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Site ID : .....Site Name : .....PO Number : .....Item Number : .....Area : .....
Check List GRBTS ACCEPTANCE TEST DOCUMENT
No ItemCheck List
VendorCheck List
PMOI Cover Check List GRII Cover Doc ATP ( Foto Bangunan )III Doc. Acceptance Test Document ( ATP )IV Doc. RFI Notice ( asli )V BOQ Actual Measurement ( ttd Manager FOC PT.HS )VI Doc. POVII Doc. Berita Acara Serah Terima SiteVIII VSWR REPORTIX WALK TEST REPORTX FOTO DOCUMENTATIONXI Doc. As Plan Drawing & As built Drawing
Jakarta, ……………………...2014
PT. Huawei Tech Investment PMO
SITE ACCEPTANCE DOCUMENT CHECKLIST
SITE ID / NAME : ..... / .....REGION / AREA : ..... / .....SITE TYPE : .....
Hereby stated description and item below refer to the documents attached have been approved for construction:
No. Table of ContentsChecked
RemarksHTI HS
1 BOQ
NodeB BOQ
2.1 NodeB ATP
Acceptance test
3.1 Installation Checklist
Indoor Installation Checklist
Outdoor Installation Checklist
4.1 Installation Checklist
Feeder System List
Fiber Optic list
4.2 BTS Commissioning Record
Network Parameter Checklist
4.3 Integration Test
Basic Service Checklist
4.4 Handover Test
4.5 24 Hours Stability Test
4.6 Alarm Query Test
4.7 Punch List Summary
5 VSWR Measurement
6 Site Documentation
7 Capture LMT
8 SIR Approve
PT. Huawei Services PT. Huawei Tech Investment
1 BOQ FOR NodeB
*Site BOQ will base on the actual materials that installed.
PT. Huawei Services PT. Huawei Tech Investment
Project Name : .....Customer : .....Site ID : .....Site Name : .....Site Type : .....Site Description : .....Date : .....
Type BTS 3900 BoQ
Material No. Code DescriptionBOQ
RemarkAs Plan
As Built
>> A1/1 BTS3900A WCDMA S1/1/1 (Band 1 2100M, CE U:128 D:128, DC -48V)BTS3900A 02113169 BTS3900 Cabinet (DC -48V) 0 0 ExistingBBU 02315848 BBU Box 0 0 Existing
WRFU 02319231MARP RFU V100R102,WD5MWFUB81,Multi-Carrier Transceiver Unit(EDHT 80W,Band1,RX1920-1980/TX2110-2170MHz),9U
3 3 New
WBBP 03020GSA WCDMA Base Band Processing & Interface Unit 1 1 New
WMPT 03020JQE WCDMA Main Processing & Transmission Unit (4E1 + 2FE), 1*1 1 1 New
UBRI 03052995 Universal Broadband Radio Interface 0 0 NA
04012542 Internal Cable Set, BTS3900, Single Cabinet Internal Cable Set 0 0 NA
>> B1/1 BTS3900A WCDMA S1/1/1 (Band 1 2100M, CE U:128 D:128, DC -48V)
Auxiliary Kit 02239275 3900 Series BTS Macro, Site Auxiliary Material Kit (G/U/L) 0 0 Existing
Auxiliary 04046100Single Cable, Shielding Straight Through Cable, 10m, MP8-IV, CC4P0.5P430U (S), MP8-IV, LSZH
0 0 NA
Auxiliary 04070012Signal Cable, Shielded Straight Through Cable, 10m, MP8-II, CC4P0.5GY(S), MP8-II, FTP
0 0 NA
Auxiliary 29040316Blank Label, DB0699, Huawei D Blank Cable Label, 40 Groups 40 Pcs, 4 Colum*10 Rows
0 0 NA
Auxiliary 29041060 Signal Cable Label 1 1 NewAuxiliary 29041061 Power Cable Label 1 1 New
>> >> BTS3900A WCDMA S1/1/1 (Band 1 2100M, CE U:128 D:128, DC -48V)
Trunk Cable 04120119Trunkcable,20m,120ohm,4E1,0.4mm,D26M(3ROW),120CC8P0.4P430U(S)
0 0 Existing
Jumper Cable
04130029 RF Cable,4.0m,7/16DIN50AM,COAX50-8.7/3.55B,DIN50SM-II 0 0 Existing
CPRI 2M 04050098Outsourcing Cable,SFP High Speed Transmission Cable,2.0m,SFP20M,CC2P0.32B,SFP20M,For Indoor
3 3 New
Feeder Kit 022367607/8" Aluminium Feeder Kit,Antenna Jumper Included,General Area
0 0 Existing
Feeder 7/8” 25070134Coaxial Cable,Smooth Copper Tube,50ohm,27.8mm,21.5mm,9.3mm,Black, 7/8" Aluminium Cable,With a package exempted from fumigating
0 0 Existing
Semi Rigid Semi Rigid Cable 6 6 New
Grounding Unit
21120291 Grounding Unit 0 0 Existing
Base Frame 21150604 HERT Cabinet Base 0 0 Existing
Blue 16mm 25030533 Wire, 450/750V, 227 IEC 02 (RV) 16mm^2, black, 85A 10 10 New
Black 16mm 25030535 Wire, 450/750V, 227 IEC 02 (RV) 16mm^2, blue, 85A 10 10 New
Grounding Cable
25030429 Wire,450/750V,60227 IEC 02(RV)16mm^2,yellow green,85A 10 10 New
NodeB ATP
REGION / AREA : ..... / .....
SITE ID : .....
SITE NAME : .....
SITE TYPE : .....
PT. Huawei Services PT. Huawei Tech Investment
2.1 Acceptance test
Test category Test item Test sub-item Test result
T01
Hardware
T01-01
Hardware Status Check
T01-0101
Power-on Check of the BBU□Pass □Fail □NA
T01-0102
Power-on Check of the RRU□Pass □Fail □NA
T01-0103
Power-on Check of Boards-BTS3900A
□Pass □Fail □NA
T01-0104
Power-on Check of Boards-BTS3900
□Pass □Fail □NA
T01-0105
Power-on Check of Heat Exchanger
□Pass □Fail □NA
T01-0106
Status Check of Boards□Pass □Fail □NA
T01-0107
Status Check of E1/T1 Ports of IuB Interface
□Pass □Fail □NA
T01-0108
Status Check of Optical Modules of CPRI Interface
□Pass □Fail □NA
T01-0109
Status Check of Local Ethernet Port
□Pass □Fail □NA
T01-0110
Status Check of Ethernet Ports of IuB interface
□Pass □Fail □NA
T02
Fiber Optic Feeder
T02-01
Fiber Optic Check
T01-0101
Check Fiber optic feeder length and overall insertion loss compliance to design using OTDR. Create PDF certification report for handover pack and .SOR file for reference.
□Pass □Fail □NA
T01-0102
Check insertion loss and reflectance of each network component/event using OTDR. Create PDF certification report for handover pack and .SOR file for reference.
□Pass □Fail □NA
T01-0103Check all LC feeder connectors are clean and free from dust, moisture, contamination and scratches and meet IEC-61300-3-35. Create consolidated certificate report of connector for handover pack.
□Pass □Fail □NA
T01-0104
Check BBU, RRU TX ports are clean and free from dust, moisture, contamination and scratches and meet IEC-61300-3-35. Create consolidated certificate report of connector for handover pack.
□Pass □Fail □NA
T02
Operation and Maintenance
T02-01
User Permission Management
T02-0101
Login Management□Pass □Fail □NA
T02-0102
Locking Local Maintenance Terminal
□Pass □Fail □NA
T02-0103
Configuration Privilege□Pass □Fail □NA
T02-02
Software Version Management
T02-0201
Querying NodeB Software Version
□Pass □Fail □NA
T02-0202
Querying Active NodeB Versions
□Pass □Fail □NA
T02-0203
Querying Board Version□Pass □Fail □NA
T02-0204
Downloading NodeB Software Package
□Pass □Fail □NA
T02-0205
Downloading BootRom Package
□Pass □Fail □NA
T02-0206
Synchronizing Software Version
□Pass □Fail □NA
T02-0207
Activating NodeB Software□Pass □Fail □NA
T02-0208
Activating BootRom Package
□Pass □Fail □NA
T02-0209
Upgrading the NodeB Through the M2000
□Pass □Fail □NA
T02-03
License File Management
T02-0301
Distributing a License File to the NodeB
□Pass □Fail □NA
T02-04
Equipment Management
T02-0401
System Restart□Pass □Fail □NA
T02-0402
Querying NodeB Type□Pass □Fail □NA
PT. Huawei Services PT. Huawei Tech Investment
T02-0403
RFU Reset□Pass □Fail □NA
T02-0404
Board Blocking and Unblocking
□Pass □Fail □NA
T02-0405
NodeB Time Management□Pass □Fail □NA
T02-0406
NodeB Time Zone Management
□Pass □Fail □NA
T02-0407
NodeB SNTP Management□Pass □Fail □NA
T02-0408
RFU TX Switch Management
□Pass □Fail □NA
T02-0409
Hot Plugin on CPRI Port□Pass □Fail □NA
T02-0410
Maintenance of the Power Supply System
□Pass □Fail □NA
T02-0411
Maintenance of the RRU Power System
□Pass □Fail □NA
T02-0412
Maintenance of the NodeB Clock
□Pass □Fail □NA
T02-0413
Querying NodeB Abnormal Status
□Pass □Fail □NA
T02-05
IuB Interface Management
T02-0501
E1/T1 Link Management□Pass □Fail □NA
T02-0502
IMA Group Management□Pass □Fail □NA
T02-0503
Ethernet Link Management□Pass □Fail □NA
PT. Huawei Services PT. Huawei Tech Investment
T02-0504
IP Transmission Layer Link Management
□Pass □Fail □NA
T02-0505
Standard Protocol Tracing at IuB Interface
□Pass □Fail □NA
T02-0206
Sector Management□Pass □Fail □NA
T02-0507
Local Cell Management□Pass □Fail □NA
T02-0508
Local Cell Operations□Pass □Fail □NA
T02-0509
CE Consumption of R99 AMR12.2K Service
□Pass □Fail □NA
T02-0510
CE Consumption of R99 VP Service
□Pass □Fail □NA
T02-0511
CE Consumption of R99 PS384K Service
□Pass □Fail □NA
T02-0512
CE Consumption of HSDPA Service
□Pass □Fail □NA
T02-06
Maintenance Channel Management
T02-0601
Local Maintenance through Local Ethernet Port
□Pass □Fail □NA
T02-0602
Remote Maintenance through Omch Channel
□Pass □Fail □NA
T02-0603
BootP Funcion□Pass □Fail □NA
T02-07
File management
T02-0701
Uploading Data configuration File
□Pass □Fail □NA
T02-0702
Dowloading Data Configuration File
□Pass □Fail □NA
PT. Huawei Services PT. Huawei Tech Investment
T02-08
Configuration Management
T02-0801
Checking NodeB Data Consistency
□Pass □Fail □NA
T02-0802
RTWP Measurement Monitoring
□Pass □Fail □NA
T02-0803
CPU/DSP Usage Monitoring
□Pass □Fail □NA
T02-0804
RFU Temperature Monitoring
□Pass □Fail □NA
T02-0805
Cell Service Resource Query
□Pass □Fail □NA
T02-0806
RFU Output Power Monitoring
□Pass □Fail □NA
T02-0807
Board Service Resource Query
□Pass □Fail □NA
T02-09
Alarm Management
T02-0901
Alarm Query□Pass □Fail □NA
T02-10
Typical Alarms
T02-1001
NE Startup□Pass □Fail □NA
T02-1002
NE Shutdown□Pass □Fail □NA
T02-1003
NodeB Software Download Start / Finish
□Pass □Fail □NA
T02-1004
Board Startup□Pass □Fail □NA
T02-1005
Board Fault Alarm□Pass □Fail □NA
T02-1006
E1/T1 Loss of Signal□Pass □Fail □NA
T02-1007
E1/T1 Remote Alarm Indication
□Pass □Fail □NA
PT. Huawei Services PT. Huawei Tech Investment
T02-1008
IMA/UNI Link Loss of Cell Delineation
□Pass □Fail □NA
T02-1009
CCP Fault□Pass □Fail □NA
T02-1010
Tx Branch Switch off Manually
□Pass □Fail □NA
T02-1011
RFU VSWR Abnormal□Pass □Fail □NA
T02-1012
NodeB Clock Source Abnormal
□Pass □Fail □NA
T02-1013
FE Interface Fault Alarm□Pass □Fail □NA
T02-1014
External Alarm□Pass □Fail □NA
T03
Synchronization
T03-01
Extracting Clock Signal from IuB Interface
T03-0101
Extracting Clock Signal from E1/T1 IuB Interface
□Pass □Fail □NA
T03-0102
Extracting Clock Signal from IP IuB Interface
□Pass □Fail □NA
T03-02
Free-Run
T03-0201
Free-Run□Pass □Fail □NA
T04
Antenna System
T04-01
AISG ALD Management
T04-0101
TMA Maintenance□Pass □Fail □NA
Conclusion: Totally 64 items included for acceptance test, in which ____passed, ____ failed, and ____ were not applicable.
PT. Huawei Services Representative PT. Huawei Tech Investment Representative
Signature:__________________ Signature:__________________
Date:______________________ Date:______________________
PT. Huawei Services PT. Huawei Tech Investment
3.1 Installation Checklist
Indoor Installation Checklist
SITE: ….. SITE CONFIG: _/_/_ DATE: DD/MM/YYYY
Equipment overall condition
Procedure Pass Fail N/A Remark Audit
1 Visually inspect the cabinets for any damage.
2 Check that the cabinet doors and locks operate correctly. (applicable for outdoor Equipment)
Remarks
Site Documentation
Procedure Pass Fail N/A Remark Audit
3Check that the equipment is installed according to the as plan site design package.
4 Check that the indoor cable ladder is installed according to the as plan side design package (applicable for Indoor Equipment)
Civil Works Check
Procedure Pass Fail N/A Remark Audit
5 Check that the cabinets have been securely fastened and are leveled correctly.
6Check that indoor cable ladder above the cabinet has been installed correctly (applicable for Indoor Equipment).
7 Check that the DDF are grounded to the main grounding bus bar.
Remarks
Equipment Specific Checks
Procedure Pass Fail N/A Remark Audit
8 Check that all equipment internal cables are correctly installed and labeled.
9 Check that the cabinet blanking panels have been installed.
PT. Huawei Services PT. Huawei Tech Investment
Cabinet External Cabling Check
Procedure Pass Fail N/A Remark Audit
10 Check each the equipment rack is grounded to the main grounding bus bar and labeled.
11 Check that the A-Bis and A PCM cables are connected to the correct position of DDF.
12Check that the alarm cabling has been connected from the BTS to the DDF
13 Check that the extension cabinet cables are correctly connected and labeled.
14Check fiber optic link length and qualify overall loss (dB) and individual loss of each network component/event using OTDR. Create PDF certification report for handover pack and .SOR file for reference.
15Check All fiber optic connectors are clean and free from dust, moisture, contamination and scratches. Create consolidated certificate report of connector endface standard IEC-61300-3-35 for handover pack.
16Check power level BBU Transmitter (TX) port before connection of feeder jumpers.
16 Check that the feeder jumper cables are tightened all the NodeB.
17Check that the external cabinet cabling has been cable tied to the cable ladder.
18 Check that the indoor feeder cable labeling is correct.
19 Check that the DC power cable is the correct size and is terminated correctly.
20 Check the transmission cables, DC Cables and feeder jumpers are be correctly labeled
21 Check that accessory equipment is installed correctly.
Remarks
Final Checks
Procedure Pass Fail N/A Remark Audit
20 Check that all installation and packing materials have been removed from the site.
Remarks
PT. Huawei Services PT. Huawei Tech Investment
Outdoor Installation Checklist
SITE: ….. SITE CONFIG: _/_/_ DATE: DD/MM/YYYY
Antennas
Procedure Pass Fail N/A Remark
21 Visually inspect the antennas and feeders for any installation damage.
22 Check that the correct type of antenna has been installed.
Remarks
Feeders
Procedure Pass Fail N/A Remark
23 Check that the bending radius of all feeders is greater than 20 x Ǿ.
24 Check that outdoor feeder labeling is correct at the top and the bottom of the tower.
25 Check that the top feeder grounding is correctly terminated.
Remarks
Connectors
Procedure Pass Fail N/A Remark
26 Check that all top feeder connectors are tight.
27 Check that all top feeders to jumper connections are tight.
28 Check that all top jumpers to antenna connections are tight.
Remarks
Weather sealing
Procedure Pass Fail N/A Remark
29 Check all top grounding kits are weather-sealed correctly.
30 Check all feeders to jumper connections are weather-sealed correctly.
31 Check all jumpers to antenna connections are weather-sealed correctly.
PT. Huawei Services PT. Huawei Tech Investment
Antenna Steelwork
Procedure Pass Fail N/A Remark
32 Check that the antenna supporting steelwork is correctly installed.
33 Check all antenna mounting clamps and brackets have been tightened.
Remarks
Antenna Installation Check
Procedure Pass Fail N/A Remark
34 Check that the antennas are mounted at the correct height.
35 Check that the direction of all antennas in all sectors is correct.
Remarks
Antenna Installation Date
Antenna Sector 1RXD12
Sector 2 Sector 3
Height
Direction
Down tilt M/E
Remarks
Outdoor Site Documentation
Procedure Pass Fail N/A Remark
36Check that the antenna layout is according to the site drawing.
37Check that the feeder cable ladder is installed as per the site drawing.
38Check that the feeder gland plate is installed as per the site drawing (applicable for Indoor Equipment)
Remarks
SITE: ….. SITE CONFIG: _/_/_ DATE: DD/MM/YYYY
Civil Works Inspection
Procedure Pass Fail N/A Remark
PT. Huawei Services PT. Huawei Tech Investment
39 Check that the feeder cable ladder is correctly
installed
40Check that the feeder grand plate has been correctly installed (applicable for Indoor Equipment).
Remarks
Feeder Grounding
Procedure Pass Fail N/A Remark
41 Check number/location of feeder grounding kits.
42 Check all bottom grounding are correctly terminated
43 Check all bottom grounding kits are weather sealed correctly.
Concluding Checks
Procedure Pass Fail N/A Remark
44 Check that all installation and packing materials have been removed from the site.
PT. Huawei Services PT. Huawei Tech Investment
4.1 Installation Checklist
Feeder System List
SITE: ….. SITE CONFIG: _/_/_ DATE: DD/MM/YYYY
VSWR TEST
No.RRU
BoardRRU Panel N port VSWR
Feeder Length(m)
Distance To Fault (DTF) Audit
1 RFU 0RFU _TXM
RFU _TXD
2 RFU 2RFU _TXM
RFU _TXD
3 RFU 4RFU _TXM
RFU _TXD
Notes:
1. VSWR value shall be referring to the specification manual from the supplier.2. Setting at site master for cable 7/8" (VF and cable loss shall refer to the specification manual from the supplier). 3. Setting at site master for cable 1-5/8" (VF and cable loss shall refer to the specification manual from the
supplier).4. VSWR ≤ 1.35. DTF test will be carried out according to the test procedure and test result included in the test documentation.
PT. Huawei Services PT. Huawei Tech Investment
4.2 BTS Commissioning Record
Network Parameter Checklist
SITE: ….. SITE CONFIG: _/_/_ DATE: DD/MM/YYYY
Cell parameter Plan Actual Remark
Sector 1
CI
Antenna direction (Azimuth)
Antenna Tilt (M+E) (Degree)
Sector 2
CI
Antenna direction(Azimuth)
Antenna Tilt (M+E) (Degree)
Sector 3
CI
Antenna direction(Azimuth)
Antenna Tilt (M+E)(Degree)
PT. Huawei Services PT. Huawei Tech Investment
4.3 Integration Test
Basic Service Checklist
SITE: ….. SITE CONFIG: _/_/_ DATE: DD/MM/YYYY
Basic Service Test
Cell No. Test Item Pass Fail Remark
Cell 1
Incoming Call (3G-3G)
Incoming Call (2G-3G)
Incoming Call (PSTN-3G)
Outgoing Call (3G-3G)
Outgoing Call (3G-2G)
Outgoing Call (3G-PSTN)
SMS Incoming
SMS Outgoing
HSDPA Browsing
HSDPA Downlink
Cell 2
Incoming Call (3G-3G)
Incoming Call (2G-3G)
Incoming Call (PSTN-3G)
Outgoing Call (3G-3G)
Outgoing Call (3G-2G)
Outgoing Call (3G-PSTN)
SMS Incoming
SMS Outgoing
HSDPA Browsing
HSDPA Downlink
Cell 3
Incoming Call (3G-3G)
Incoming Call (2G-3G)
Incoming Call (PSTN-3G)
Outgoing Call (3G-3G)
Outgoing Call (3G-2G)
Outgoing Call (3G-PSTN)
SMS Incoming
SMS Outgoing
HSDPA Browsing
HSDPA Downlink
PT. Huawei Services PT. Huawei Tech Investment
4.4 Handover Test
SITE: ….. SITE CONFIG: _/_/_ DATE: DD/MM/YYYY
Call Test
Origin
Cell
Target
Cell
Target Cell
Pass Fail Remark AuditARFCN/BCCH S-code/BSIC
CELL2
CELL3
CELL(2G)A
CELL1
CELL3
CELL(2G)B
CELL3
CELL1
CELL2
CELL(2G)C
CELL(2G)A CELL 1
CELL(2G)B CELL 2
CELL(2G)C CELL 3
Notes:
1. In the Target cell column, the parameter ARFCN &S-code is for 3G cell, the parameter BCCH &BSIC is for 2G cell.
2. Verify with the TOC if inter site neighbor relationship has been defined before test.3. GSM 2G cell mush add corresponding 3G neighbor cell.
PT. Huawei Services PT. Huawei Tech Investment
4.5 24 Hours Stability Test
Site Name: ….. Check Result:
OK--
This is to be confirmed that the BTS 3G has been running at least 24 hours without any related self fault.
Remarks
Notes: The 24 hours is to be done in TOC/NOC, which will be passed if NODEB is normal operation and no alarm.
PT. Huawei Services PT. Huawei Tech Investment
4.6 Alarm Query Test
Site Name: ….. Check Result:
OK--
1. This test will be done from OMC (Region TOC).2. This is to be confirmed that the BTS alarm is visible and there are no active alarms.
Remarks
Notes: if the site is no active alarms then write “OK, no active alarm”, otherwise record the alarm information in detail
PT. Huawei Services PT. Huawei Tech Investment
4.7 Punch List Summary
Site Name: ….. Check Result:
Note:Please record in detailed for testing items that unable to complete.
No. Items DescriptionRectified By
RemarkHTI HS
PT. Huawei Services PT. Huawei Tech Investment
NodeB Site BinderXL Rollout Project 2014
Site ID : …..Site Name : …..Site Type : …..BTS Type : …..Site Description: …..Proj Def : …..
CERTIFICATEof
Preliminary Acceptance It is agreed that, from to , the acceptance test
for site has been successfully held by both the PT. Huawei
Services and Huawei Tech Investment engineer.
It also had been proved by both parties that Huawei’s NodeB
equipments can fully satisfy the need of PT . XL AXIATA under the contract
and can be rightly put into full service.
PT. HUAWEI SERVICES PT. Huawei Tech Investment
Date Date
5 VSWR Measurement
1.0
1.1
1.2
1.3
1.4
1.5
1975 2000 2025 2050 2075 2100 2125 2150
Limit : 1.3
M1
V S W R3G_NGINGAS_SIDOARJO SECTOR 1 A
Model: S331D Serial #: 00914148Date: 04/27/2010 Time: 12:49:06Std: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Frequency (1970.0 - 2170.0 MHz)
M1: 1.226 @ 1985.116 MHz
1.00
1.05
1.10
1.15
1.20
1.25
1.30
0 5 10 15 20 25 30 35 40 45
Limit : 1.05
M1 M2 M3 M4
D istance-to -fau lt3G_NGINGAS_SIDOARJO SECTOR 1 A
Model: S331D Serial #: 00914148 Prop.Vel:0.890Date: 04/27/2010 Time: 12:49:28 Ins.Loss:0.080dB/mStd: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Distance (0.0 - 45.0 Meter)
M1: 1.009 @ .000 Meter M2: 1.016 @ 3.401 Meter M3: 1.04 @ 32.616 Meter M4: 1.09 @ 34.797 Meter
1.0
1.1
1.2
1.3
1.4
1.5
1975 2000 2025 2050 2075 2100 2125 2150
Limit : 1.3
M1
V S W R3G_NGINGAS_SIDOARJO SECTOR 1 B
Model: S331D Serial #: 00914148Date: 04/27/2010 Time: 12:51:07Std: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Frequency (1970.0 - 2170.0 MHz)
M1: 1.286 @ 1991.318 MHz
1.00
1.05
1.10
1.15
1.20
1.25
1.30
0 5 10 15 20 25 30 35 40 45
Limit : 1.05
M1 M2 M3 M4
D istance-to -fau lt3G_NGINGAS_SIDOARJO SECTOR 1 B
Model: S331D Serial #: 00914148 Prop.Vel:0.890Date: 04/27/2010 Time: 12:51:23 Ins.Loss:0.080dB/mStd: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Distance (0.0 - 45.0 Meter)
M1: 1.034 @ .000 Meter M2: 1.026 @ 3.314 Meter
M3: 1.026 @ 32.355 Meter M4: 1.07 @ 34.797 Meter
1.0
1.1
1.2
1.3
1.4
1.5
1975 2000 2025 2050 2075 2100 2125 2150
Limit : 1.3
M1
V S W R3G_NGINGAS_SIDOARJO SECTOR 2 A
Model: S331D Serial #: 00914148Date: Apr/27/2010 Time: 12:33:14Std: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Frequency (1970.0 - 2170.0 MHz)
M1: 1.23 @ 1976.589 MHz
1.00
1.05
1.10
1.15
1.20
1.25
1.30
0 5 10 15 20 25 30 35 40 45
Limit : 1.05
M1 M2 M3 M4
D istance-to -fau lt3G_NGINGAS_SIDOARJO SECTOR 2 A
Model: S331D Serial #: 00914148 Prop.Vel:0.890Date: 04/27/2010 Time: 12:33:58 Ins.Loss:0.080dB/mStd: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Distance (0.0 - 45.0 Meter)
M1: 1.011 @ .000 Meter M2: 1.041 @ 3.314 Meter
M3: 1.025 @ 32.529 Meter M4: 1.083 @ 34.797 Meter
1.0
1.1
1.2
1.3
1.4
1.5
1975 2000 2025 2050 2075 2100 2125 2150
Limit : 1.3
M1
V S W R3G_NGINGAS_SIDOARJO SECTOR 2 B
Model: S331D Serial #: 00914148Date: Apr/27/2010 Time: 12:36:15Std: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Frequency (1970.0 - 2170.0 MHz)
M1: 1.236 @ 2117.674 MHz
1.00
1.05
1.10
1.15
1.20
1.25
1.30
0 5 10 15 20 25 30 35 40 45
Limit : 1.05
M1 M2 M3 M4
D istance-to -fau lt3G_NGINGAS_SIDOARJO SECTOR 2 B
Model: S331D Serial #: 00914148 Prop.Vel:0.890Date: 04/27/2010 Time: 12:35:45 Ins.Loss:0.080dB/mStd: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Distance (0.0 - 45.0 Meter)
M1: 1.048 @ .000 Meter M2: 1.024 @ 3.401 Meter
M3: 1.046 @ 32.355 Meter M4: 1.056 @ 34.797 Meter
1.0
1.1
1.2
1.3
1.4
1.5
1975 2000 2025 2050 2075 2100 2125 2150
Limit : 1.3
M1
V S W R3G_NGINGAS_SIDOARJO SECTOR 3 A
Model: S331D Serial #: 00914148Date: 04/28/2010 Time: 12:51:16Std: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Frequency (1970.0 - 2170.0 MHz)
M1: 1.21 @ 2052.658 MHz
1.00
1.05
1.10
1.15
1.20
1.25
1.30
0 5 10 15 20 25 30 35 40 45
Limit : 1.05
M1 M2 M3 M4
D istance-to -fau lt3G_NGINGAS_SIDOARJO SECTOR 3 A
Model: S331D Serial #: 00914148 Prop.Vel:0.890Date: 04/28/2010 Time: 12:50:51 Ins.Loss:0.080dB/mStd: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Distance (0.0 - 45.0 Meter)
M1: 1.044 @ .000 Meter M2: 1.04 @ 3.401 Meter
M3: 1.022 @ 32.703 Meter M4: 1.062 @ 34.884 Meter
1.0
1.1
1.2
1.3
1.4
1.5
1975 2000 2025 2050 2075 2100 2125 2150
Limit : 1.3
M1
V S W R3G_NGINGAS_SIDOARJO SECTOR 3 B
Model: S331D Serial #: 00914148Date: 04/27/2010 Time: 12:30:30Std: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Frequency (1970.0 - 2170.0 MHz)
M1: 1.255 @ 1989.092 MHz
1.00
1.05
1.10
1.15
1.20
1.25
1.30
0 5 10 15 20 25 30 35 40 45
Limit : 1.05
M1 M2 M3 M4
D istance-to -fau lt3G_NGINGAS_SIDOARJO SECTOR 3 B
Model: S331D Serial #: 00914148 Prop.Vel:0.890Date: 04/27/2010 Time: 12:30:06 Ins.Loss:0.080dB/mStd: UMTS IV Uplink(Gener (_) Channel: N/AResolution: 517 CAL:ON(COAX) CW: ON
VS
WR
Distance (0.0 - 45.0 Meter)
M1: 1.02 @ .000 Meter M2: 1.018 @ 3.314 Meter
M3: 1.055 @ 32.529 Meter M4: 1.058 @ 34.884 Meter
6 Site Documentation
REFER TO FILE List site picture ATP
DATA CAPTURE
1. RRU Physical Topology
2. Main Cabinet
3. Display VSWR
4. List Alarm
5. Display Locell
6. Display RRU Traffic Capability
7. Display Board Status
8. List NodeB Type
9. Display Cell Config
10.Display Software Version
11.Display License
12.Traffic
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