bts template

Site ID :

Address :

Configuration :

Project Reference No:

City/Province :

Position: Longtitude:

Latitude :

Acceptance Test Date :

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 0/19

ACCEPTANCE TEST PROCEDURE FOR ALCATEL-LUCENT BTS A9100

TABLE OF CONTEND

TEST SUMMARY

I. MATERIAL AND HARDWARE INSTALLATION AT THE SITE

II. TECHNICAL ACCEPTANCE TEST AT THE SITE

2.1 Installation acceptance

2.2 Power and Battery test and acceptance

2.3 Antenna and Feeder acceptance

2.4 BTS inspection

III. SERVICE QUALITY INSPECTION

3.1 Voice Quality Test

3.2 Intra BTS handover Test

3.3. GPRS Data call test

IV. OUTSTANDING AND COMMENT

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 1/19

TEST SUMMARY

Site ID: HN1607Data Pass Failure NA

I. BTS HARDWARE REMOTE INVENTORY File attached

II. TECHNICAL ACCEPTANCE TEST AT THE SITE

2.1 Installation acceptance

2.2 Power and Battery test and acceptance

2.3 Antenna and Feeder acceptance

2.4 BTS inspection

III. SERVICE QUALITY INSPECTION

3.1 Voice Quality Test

3.2 Intra BTS handover Test

3.3. GPRS Data call test

IV. OUTSTANDING AND COMMENT File attached

Alcatel-Lucent(Name and Title)

Gtel Mobile(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 2/19

I. BTS HARDWARE REMOTE INVENTORY

No

Project Items Com Code QTY Unit Serial number

I BTS

1 BTS-9100-IND-MBI53-0 Cabinet

2 TGT18 HP Module

A9100 TRX 1800 TWIN Module








3 AGC18 ModuleANTENNA NETWORK COMBINER 1800 EVO Module

ANTENNA NETWORK COMBINER 1800 EVO Module



4 SUMA Module

5 ANTENNA Module

Module

Module

II POWER SUPPLY

1L4V Cabinet with 4 rectifiers 1800W , surge protection and power grid with circuit breakers

Cabinet

2 L4V DC POWER PLANT WITH 4FLATPAK2 1800

Set

3 Battery Fiamm 160Ah String

4 sealed stationary battery Cell

5 Rectifier Card

Rectifier 1

Rectifier 2

Rectifier 3

Rectifier 4

6 AVR

7 Air Condition 1

8 Air Condition 2

9 ACS (external alarm) Set1 Extension:

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 3/19

0

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 4/19

II. ONSITE TECHNICAL ACCEPTANCE

2.1 Installation inspection

2.1.1. Feeder, jumper and cable tray:

Requirements Pass FailAll feeder cable need to be lined and tired up on cable tray, maximum gap between 02 feeder clamps should not more than 2m.

Feeder installation should follow technical specification, feeder need to be connected to grounding system at 03 point (before connector to antenna, before to leaves BTS tower and before BTS room), in case of distant between 02 grounding connection point greater than 60m then addition grounding connection point in between need to be added.

Before to go inside BTS room, Feeder cable need to be lowered and curve to protect water from rain to come inside BTS room.

Feeder panel need to be installed to protect water come inside BTS room.

Feeder curve angle should greater than R ≥ 135o

Cable tray inside BTS room should be install lined up and the same height level of the hole for install feeder panel.

Cable tray need to be connected to grounding system follow technical specification

All Feeder cables need to be labeled.

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 5/19

2.1.2. Grounding and Lightening protection:

Items Pass Fail

BTS should have 02 grounding bar (Indoor and Outdoor) NA NA

Outdoor grounding bar should be located lower than feeder panel 30 cm (G-Tel responsibility).

NA NA

Location of indoor grounding bar higher than floor 30 cm. NA NA

All of equipment needs to be grounded and connected to main grounding bar.

Each grounding cable connected to grounding bar by individual screw.

Feeder lightening arrester should unique and connected to earth bar.

2.1.3. BTS and power rack installation:

Items Pass Fail

Equipment should not install under air conditioning system

BTS and power rack need to fix to floor ensure that it can not fall over.

Power and signal cable need to run on cable tray separately

All circuit breaker need to be labeled

General assessment about HW installation:

Pass Fail

Alcatel-Lucent

(Name and Title)

Gtel Mobile

(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 6/19

2.2 Power and battery inspection

(This test is not applicable for BTS share the power with BSC or MSC equipment)

INITIAL CHECK

CHECK FOLLOWING: Pass Fail1. System installation is completedCheck that the system installation has been correctly performed.

2. Rectifier modules are connected Verify that all rectifier modules are plugged in and the front screws fas-tened

3. Rectifier system connected to mains supply and Protective Earth.Check that the system’s mains cable is connected to the mains supply

firmly and ground of DC system is connected correctly. Check short circuit between ground bar & negative bar of DC system.

Measure voltage of all battery bands. This is about: 48VDC to 55 VDC

4. Alarm system are connected to DDF correctlyCheck that the alarm system cables are connected to the DDF with true color & identify code

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 7/19

SYSTEM START-UP CHECK FOLLOWING: Pass Fail1. Turn the system «ON»

Measure input AC voltage of AC system before turn AC automat in Power pack. This is about 190 VAC to 230 VAC

V= 223 VAC

2. Measure output voltageMeasure DC output voltage from 48VDC to 55VDC

3. Rectifier modules are «ON» and without fault alarmsVerify that the SMPS modules are in normal mode of operation (not reporting alarms)

ALARM LEVELS

CHECK FOLLOWING: Pass FailLogging on to Power suite sys & set three alarms as below:

1. Set the Alarm Levels (High & Low Batt. Alarm) High Battery Alarm Voltage at 57 VDC

Low Battery Alarm Voltage at 45 VDC

Note: Those threshold is set to default

2. Set the limit charging current to: 23 Ampere (DC)

SYSTEM ALARMS TEST

Test Mains Off Alarm Pass FailTurn off mains on all rectifies Verify (Alarm Display) that Mains Off Alarm is activated Turn mains power ON and verify that the active alarm is automatically reset Test Low Battery Voltage Alarm - Select General Configuration in Winpower suit - Write down the low battery voltage value. - Set the minimum value for low battery voltage alarm higher than the actual output voltage. Exit by pressing OK button

- Observe that low battery voltage alarm and corresponding alarm relay are trigged.

- Set the minimum value back to original number Test Rectifier Alarm- Put one of Rectifier out - Verify (Alarm Display) that Rectifier alarm is activated. - Put the Rectifier in and verify that the active alarm is automatically reset

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 8/19

ID AlarmAlarm Output

NoTB Pin

1 Main alarm 1 TB2 5&6

2 Rectifier 2 TB2 8&9

3 Battery low 3 TB1 9&10

2.2.1 Power System

Manufacture Name:

Power capacity:

Capacity of individual rectifier:

Number of rectifier per site :

Items Pass FailDesigned capacity of power system is sufficient for BTS consumption

AC voltage supply to power system N-L1in the range of 220V±10% V= VACVoltage between “Neutral Polar ” and earth < 5V NA NACheck power system and alarm when one by one rectifier operation (visual lamp test)

Output rectifier voltage 51V ± 5V (Note down the rectifier fail this test in punch list)

Visual check normal operation of each module via lamp and alarm panel

ON/OFF AC Circuit Breaker, BTS should operation normally Low volatge alarm of power system is set at 45V (LVA) High voltage alarm of power system is set at 57V (HVA) Power system need to be shut down when output power is lower than 43V (LVD: Low Voltage Disconnect) & reconnect when output power is higher than 47V (this test only be performed randomly follow specific requirement from G-Tel Mobile)

NA

Power control system working properly Lamp and alarm panel of power and rectifier working properly

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 9/19

2.2.2 BatteryBattery Type: Quantity: 02 set, 04 batteries per set

Items Pass FailMeasurement individual battery voltage ≥ 12V (in normal mode) Measurement battery set voltage, each set voltage ≥ 50V (in normal mode)

Battery discharge test, this test only be performed randomly follow specific requirement from G-Tel Mobile. (This test to make sure that battery backup time is 4 hours for BTS with configuration Sector 4/4/4, 8 hours for BTS configuration Sector 2/2/2 following the dimensioning rules given per Gtel Mobile):

Discharge result for first battery set:

Cell 0’ 30’ 1h 2h 3h 4h 5h 6h 7h 8h

1

2

3

4

Sum

Discharge result for secondary battery set:

Cell 0’ 30’ 1h 2h 3h 4h 5h 6h 7h 8h

1

2

3

4

Sum

General assessment about power system: Pass Fail

Commitment of contractor for the site not perform battery discharge test:

Alcatel-Lucent commits the battery installation for BTS meet all of requirements of G-Tel mobile as per specification specified in the contract. (Battery backup time is 4 hours for BTS with configuration Sector 4/4/4, 8 hours for BTS configuration Sector 2/2/2 following the dimensionning rules given per Gtel Mobile).

Alcatel-Lucent(Name and Title)

Gtel Mobile(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 10/19

2.3 Antenna and feeder inspection:

Antenna Desrible:

- Manufacture Name : RFS

- Type of antenna : 1.3m

- Operation frequency : 1800 MHZ

- Antenna installation specification:

Sector Max VSWR Height Azimuth Down tilt1A (NA) 1.114

39m 60o 6o

1B (NB) 1.0962A (PA) 1.099

39m 180o 6o

2B (PB) 1.0773A (QA) 1.096

39m 300o 6o

3B (QB) 1.090

Atenna and Feeder measurement:

Print out Antenna and Feeder measurement for 06 feeders.

Bench mark for VSWR < 1.3 (VSWR for transmission line ≤1.05)

General assessment about antenna and feeder:

Pass Fail

Alcatel-Lucent

(Name and Title)

Gtel Mobile

(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 11/19

2.4. Acceptance test for BTS equipment:

2.4.1. BTS output power:

Bench Mark:

- After combiner : 41dBm -0,5/+1dB (For 4/4/4 configuration only)

- Before combiner : 44,4dBm -0,5/+1dB (For 2/2/2 configuration only)

- Delta output power between TRXs within a cell less than 1W

TRX output power table:

TRE #Output power

(dBm) Pass Fail Comment

TRE 1 41.30 dBm (13.2 W)

TRE 2 41.45 dBm (13.5 W)

TRE 3 41.62 dBm (13.7 W)

TRE 4 41.45 dBm (13.5 W)

TRE 5 41.40 dBm (14.5 W)

TRE 6 41.37 dBm (13.4 W)

TRE 7 41.30 dBm (13.3 W)

TRE 8 41.34 dBm (13.3 W)

TRE 9 41.20 dBm (13.1 W)

TRE 10 41.58 dBm (13.8 W)

TRE 11 41.15 dBm (13.0 W)

TRE 12 41.47 dBm (13.5 W)

2.4.2. Voice Quality Test per TRX

Voice call need to be conducted on each TRX in order to make sure that TRX is working properly, Additional test on every time slot might be performed randomly on specific request of G-TEL Mobile.

C 1 C2 C3 C4 C5 C6 C7 C8

Cell 1

TRE 1 OK OK OK OK OK OK OK OKTRE 2 OK OK OK OK OK OK OK OKTRE 3TRE 4

Cell 2


Cell 3


BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 12/19

2.43. Test operation of BTS components

Items Contend Requirements Pass Fail

BTS onsite maintenance

Laptop (LMT) is able log in BTS

Laptop (LMT) is able to log in into BTS and able to perform local operation and maintenance, monitoring BTS operation.

Test System alarm

Send alarm report to OMC and LMT

Generate a fake alarm on BTS, Check that the alarm is send to OMC and LMT

External alarm

The test performed by remove the loop back on external alarm port, alarm need to be sent to OMC and LMT.

Recovery and defend machnism

Lock TRE support BCCH channel, BCCH should automatically reallocated to another TRE of the cell after a few minute

After that unlock the TRE, BCCH channel still remain unchanged at the TRE BCCH previously was reallocated.

Disconnect transmission between BTS and BSC

Transmission alarm appears on OMC, system needs auto clear alarm when the transmission is resumed.

Shutdown BTS power then turn ON again

ONLY Perform this test in some specific BTS requested by G-TEL mobile, when power resume BTS should out startup.

General assessment about BTS equipment:

Pass Fail

Alcatel-Lucent

(Name and Title)

Gtel Mobile

(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 13/19

III. SERVICE ACCEPTANCE TEST

3.1. Perform call test

No User Location Calling Sub Called Sub Time Result

1 Intra BTS 01999890145 01998960160 10h30’ OK

2 Intra BSC 01999890145 01998691948 10h40’ OK

3 Inter BSC

3.2. Perform intra_BTS_handover Test:

Sector A to B

Sector A to C

Sector B to A

Sector B to C

Sector C to A

Sectro C to B

OK OK OK OK OK OK

3.3 Perform GPRS Data Call Test

Items Pass Fail

Mobile User should be able to attach to GPRS, EDGE or GPRS icon should displayed on handset.

Data send and receive via GPRS and EDGE (WAP services)

General assessment about BTS services inspection:

Pass Fail

Alcatel-Lucent

(Name and Title)

Gtel Mobile

(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 14/19

IV. BTS COVERAGE INSPECTION

BTS Name: HN1607

Note: Handset with network monitoring function can be used for coverage inspection,

coverage inspection result can be filled in the below form (driver test on 03 difference

direction until the call handed over to other cell or loss coverage, note the Timing

Advance when a call handover and AFRN of the cell handled over or Timing

advance when handset is lost coverage).

4.1. Coverage Inspection for Sector1

Sector 1Location Distance

Coverage/ RX Level HO cell*

0km (at site) TA=0TA=1 RX=-47TA=2 RX=-53TA=3TA=4TA=5TA=6TA=7TA=8TA=9

TA=10




0km (at site) TA=0TA=1 RX=-59TA=2 RX=-61TA=3 Rx=-71TA=4TA=5TA=6TA=7TA=8TA=9

TA=10

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 15/19




0km (at site) TA=0TA=1 RX=-59TA=2 TA=3TA=4TA=5TA=6TA=7TA=8TA=9

TA=10

Overall Assessment of BTS Coverage InspectionPass Fail

Alcatel-Lucent

(Name and Title)

Gtel Mobile

(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 16/19

IV. Outstanding and Recommendation

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Alcatel-Lucent

(Name and Title)

Gtel Mobile

(Name and Title)

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 17/19

Sector 1

N ANTA

Max VSWR: M1: 1.114; M2: 1.01

N ANTB

VSWR Max: M1: 1.096; M2: 1.045

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 18/19

1.00

1.05

1.10

1.15

1.20

1.25

1.30

1.35

1.40

0 5 10 15 20 25 30

Limit : 1.30

M1M2

Distance-to-fault

Model: S331 Serial #: 00000000Date: Time: BiasTee: OFF Output Power: Resolution: 130 CAL: ON(COAX) CW On

VS

WR

Distance (0.0 - 30.0 Meter)

M1: 1.114 @ 22.791 Meter M2: 1.01 @ 18.605 Meter

28-Jul-2009

1.00

1.05

1.10

1.15

1.20

1.25

1.30

1.35

1.40

0 5 10 15 20 25 30

Limit : 1.30

M1M2

Distance-to-fault


VS

WR


M1: 1.096 @ 23.023 Meter M2: 1.045 @ 18.372 Meter

Sector 2

P ANTA

VSWR Max: M1: 1.099; M2: 1.024

P ANTB

VSWR Max: M1: 1.077; M2: 1.018

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 19/19

28-Jul-2009

1.00

1.05

1.10

1.15

1.20

1.25

1.30

1.35

1.40

0 5 10 15 20 25 30

Limit : 1.30

M1M2

Distance-to-fault


VS

WR


M1: 1.099 @ 22.791 Meter M2: 1.024 @ 18.837 Meter

28-Jul-2009

1.00

1.05

1.10

1.15

1.20

1.25

1.30

1.35

1.40

0 5 10 15 20 25 30

Limit : 1.30

M1M2

Distance-to-fault


VS

WR


M1: 1.077 @ 22.791 Meter M2: 1.018 @ 10.465 Meter

Sector 3

Q ANTA

VSWR Max: M1: 1.096; M2: 1.006

Q ANTB

VSWR Max: M1: 1.090; M2: 1.022

BTS A9100 A.T.P.

955.203.312 K / TH 3DB 02841 AAAA / TH 20/19

28-Jul-2009

19-Aug-2009

19-Aug-2009

1.00

1.05

1.10

1.15

1.20

1.25

1.30

1.35

1.40

0 5 10 15 20 25 30

Limit : 1.30

M1M2

Distance-to-fault


VS

WR


M1: 1.096 @ 22.791 Meter M2: 1.006 @ 8.837 Meter

28-Jul-2009

1.00

1.05

1.10

1.15

1.20

1.25

1.30

1.35

1.40

0 5 10 15 20 25 30

Limit : 1.30

M1M2

Distance-to-fault

Model: S331 Serial #: 00000000Date: Time: BiasTee: OFF Output Power: Resolution: 130 CAL: ON(COAX)

VS

WR

Distance (Meter)

M1: 1.09 @ 22.791 m M2: 1.022 @ 11.86 m

28-Jul-2009

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