T04 Site Tagging and Labels.
Objective:
Verify that the Tagging and Labels of each new installed part /spare are proper.
Result:
PassFailNot Run
Comment & Remark
Prerequisites

Check Tagging and Labels of each item for newly installed system / cabinet / cables etc.
Procedure
Expected result
Result
1.1: The Tags must be pasted at the both ends of every
1. Labels / Tagging of
cable inside ICC310 cabinet.
Cables (AC / DC /
Pass Fail Not Run
communication /
Alarm etc)
2.1: All installed ACB batteries are tagged with its battery
2. Labels of ACB
Pass Fail Not Run
cell number for each bank.
Batteries and Alarm
cables
2.2: All alarm cables for each cabinet alarm must be
Pass Fail Not Run
pasted with proper tagging separately inside BTS.
Huawei Representative
PTML Representative
Name:_____________________
Name:_____________________
Signature:__________________
Signature:__________________
Date:______________________
Date:______________________
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Page 12
T05 TEST PROCEDURES
T05-01 Testing of Extended Alarms of POWERCUBE1000 from NOC
Num of Test Case
Name of test Case
Preset Conditions
Test Procedures
Expected Results
Test Results
EAS Alarm Test # 1
Mains Failure
1. MF Alarm cable is extended to EMUA and ECC500 from both ends,
2. Rectifier is commissioned,
3. ECC500 is working.
1) Check float voltages on ECC500 screen.
2) Turn Off the Mains power supply from ACDB
3) Check MF Alarm red led observed at ECC500.
4) Call to NOC for MF Alarm verification
5) Restore Wapda supply and check float voltages again.
Mains Failure alarm reported to NOC.
Pass /  Fail
Num of Test Case
Name of test Case
Preset Conditions
EAS Alarm Test # 2
Rectifier Major Alarm
1.
Major Alarm cable is extended to EMUA and ECC500 from both ends,
2.
Rectifier is commissioned,
3.
ECC500 is working.
4.
PSU’s are working
Test Procedures
1) Check float voltages on ECC500 screen and Alarm LED is OFF.
2) Unplug & remove any 2 modules (PSU’s) from the rectifier.
3) Check alarm indication observed on ECC500
4) Call to NOC for Alarm verification
5) Connect the PSU’s again with rectifier and check Alarm indication OFF.
Rectifier Major alarm reported to NOC.
Pass /  Fail
Expected Results
Test Results
Num of Test Case
Name of test Case
Preset Conditions
EAS Alarm Test # 3
Rectifier Minor Alarm
1.
Minor Alarm cable is extended to EMUA and ECC500 from both ends,
2.
Rectifier is commissioned,
3.
ECC500 is working.
4.
SPD is connected with mains supply
Test Procedures
1) Check float voltages on ECC500 screen and Alarm LED is OFF.
2) Unplug & remove one SPD unit from the rectifier.
3) Check alarm indication observed on ECC500
4) Call to NOC for Minor Alarm verification
5) Connect the SPD unit again with rectifier and check Alarm indication OFF.
Rectifier Minor alarm reported to NOC.
Pass /  Fail
Expected Results
Test Results
Num of Test Case
Name of test Case
Preset Conditions
EAS Alarm Test # 4
Low Battery Volt Alarm
1. Alarm testing if ACB battery bank voltages are Low.
2. To be test on battery discharging condition
Test Procedures
1)
2)
3)
4)
5)
6)
Adjust low battery voltage value to 51V from ECC500
Turn 3 ESMU-A off position
Check voltage rating on ECC500 if decreased to 51V or bellow
Check low battery voltage indication on ECC500
Confirm alarm from NOC
Adjust low battery voltage value back to 51.0V from ECC500
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Page 13
Expected Results
Test Results
Num of Test Case
Name of test Case
Preset Conditions
Test Procedures
Expected Results
Test Results
Num of Test Case
Name of test Case
Preset Conditions
Test Procedures
Expected Results
Test Results
Num of Test Case
Name of test Case
Preset Conditions
Test Procedures
Expected Results
Test Results
Num of Test Case
Name of test Case
Preset Conditions
Test Procedures
7) Turn 3 ESMU-Aon confirm alarm disappears on ECC500 and NOC
Low Battery alarm reported to NOC.
Pass /  Fail
EAS Alarm Test # 5
Fan Failure alarm
Temp Alarm testing if Temperature inside POWERCUBE1000 cabinet increased.
1) Open the door of rectifier cabinet and turn its fan off.
2) Call to NOC for Fan failure alarm verification.
3) Again restore power supply of Heat Exchange Unit.
Fan Failure alarm reported to NOC.
Pass /  Fail
EAS Alarm Test # 6
ESMU-A Failure Alarm
ESMU-A in working condition while testing
4) Disconnect the positive power plug of any BMU
5) Check ESMU-A is turned off.
6) Check the ESMU-A Fail Alarm is reported at ECC500 & NOC.
7) Connect the positive plug of ESMU-A again and check ESMU-A working.
ESMU-A Failure Alarm reported to NOC.
Pass /  Fail
EAS Alarm Test # 7
Rectifier Door Open Alarm
Alarm testing for Door of rectifier opens
1) Open the Door of Rectifier cabinet.
2) Check Rectifier Door open Alarm signal at ECC500 card and NOC
3) Call to NOC for Alarm verification.
4) Again close the door of Rectifier cabinet and check Alarm indication OFF.
Rectifier door open Alarm reported to NOC.
Pass /  Fail
EAS Alarm Test # 8
DC AirCon Fault Alarm
1. Aircon fault Alarm cable is extended to EMUA to ACB cabinet
Expected Results
Test Results
1) Check DC Aircon of ACB Cabinet is in working condition.
2) Turn Off the breaker of DC AirCon form Rectifier unit.
3) Check Aircon fault Alarm reports to EMUA and NOC.
4) Call to NOC for AirCon Fault Alarm verification.
5) Again Turn-On the breaker of DC Aircon and check Alarm indication OFF.
AirCon Fault Alarm reported to NOC.
Pass /  Fail
Num of Test Case
Name of test Case
Preset Conditions
EAS Alarm Test # 9
High Temp. Alarm (ACB battery)
1. Temperature sensor available inside ACB Battery cabinet.
Test Procedures
2.
Temperature set point is adjusted to 30℃
3.
Temperature Alarm cable is extended to EMUA to ACB cabinet
1) Open the door of battery cabinet and find temperature probe inside.
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Page 14
Expected Results
Test Results
2) Apply heat or rub the temp probe or decrease temp set point value in ECC500.
3) Check in ECC500 the increase in High Battery Temperature value 30℃
4) Check alarm indication at ECC500 if the ACB cabinet temp is increased
5) Verify the alarm from NOC
6) Close the cabinet door and wait till temperature value gets normal..
Battery High Temperature Alarm reported to NOC.
Pass /  Fail
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Page 15
T05-02 Charging and Discharging of ACB Battery Banks
Objective:
Verify that the Batteries can be normally charged and discharged after the mains power supply.
Result:
PassFailNot Run
Comment & Remark:
Prerequisites

The Discharging Test of ACB batteries.

The mains power supply for the Rectifier POWERCUBE1000 A is working normally.

The BTS Load is working normally.
Procedure
Expected result
Result
1.1: PTML standard battery health check template Pass Fail Not Run
1. Health check of battery
(attached) is attached with ATP documents for
banks
battery testing.
Pass Fail Not Run
2.1: The ACB batteries are not leaked. Check for
2. Check ACB Battery for
any leakage observed from joints of each cell or any
leakage / damaged /
acid corrosion observed inside cabinet.
deformed etc.
2.2: The ACB battery is not deformed or de-shaped. Pass Fail Not Run
3. Voltage measurement of
batteries
4. Battery heath check
5. Battery health check
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
3.1: Take the complete cell by cell voltage readings
before commencing battery test.
4.1: Shutdown the AC Input supply of Rectifier to
take batteries on load
5.1: Check the batteries feeding power to load after
disconnection of AC power.
5.2: Take the complete bank & cell voltage readings
after every 30 minutes.
5.3: Is tested battery backup is up to/greater than
designed backup. (3hrs at the time of ATP)
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Pass Fail Not Run
Page 16
T06 Documentation Required:
Objective: All SIte related documentation and BOQ provided.
Available Not Available
1.
BOQ
2.
Site Layout (approved / as built)

Available Not Available
3.
Power Parameters

Available Not Available
4.
Cables specifications

Available Not Available
ATP Document
ACB Power Solution
Ufone/Technical/ANO/DOC/03B/01
Page 17