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Alcatel BSS
A9110E BTS CommissioningManual
Commissioning Manual
Release B6B7
3BK 17416 3081 RJZZA Ed.04
Status RELEASED
Short title COM
All rights reserved. Passing on and copying of this document, useand communication of its contents not permitted without writtenauthorization from Alcatel/Evolium.
BLANK PAGE BREAK
2 / 74 3BK 17416 3081 RJZZA Ed.04
Preface
PrefacePurpose This document describes how to commission an Alcatel A9110E micro BTS.
This document applies to operational BSS, release B6B7.
Audience This document is intended for:
Site administrators
Supervisors
Project managersField service technicians
Occasional users.
Assumed Knowledge The personnel involved must be familiar with:
ALCATEL Operation & Maintenance (O&M) concepts for the Base StationSubsystem (BSS)Commissioning tools
Personal Computers (PCs) using the Windows NT environment.
3BK 17416 3081 RJZZA Ed.04 3 / 74
Preface
HistoryDate Edition Comments
030404 01 Creation
031031 02 Download of operational software for connectinginto networks older than B7 MR6
031211 03 Update for commissioning package BTSCAT02B
040106 04 ITL Catalogue (3DF 00462 0004 AAAGA) and IOCatalogue (3DF 00462 0004 UAZZA) were updatedinto documentNew HAKI for mounting
4 / 74 3BK 17416 3081 RJZZA Ed.04
1 General Information
1 General Information
This chapter provides general information concerning the operating principleand requirements of the procedure:
Hardware description
Prerequisites
Restrictions
Initial state
Final state
Tasks sequences
Time schedule
Information required
Conventions.
3BK 17416 3081 RJZZA Ed.04 5 / 74
1 General Information
1.1 Hardware Description
1.1.1 ConfigurationsWith this product, one BTS comprises up to six units of two TRX, in ahierarchical interconnection.
Only one of these units handles the Abis lines; this unit called the master,the other units called slaves.
A unit can have one antenna output (3.2 W/TRX max. power) or twoantenna outputs (7 W/TRX max. power).
One lower slave cannot be equipped because of 12 TRX limitation!In the following exemples the Slave 22 is eliminated, but depending on siteconfiguration, you can have maximum 3 lower slave units on the 4 possiblepositions: Slave11, Slave12, Slave 21, Slave 22.
Figure 1: Example of 6 modules with Single Antenna only starting with software version BSSSAT02G (B7MR6)
6 / 74 3BK 17416 3081 RJZZA Ed.04
1 General Information
Figure 2: Example Low-Loss Configuration With Antenna Diversity (6 sectors) only starting with softwareversion BSSSAT02G (B7 MR6)
The following rules are defined for pure M5M and M4M/M5M mixedconfigurations:
Maximum 6 modules are allowed for B7 SW version BSSSAT02G (B7MR6) or higher.Only 3 modules for B7 SW version older than BSSSAT02G (B7 MR6).Maximum 3 hierarchy levels are allowed (Master, Upper Slave, Lower Slave)Lower slave allowed only for B7 SW version BSSSAT02G (B7 MR6) or higher
M5MMaster
M5MLower Slave 11
M5MLower Slave 12
M5MLower Slave 21
M5MUpper Slave 1
M5MUpper Slave 2
Figure 3: M5M pure configuration (maximum 6 M5M modules, 12 TREs) onlystarting with software version BSSSAT02G (B7 MR6)
3BK 17416 3081 RJZZA Ed.04 7 / 74
1 General Information
M4M module allowed only as upper slave, no lower slaves can connect to it.
M5MMaster
M5MLower Slave 11
M5MLower Slave 12
M5MUpper Slave 1
M4MUpper Slave 2
Figure 4: M5M / M4M mixed configuration (5 modules: 4 M5M +1 M4M, 10TREs in total ) only starting with software version BSSSAT02G (MR6)
M5MMaster
M4MUpper Slave 1
M4MUpper Slave 2
Figure 5: M5M / M4M mixed configuration (3 modules: 1 M5M + 2 M4M, 6TREs in total )
8 / 74 3BK 17416 3081 RJZZA Ed.04
1 General Information
1.1.2 Weight and Dimensions
Characteristics Each unit with cover(2TRX, 2 ANT)
Each unit without cover(2TRX, 2 ANT)
Width (mm) 450 385
Height (mm) 815 (w/ o PG)915 with fan (w/ o PG)
735 (w/ o PG)
Depth (mm) 190 162
Max. weight with 2 ant. (kg) 26 26
Cover weight (kg) 7 - 9 0
Support weight (kg) 5.6 5.6
Maximum weight (kg) 38.6 - 40.6 31.6
1.2 RestrictionsNone.
1.3 PrerequisitesThe following prerequisites apply:
The site must comply with the Safety rules ( See BSS Methods Handbook)The BSC must be operational and ready for BTS connection
The following requirement is not mandatory: antenna connected.
1.4 Initial StateThe MOCOs are installed and connected as described in the installationmanual: power supply, PCM (for master unit) even not connected to thenetwork, external alarms.
The micro-BTS units are not plugged into their connection boxes.
1.5 Final StateThe BTS is installed (master and slave units)The BTS is commissioned, powered up and connected to the BSC via aPCM interface ready for network integration
Integrated antenna option: integrated antennas are installed on all units
3BK 17416 3081 RJZZA Ed.04 9 / 74
1 General Information
Antennas present: the antennas have been connected
Antennas absent: the tests have been carried out under load.
Figure 6: Example of A9110E BTS ( Maximum 6 M5M Configuration With Cover )
CustomerAlarmBox
Alarm pointsfor Customer
230 VAC
1.5 m
MASTERSLAVE 2 SLAVE 1
GroundPlate
Wire braid
Figure 7: Example of A9110E BTS (3 modules with SSC Option)
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1 General Information
1.6 Operating PrinciplePreparation before leaving for the site
Preparation after arrival at the site
Manual lift/ CraneInstallation with the crane
Option: Install the integrated antenna
Option: Install the VSWR detector
Make the connections to BTS
Check the power supply and power up the BTS
Download the BTS software
Set the antenna mapping
BTS initialization
Perform BTS inventory
Set and check the external alarms
Check the module status
Case: Antenna present
Check the VSWR under load
Abis loop test
End of commissioning test
Set the transmission module paramenters
Connect to the BSC
Finish the commissioning
Check the antenna VSWR
YES NO
Installation with the manual lift
Download the operational software
3BK 17416 3081 RJZZA Ed.04 11 / 74
1 General Information
1.7 Time Schedule
Duration (min) 1st person 2nd personPreliminary checks 15 15
Installing the micro-BTS units(1)
Case A: Installation with the manual lift 10 / unit 10 / unit
Case B: Installation with the crane 15 / unit 15 / unit
Making the connections to the BTS
Option: Installation of integrated antenna 5 / unit 5 / unit
Option: Installation of the VSWR detector 10 / unit 10 / unit
Making the connections to BTS units 5 / unit 5 / unit
Checking power supply and powering up 10 10
Commissioning tests
BTS software downloading 5 -
Setting antenna mapping 2 -
BTS initialization 5 -
Performing BTS inventory 5 -
Setting and checking the external alarms 5 5
Checking status of modules 2 -
VSWR check 5 / unit 5 / unit
Abis loop test(2) 3(2) 3(2)
End of commissioning(3) 5-10(3) -
Setting transmission module parameters 5 -
Downloading the operational software(4) 10(4) -
Connecting to the BSC 5 5
Finishing commissioning 5 5
1h 42 - 3h 00 1h 08 - 2h 15
(1) : Tasks where two persons are mandatory(2) : Not performed if MW or TNL equipment installed in SSC(3) : 10 min only if the inventory has to be performed again
12 / 74 3BK 17416 3081 RJZZA Ed.04
1 General Information
(4) : If the network runs into software version older than B7 MR6
The times given are based on technical constraints, not taking into accountsafety considerations.
1.8 Information RequiredSite Position of breakers on the customers power panel
If DDF cabled: position of PCM cables (Abis1, Abis2) on the DDF side.Equipment configuration Configuration of the BTS (number of units, type: M4M/M5M)
Configuration of sectors and number of MTREs per sector
Mapping table correlating logical and physical BTS sectors
If DDF installed: external alarm mapping and position of alarm wires onthe DDF side
If SSC option: customer external alarm mapping (other than SSC externalalarms).
Other Software version
Test frequencies
Transmission configurationQmux addressOML TS and signalling rate (optional).
Antennas connected or not.
1.9 ConventionsThe following list gives the conventions used in this document:
Press [ Enter ] means press the Enter keyClick [ OK ] means click the button OK with the mouseOperator input is indicated after a double right-pointing arrow in Courier font
Operator input
To describe a menu path, the menu options are linked as follows:Tools Options Printer ...
A message is indicated in Courier font:Message
3BK 17416 3081 RJZZA Ed.04 13 / 74
1 General Information
14 / 74 3BK 17416 3081 RJZZA Ed.04
2 Preliminary Checks
2 Preliminary Checks
This chapter describes the preparation of the operation in two steps:
At base
On arrival at the site.
3BK 17416 3081 RJZZA Ed.04 15 / 74
2 Preliminary Checks
2.1 Before Going to the Site
Check prerequisites fulfillment See Prerequisites (Section 1.3) .Check availability of informationrequired
See Information Required (Section 1.8) .
Check availability of documentation See List of Documents Required (in appendix B) .Check availability of tools See Tools Required (in appendix B) , refer to the Tools
catalogue for content checking.Verify the calibration label when indicated in Tools Required(in appendix B) .
Check availability and version ofsoftware
See List of Software Required (in appendix B) ; refer to thecorresponding documents for checking the SW version.
2.2 Before You Start (On Arrival at the Site)Check applicable notification list andOperation Instructions
Refer to Catalogue of Technical and Logistic Information(ITL) to check whether notifications are to be applied duringthe operationRefer to Catalogue of Instruction Operation (IO) to checkwhether operation instructions are to be applied during theoperation
Check that safety instructions areapplied
Refer to BSS Methods Handbook for checking that safetyprecautions have been taken into accordance with safetyinstructions.
Read instructions to be applied in caseof anomaly
Refer to BSS Methods Handbook for instructions.
Complete premises inspection form Refer to BSS site premises inspection, post handover andcomplete Premises inspection form (CEL).
Fill in completion check list Complete the header field of the CCL (See CompletionCheck List)In particular, see tools catalogue and note downmeasurement accuracy when indicated in tool kit list(appendix)The CCL is completed as each installation instruction iscarried out.
Check the antistatic wrist strap Check that the resistance of the antistatic wrist strap isgreater than 1M .Connect the antistatic wrist strap to rack earth.
Check availability of Alcatel kits See List of Items Required (Appendix B) .
16 / 74 3BK 17416 3081 RJZZA Ed.04
3 Installing the Micro - BTS Units
3 Installing the Micro - BTS Units
This chapter describes the procedure for fixing the micro BTS on MOFRA.
Before the installation of the BTS units, check the lead seal.If damaged, make a note in the CCL.
The installation procedure is the same for master and slave units.
Do not work under power.Open the circuit breakers to be sure that the power supply is disconnected.For an installation with SSC: Check that the " Battery back-up " is OFF (redLED is lit) !!! (in the case of battery back-up there is 288 V DC on the BTSconnector and the crane will be damaged!!!)
3BK 17416 3081 RJZZA Ed.04 17 / 74
3 Installing the Micro - BTS Units
3.1 Case A: Installation With the Manual LiftPurpose To install the BTS on the MOCO.
Preparation 1. Open the front cover to reveal the MOCO (with cover option)2. Remove the COBO protection cover (3BK 08586 AA).3. Remove the bottom protection cover of the micro-BTS unit (3BK 08555 AA).
Install the Threaded Bolt 1. The threaded bolt must be screwed into the M8 thread on top of the A9110EBTS housing, down to the internal screw-thread stop (See Figure 8 )
2. Do not tighten3. Arrange the bolt with the flattened sides to the left and right.
Figure 8: Installation and Arrangement of the Threaded Bolt
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3 Installing the Micro - BTS Units
Install the Handwheel 1. The handwheel must be screwed down to the threaded bolt stop (SeeFigure 9 )
2. Make sure the handwheel and bolt are not damaged
Figure 9: Installation of the Handwheel
Install the Gallows 1. The gallows are plugged into the Mounting Frame (MOFRA) (See Figure 10 )2. The safety catch (1) keeps the gallows in place.
Figure 10: Installing the Gallows
3BK 17416 3081 RJZZA Ed.04 19 / 74
3 Installing the Micro - BTS Units
Install the BTS-Handle 1. Fix the metal pieces (3) with screws (4 two at each side) to each side ofthe BTS Handle (2), see figure 11
2. Fix the assembly to the the hinge flanges, with one screw (4) at eachside (picture 12 )
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12
34 5Figure 11: Installing the BTS Handle
3. Remove the A9110E BTS protective cap.
Figure 12: BTS Handle fixed on the module
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3 Installing the Micro - BTS Units
Install the A9110E BTSin Position
1. Two people place the unit in the gallows (See Figure 13 )2. The A9110E BTS housing is let down by rotating the handwheel.3. Ensure that the housing descends into the right position.
Figure 13: Putting the A9110E BTS in Position
Fix the BTS in Position 1. Fix the housing on the mounting frame with the two screws on top ofhousing (See Figure 14 )
2. Fix the housing on COBO with the two screws left and right of COBO.
Figure 14: Fixing the Unit
Remove the Manual Liftand the Handle
1. Completely unscrew the handwheel, then remove it2. Remove the gallows from MOFRA, by lifting it (and pushing the safety catch)3. Unscrew the threaded bolt and remove it from the housing4. Detach the BTS-handle from the housing by releasing the screw (5) on
figure 11.
3BK 17416 3081 RJZZA Ed.04 21 / 74
3 Installing the Micro - BTS Units
3.2 Case B: Installation With the Crane
3.2.1 Specific Safety Instructions for Craning
You must carefully read the " A9110 Crane Instruction Manual " and theseinstructions before using the crane.
It is strictly prohibited to stand under a floating crane load during theoperation
Hot surface warning : Dont handle the crane by its motor after use, thetemperature can exceed 45 degrees Celsius (see left, " Hot Surface "label on the crane)
Check availability of the completed " Security control - check list and report", enclosed with the crane (see " A9110 Crane Instruction Manual " ) the checkmust be carried out every six months, note the check date in the CCL.
3.2.2 Installation of the Crane on MOFRAProcedure 1. Check that the lifting ring and the two screws for fixing to MOFRA are
available2. Mount the lifting ring onto the top part of the micro-BTS unit. The ring must
be screwed completely (See Figure 15 )3. Put the crane on top of MOFRA. The small safety blade keeps the crane
in place (See Figure 16 )4. Open the COBO door5. Connect the crane power cable to the ACout BTS power connector (See
Figure 17 )6. Hook the cables as shown in the drawings.
Figure 15: Mounting the Lifting Ring
22 / 74 3BK 17416 3081 RJZZA Ed.04
3 Installing the Micro - BTS Units
MOFRA
Crane
Power cable
Figure 16: Installing the Crane
Ac out BTS connector is used to power the crane
3BK 17416 3081 RJZZA Ed.04 23 / 74
3 Installing the Micro - BTS Units
Figure 17: ACout BTS Power Connector of ACCO Board is Used to Power the Crane
3.2.3 Preparation for Craning
The following checks and precautions must be considered before craning!Depending of the country and customer regulations more tests foroverloading and usage time may be required.To be checked and applied!
Purpose
To check the fixing of the MOCO and crane.
Procedure 1. Check the screws securing the MOCO on the wall2. Define a safety area 2 m around the MOFRA and make sure that nobody will
enter the area during operations3. Move the unit under the crane on the floor4. Remove the COBO protection cover (3BK 08586 AA).5. Close the circuit breakers that power COBO6. Using the switching box on the crane power cable, let down the lifting
band to the micro-BTS level7. Hang the unit on the crane (make sure the belt is not turned on itself)8. Lift the unit and suspend it 10 cm above the floor9. Execute a movement up and down with the micro-BTS
10. Lay the micro-BTS an the floor11. Check the MOFRA - Crane assembly and fixings.
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3 Installing the Micro - BTS Units
3.2.4 Installing the Micro-BTS on MOCO
Figure 18: Lifting and Plugging in the Micro-BTS Unit
3BK 17416 3081 RJZZA Ed.04 25 / 74
3 Installing the Micro - BTS Units
Take care not to damage the connectors during the operation.Do not lift the BTS by hand from the ground, use the crane!
Do not work under powerOpen the circuit breakers to be sure that the power supply isdisconnected.For installation with SSC: Check that the Battery back-up is OFF(red LED is lit) !!!
PurposeTo install the BTS on the MOCO.
Procedure 1. Lift the micro-BTS unit to an appropriate level for mounting (See Figure 18 )2. Remove the bottom protection cover of the micro-BTS unit (3BK 08555 AA).3. Fit the handle on the reel of the crane, on the left side4. Move the micro-BTS nearer to the MOFRA (by pushing the handle) and fit it
onto the guide bolts (there are two guide bolts on MOFRA that must fit intothe back part of the micro-BTS unit)
5. Plug the micro-BTS unit into the COBO by slowly releasing the unit andfitting the two guide pins of the COBO into the corresponding holes in themicro-BTS housing
6. Fix the micro-BTS onto the MOCO using the four screws provided (SeeFigure 19 )
7. Unhook the micro-BTS8. Unplug the crane power cable9. Remove the crane from MOFRA
10. Unscrew the lifting ring and put it with the crane to avoid losing it.
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3 Installing the Micro - BTS Units
Figure 19: Fixing the Micro-BTS to MOCO
3BK 17416 3081 RJZZA Ed.04 27 / 74
3 Installing the Micro - BTS Units
28 / 74 3BK 17416 3081 RJZZA Ed.04
4 Making the Connections to the BTS
4 Making the Connections to the BTS
This chapter describes:
How to install the integrated antenna, with the integrated antenna option
How to instal the VSWR detector, with the VSWR option
How to make the necessary connections to the BTS units
3BK 17416 3081 RJZZA Ed.04 29 / 74
4 Making the Connections to the BTS
4.1 OPTION: Installing the Integrated AntennaPurposeTo install the integrated antenna on each micro-BTS unit (master and slaves).
This procedure is the same for master and slave units.
Figure 20: Installation of Integrated Antenna (GSM and DCS)Connect the integrated antenna to the upper housing side of the A9110EBTS using the four self tapping screws (M3 x 16) provided in the integratedantenna kit.
The above figure also shows the special front cover and the final view of aBTS with integrated antenna.On fact, the front cover will not be mounted until the end of commissioning.
30 / 74 3BK 17416 3081 RJZZA Ed.04
4 Making the Connections to the BTS
4.2 OPTION: Installing the VSWR DetectorPurpose To install the VSWR detector on each micro-BTS unit (master and slaves)
This procedure is the same for master and slave units.
4.2.1 Mechanics
Figure 21: The VSWR Detector
3BK 17416 3081 RJZZA Ed.04 31 / 74
4 Making the Connections to the BTS
4.2.2 Fixing the VSWR Detector
The VSWR detector can not be used together with an integrated antenna, if theisolation between antennas on the same site is < 25 dB.
Procedure 1. Unlock the bottom section of the front protective cover, open it upwards andfix it at the front cover by the installed magnetic snap-on fastening
2. Connect the VSWR detector to the antenna output connector of theA9110E by screwing the N male connector (See Figure 22 )
3. Connect the VSWR RF jumper cable to the RF output N-female connector ofthe VSWR detector
4. Connect the standard antenna cable to the RF jumper cable.
EVOLIUMBTS A9110E
VSWRdetector
RF Jumper Cable
Antenna Jumper
COBO
F
M : Nmale connector F : N female connector
M F M
Figure 22: VSWR Detector - RF Installation
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4 Making the Connections to the BTS
4.2.3 Connecting the CablesProcedure 1. Open the COBO
2. Unscrew the appropriate PG gland3. Run the ALARM / VCC cable through that PG gland into COBO4. Screw the PG gland with the ALARM/ VCC cable5. Connect the ALARM/ VCC wires inside the COBO to the clamp strips
located on the ABISCO board as shown in Figure 23 .In a two antenna configuration the isolated wires for VCC-VSWR1 andVCC-VSWR2 and ground (GND) have to be fixed together with the enclosedcable and sleeves and inserted in the described terminals of the ABISCO(See Figure 23 ).
Figure 23: Connecting the ALARM / VCC Cables
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4 Making the Connections to the BTS
4.3 Making the Connections to the BTS
One lower slave cannot be equipped because of 12 TRX limitation!Depending on site configuration, you can have maximum 3 lower slave unitson the 4 possible positions: Slave11, Slave12, Slave 21, Slave 22.When connecting a slave unit, the position where to plug the IEB cable intomaster unit (S1 or S2 connectors) will determine if it is Slave1 or Slave2.
Purpose
To connect the antenna
To connect the IEB cables in a master-slave configuration.
Procedure 1. With the integrated antenna option, connect the integrated antennas RFcables to the antenna connector(s) of the micro-BTS unit (master andslaves, as appropriate)
2. With external antennas, connect the antenna jumper(s) to the antennaconnector(s) of the micro-BTS units (master and slaves) according to theirsector number (See Information Required (Section 1.8) )
3. To install the slave units, connect the IEB cables between the master andslaves:
At the Master unit plug the cable into the Conn. to Slave 1 or Conn. to Slave 2 connector, depending the slave (1 or 2) that isgoing to be connected
At the Slave 1 unit plug the cable from master into the Conn. toMaster connector. Plug the cable to Slave 11 into Conn. to Slave 1 and / or the cable to Slave 12 into Conn. to Slave 2.
At the Slave 2 unit plug the cable from master into the Conn. toMaster connector. Plug the cable to Slave 21 into Conn. to Slave 1 and / or the cable to Slave 22 into Conn. to Slave 2.
At the Slave 11 unit and / or Slave 12 unit plug the cables from Slave1into the Conn. to Master connector.
At the Slave 21 unit and / or Slave 22 unit plug the cable from Slave2into the Conn. to Master connector.
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4 Making the Connections to the BTS
To SLAVE 2
MASTER
To SLAVE 1
From MASTER
SLAVE 1
To SLAVE 11 To SLAVE 12 From MASTER
SLAVE 2
To SLAVE 21
SLAVE 12
From SLAVE 1From SLAVE 1
SLAVE 11 SLAVE 21
From SLAVE 2
Figure 24: Connection of IEB PG 11 Glands to COBO for all modules
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4 Making the Connections to the BTS
36 / 74 3BK 17416 3081 RJZZA Ed.04
5 Checking Power Supply and Powering Up
5 Checking Power Supply and Powering Up
This chapter describes how to check the power supply voltage and power upthe micro-BTS units (master and slaves).
Before checking the power supply and powering up the micro-BTS, ensurethat the safety instructions in the SAF procedure are followed ( See BSSMethods Handbook ). It is essential that:
The protective earth is connected to the equipment earth terminal
The ACout BTS connectors in the COBOs (Figure 25 ) that feed themicro-BTS units are disconnected.
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5 Checking Power Supply and Powering Up
5.1 Case 1: A9110E BTS Without SSCProcedure 1. Check the power panel to make sure the breakers are OFF
2. Using a multimeter, check at each COBO that there is no voltage between L(line) and N (neutral) , N and PE (protective earth), L and PE (See Figure 25 )
3. Close the circuit breakers at the power panel4. Check the voltage (220 V AC) between line (L) and neutral (N) on the
ACout BTS connector of each COBO5. Check that there is no voltage between N and PE6. Power up the unit by plugging in their ACout BTS connectors.
FIRST power up the master unit, THEN power up the slave units!The slave units MUST be powered up within seconds after poweringup the master unit.
5.2 Case 2: A9110E BTS With SSCProcedure 1. Check the power panel to make sure the SSC breakers are OFF
2. Check the SSC to make sure main AC switch S1 is off and no green LEDsare lit (See Figure 26 )
3. Close the circuit breakers at the site power panel4. Close main switch S1, the AC mains breaker then the BTS1, BTS2,
BTS3 circuit breakers in the SSC5. Check the 220 V AC voltage between line (L) and neutral (N) on the ACout
BTS connector (X401) of each COBO (See Figure 25 )6. Check that there is no voltage between N and PE7. Check that the Mains Power supply 1 and 2 and Charger LEDs are lit on
the SSC front panel8. Push (if necessary) the Battery backup button to on (red LED is not lit)9. Power up the A9110E units by plugging in their ACout BTS connectors.
FIRST power up the master unit, THEN power up the slave units!The slave units MUST be powered up within seconds after poweringup the master unit.
10. Check that the BTS remains on battery supply if main switch S1 isdisconnected, then set the switch S1 to ON
11. Push and hold down the Fan Test button and check that the SSC top fansare working.
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5 Checking Power Supply and Powering Up
If the BTS must be powered down, disconnect the batteries first by pushingthe Back-up Off switch to ON (red LED is lit), then set the main powerswitch S1 to OFF.
BTS fuses(T=2.5 A)
FAN fuses(T=2.5 A)
L
N
L
N
SLAVE 1SLAVE 2X403X404
X401
X402
X400
ACoutBTS
IEC Conn.
FAN
ACin, Mains
L
L
LL
N
NN
NPE
PE PE
PE
Figure 25: ACCO Board
PS1 PS2 PS3
Battery unit
AC Connection Area
S1
BatterybackUpbutton
BackUpOff
Power 230V ACSocket AC 230V AC mains
m
BTS1m
BTS2m
BTS3
Fan Test
Power Supply 1Power Supply 2
ChargerMains
Figure 26: SSC Switch Configuration
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5 Checking Power Supply and Powering Up
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6 Commissioning Tests
6 Commissioning Tests
This chapter describes the following operations:
BTS software downloading
Setting antenna mapping
BTS initialization
Performing BTS inventory
Setting and checking the external alarms
Checking status of modules
Checking the antenna VSWR
Abis loop test
End of commissioning.
Use the antistatic wrist strap when working with the ABISCO board.Check that the BTS is isolated :At the DDF side by disconnecting terminals, from the PCM link comingfrom the network.For installation with SSC, by disconnecting connectors X2, X3 and X4on the connection area.
One lower slave cannot be equipped because of 12 TRX limitation!Depending on site configuration, you can have maximum 3 lower slave unitson the 4 possible positions: Slave11, Slave12, Slave 21, Slave 22.Configuration is determined by IEB cable connections between units
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6 Commissioning Tests
6.1 BTS Software DownloadingStart up BTS Terminal 1. Connect the BTS Terminal cable between the COM1 port of the PC and
the MMI connector (X100) on the ABISCO board of the master unit (SeeFigure 28 )
2. Launch the BTS Terminal according to the OS used (Windows NT)3. At the BTS Terminal:
User / Group name:COMMTE
Password:COMMTE
Click [ Logon ].4. If the Setup Information window is displayed:
Click [ Baudrate ] then select 115200 and the port for serial interface inthe BTS Terminal part of the window
Select the Misc tab and if not already done, click [ Browse ] and selectthe path to INVENTAR (usually c:\WINVENT\Program\pwinvent.exe)Click [ Ok ].
5. In the main menu select the terminal:Select BTS Terminal (Evolium BTS)
6. Establish the connection:File Connect / DisconnectA message appears to confirm the connection.
OPTION: Only if the Files are not Already on the PC1. Create the directory : c:\A9110_fls2. Copy all the BTS SW files into the above directory.
Download the BTS Withthe BTS TE
1. Commissioning Download BTS-SW...
If a message asking you to check the Qmux address appears, set the correctQmux address and save it !
Select at List files of type: on the left bottom corner: All files (*.*)Masterfile: bm*sat**.*** (1) (See InformationRequired (Section 1.8) )CPF File: 00o2at**.ddl (1)
(1) Click [ Browse ] to give the path of each file: c:\A9110_fls2. Click [ Download ].
Check the Downloadingof the BTS
1. A disconnection occurs during the download, wait for the connection tobe re-established
2. The message The connection to the OMU has been established !appears
3. The following messages or windows appear during downloading:No operator action during next 80 seconds!!!
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6 Commissioning Tests
BTS SW download in progress...Start operational software...No operator action during next 80 seconds!!!BTS SW download in progress...Initialization in progress...Receiving data...Reading all RIs .
If the file downloading stops during several minutes and the BTS Terminalis showing no message or action, perform a second download of the BTS( See Download the BTS With the BTS TE (in section 6.1) .)
BE PATIENT: WAIT for the Edit frequencies window, about 5 mn:1. Select the Frequency band (GSM 900/ DCS 1800/ DCS 1900/ EGSM)2. Select the test frequency by clicking [ Add ] or [ Remove ] in Available
ARFNs list to obtain the correct frequencies in Select ARFNs list. Thetest frequencies are given by the customer (See Information Required(Section 1.8) ).
3. Click [ Submit ].
6.2 Setting Antenna MappingPurpose To set the antenna mapping table.
ProcedureOpen the antenna mapping window:Commissioning Edit Sector mappingThe Sector mapping Micro BTS window appears (See Figure 27 )Set the mapping of BTS units ports to sectors, according to the requestedconfiguration and the mapping rules (See Information Required & AntennaPort and External Alarm Mapping Rules (Appendix D) )Click [ Save ]Wait for Updating flash... and Cabling detection in progress... messages to disappear.
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6 Commissioning Tests
Figure 27: Sector Mapping Micro BTS Window
6.3 BTS InitializationInitialize Commissioning 1. At BTS Terminal select:
Commissioning Initialization All sectors...
2. Wait for the Initialization for commissioning in progressmessage to disappear
3. The HW check configuration window appears4. Check that the configuration shown in the HW check configuration
window corresponds to the requested HW configuration (See InformationRequired (Section 1.8) )
5. Wait for the MTRE and ANX module downloading to finish.
Workaround: If the HW check configuration window information does not correspondto the antenna mapping information written in RI (this behaviour appearsusually when the final antenna mapping information is different from the initialinformation), repeat the initialization of all sectors (steps 1 and 2).
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6 Commissioning Tests
Activation is finished when the options in the commissioning menu becomesactive.
6.4 Performing BTS Inventory1. Use the tasks specified in CI 08 - Site Equipment Inventory for:
Adding additional modules in RI
Executing the Inventar program for the BTS
2. For SSC installation, the SSC is considered as an additional module.
Check that there are no alarms when running the Inventar for BTS. Thismeans that the modules inside the BTS meet the requirements for aspecific customer.
6.5 Setting and Checking the External AlarmsPurpose
To set the external alarm mapping in the RI according to requirements
To check the reporting of external alarms to the BTS TE.
6.5.1 Set and Check the Alarm MappingSet the logical numberof the external alarms
1. AT BTS Terminal select:Commissioning Edit Remote Inventory (RI)...
2. Module selection: UT_BTS_BCB 173. Click [ Upload ]4. Click [ Application part ]5. In the Application part window set the external alarm mapping according
to the rules in the Appendix (See Information Required (Section 1.8) &Antenna Port and External Alarm Mapping Rules (Appendix D) )
6. Click [ Manufacturing part ]7. Click [ Write back ] if modifications were made. Wait for Updating
flash... message to disappear.8. Click [ Close ].
Loop the External Alarm Loop the External Alarm Inputs that are not Connected to Their Sensors1. On the DDF loop the external alarms that are not connected to their sensors
to avoid reporting of alarms to the OMC-R2. On the ABISCO board of each unit (master or slave) loop the declared alarm
inputs that do not reach the DDF and are not yet connected to their sensors.
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6 Commissioning Tests
6.5.2 Test the External Alarms
Check the Alarms 1. On the BTS Terminal display the external alarms2. Monitor Active Alarms3. On the BTS Terminal check that there are no external alarms.
Check the Alarms in DDF If the external alarms are transferred to a terminal block, generate analarm and check its appearance on BTS Terminal1. Open the circuits corresponding to the external alarms on the DDF side, by
inserting a red disconnecting pin into the terminal block2. On the BTS Terminal, check that the appropriate alarm message is
generated3. Close the circuit that has been opened at the terminal block by removing the
disconnecting pin4. On the BTS Terminal, check that the external alarm message has
disappeared.
Check the Alarms ThatDo Not Reach the DDF
In COBO (master and slaves)1. For the declared external alarms that do not reach the DDF, generate an
alarm by opening and then closing a loop (See Connectors Description (inappendix C) in appendix for connectors description)
2. Check alarm reporting on the BTS Terminal.
Note: If the Fan option was included, check the fan alarm:1. Disconnect the fan power supply cable from ACCO board2. On the BTS Terminal , check that the alarm is present:
BTS1, BTS EXTERN, Air condition (1)
3. Plug in the fan power supply cable and check that the alarm is cleared.
Note: If the SSC option was included, check the external alarms:1. Set the mains switch S1 to OFF to check mains power failure2. On the BTS Terminal, check that alarm 2 is present, then set switch S1
to ON again3. On the BTS Terminal, check that alarm 3 is present (SSC door open) by
completely closing (with the key) and opening the door.Note: If the VSWR option was included, check the external alarms:
1. Make the connections as follows:
For A9110E BTS units with one antenna output: use ANT A and the following MTREs for transmission:
UT_TRE 18 or UT_TRE 19 for masterUT_TRE 38 or UT_TRE 39 for slave 1UT_TRE 54 or UT_TRE 55 for slave 2.UT_TRE 42 or UT_TRE 43 for slave 11.UT_TRE 46 or UT_TRE 47 for slave 12.UT_TRE 58 or UT_TRE 59 for slave 21.UT_TRE 62 or UT_TRE 63 for slave 22.
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6 Commissioning Tests
For A9110E BTS units with two antenna outputs use ANT A and the following MTREs for transmission:
UT_TRE 19 for masterUT_TRE 39 for slave 1UT_TRE 55 for slave 2.UT_TRE 43 for slave 11.UT_TRE 47 for slave 12.UT_TRE 59 for slave 21.UT_TRE 63 for slave 22.
use ANT B and the following MTREs for transmission:UT_TRE 18 for masterUT_TRE 38 for slave 1UT_TRE 54 for slave 2.UT_TRE 42 for slave 11.UT_TRE 46 for slave 12.UT_TRE 58 for slave 21.UT_TRE 62 for slave 22.
2. Check if an alarm is present at BTS Terminal:
Commissioning Output Power Test
In the Output Power Test window select the MTRE Number:UT_TRE** (See above)Select one timeslot and click [ On ] to enable the powerSelect an attenuation of -10dB on the used timeslot
Click [ Start ]Wait for the BTS to start the emission
Disconnect the antenna cable from the RF jumper cable.
As the power level is lower than 50mW you are allowed to disconnect the cable..
Wait 15 seconds to see if an alarm is sent to the BTS Terminal.
At the BTS Terminal choose:Monitor Active alarms
Check that an Alarm related to the tested TRE is present
Connect the antenna cable to the RF jumper cableCheck at the BTS Terminal that no alarms are present
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6 Commissioning Tests
Click [ Stop ]Wait for MTRE to stop transmission.
After pressing the [ Stop ] button wait until MTRE stops transmission.Follow the messages that appear in the bottom part of the window,which indicates the state of MTRE.
3. Repeat the actions from step 2 for all the antenna outputs of all BTSunits (master and slaves).
6.6 Checking the Status of ModulesCheck the Status of
the BTS1. At BTS Terminal choose:
Monitor BTS Modules
2. Check that BTS, CLLK, OMU and EACB are IT3. Check that the MTREs and TR_CLK are OP.
Check the Active Alarms 1. At BTS Terminal choose:Monitor Active Alarms
2. Check that there are no alarms present.
6.7 VSWR CheckPurpose
To connect the BTS to the antenna
To check the Voltage Standing Wave Ration (VSWR) of the transmit antenna.
Before transmitting on the antenna:
Check that transmission is allowed at the nominal frequency
If there are no antennas, measure the VSWR across the load.
The VSWR measurement must be performed for each antenna output!
Connect the PowerMeter/ Reflectometer
Connect the power meter/ reflectometer between the BTS antenna jumperand antenna or load as appropiate1. For A9110E BTS units with one antenna output:
connect the power meter/ reflectometer to the antenna jumper connectedto ANT A and use the following MTREs for transmission:
UT_TRE 18 or UT_TRE 19 for master
UT_TRE 38 or UT_TRE 39 for slave 1
UT_TRE 54 or UT_TRE 55 for slave 2.
UT_TRE 42 or UT_TRE 43 for slave 11.
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6 Commissioning Tests
UT_TRE 46 or UT_TRE 47 for slave 12.
UT_TRE 58 or UT_TRE 59 for slave 21.
UT_TRE 62 or UT_TRE 63 for slave 22.
2. For A9110E BTS units with two antenna outputs connect the power meter/ reflectometer to the antenna jumper connectedto ANT A and use the following MTREs for transmission:
UT_TRE 19 for master
UT_TRE 39 for slave 1
UT_TRE 55 for slave 2.
UT_TRE 43 for slave 11.
UT_TRE 47 for slave 12.
UT_TRE 59 for slave 21.
UT_TRE 63 for slave 22.
connect the power meter/ reflectometer to the antenna jumper connectedto ANT B and use the following MTREs for transmission:
UT_TRE 18 for master
UT_TRE 38 for slave 1
UT_TRE 54 for slave 2.
UT_TRE 42 for slave 11.
UT_TRE 46 for slave 12.
UT_TRE 58 for slave 21.
UT_TRE 62 for slave 22.
Measure the VSWR Measure the VSWR of the antenna (VSWR1) or across the load (VSWR2) ifthere is no antenna
Measure the VSWR ofthe antenna (VSWR1) 1. At BTS Termial choose:
Commissioning Output Power Test
2. In the Output Power Test window select the MTRE Number: UT_TRE**(See above)
3. All Timeslots: click [ On ] to enable the power4. Select an attenuation of -4dB on each timeslot from TS0 to TS75. Click [ Start ]6. Record the VSWR value (VSWRx):
VSWR 1 when measuring with antenna connected
VSWR 2 when measuring across the load.
7. Click [ Stop ]8. Wait for MTRE to stop transmission.
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6 Commissioning Tests
Do not disconnect the power meter, the antenna or the load during MTREtransmission. After pressing the [ Stop ] button wait until MTRE stopstransmission.Follow the messages that appear in the bottom part of the window,which indicates the state of MTRE.
Measure the VSWR(VSWR 2) Using a Load
If antenna VSWR 1 > 1.3 measure the VSWR (VSWR 2) using a load1. Instead of antennas use 50 ohm loads2. Measure the VSWR 2 values with the BTS TE in the same way as in
Measure the VSWR of the antenna (VSWR1)3. Analyze the results: (See Table 1 )
VSWR 1 is the VSWR value measured in Measure the VSWR ofthe antenna (VSWR1)VSWR 2 is the VSWR value measured in Measure the VSWR (VSWR2) Using a Load.
Value Sanction Action
VSWR 2 >1.2 Fault in equipment supplied byAlcatel
Check the tightness of theconnectors
VSWR 2 1.2 andVSWR 1 1.5
Fault on the feeder or antenna(when present)
Inform the operator that theVSWR is within a critical range
VSWR 2 1.2 andVSWR 1 >1.5
Fault on the antenna or feeder(when present)
Report the high reading to theSite Manager
Table 1: Interpretation of VSWR Results
Finish the Measurement 1. Disconnect the power meter and reconnect the antenna jumper tothe antenna or load as the case
2. Repeat steps 1 to 4 for all the antenna outputs of all the BTS units(master and slaves)
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6 Commissioning Tests
6.8 Abis Loop TestPurpose To test the PCM cabling between the master unit and DDF.
For Microwave or TNL installation in SSC for PCM connection, do not performAbis loop test.
Procedure 1. At BTS Terminal choose:
Commissioning Station Unit Test...
The Station Unit Test window appears.
In the Station Unit Test window, select external loop
Click [ Start ].
A message appears prompting you to fit the shortcut connector.Do not use any shortcut connector, because you are testing the cabling tothe DDF, not the ABISCO board.
2. At the DDF (not on ABISCO) set up loops between TX and RX for Abis1and Abis2, using wires.
It is important for both Abis links to be looped!
3. At BTS Terminal:
Click [ Ok ]Remove the loops when the respective message window appears andthen click [ Ok ]Wait for the test to finish
Check that the list of tests shown in the Station Unit Test window is Ok
Click [ Cancel ].
6.9 End of CommissioningPurpose
To update the Remote Inventory of all the modules according to the site
To perform an inventar in case any modules were changed duringcommissioning
To end the commissioning phase
To save the commissioning report.
Procedure 1. At BTS Terminal :Commissioning Endcommissioning
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6 Commissioning Tests
2. Check that the commissioning date is correct:
If not, click [ Close ] and click [ Cancel ]Modify the internal date of the PC (in Control Panel)Go back to step 1.
3. Give the name of the BTS site (< 10 characters) and the NetworkIdentity.
4. Select all the modules from the list on the left (if any) to enter them inthe modules to be updated list
Click [ Add ] for all the modules on the left (if any)Click [ Submit ].
The following message appears: Do you want to execute INVENTARnow?
5. Option: If any modules were added or changed during commissioning,run Inventar:
Click [ Yes ]The Receiving Remote Inventory Data message appears, and theINVENTAR application is launched
Use the tasks specified in CI 08 - Site Equipment Inventory for thefollowing actions:
Adding additional modules in RI (if appropiate)Running Inventar for the BTS.
6. Option: If no modules were added or changed during commissioningclick [ No ]
When you end commissioning, the BTS is automatically reset after about 2minutes (the connection is lost for about 5s).Wait until the connection with the BTS is reestablished.The BTS is then ready for downloading from the BSC.
7. Save the Commissioning Report window:
Click [ Commissioning Report ] window to make it activeFile Save As...
Give a name to the file (Site name and number of BTS - no more then 8characters) and save the file to a floppy disk.
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7 Setting Transmission Module Parameters
7 Setting Transmission Module Parameters
This chapter describes how to configure the transmission module of the SUMboard.
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7 Setting Transmission Module Parameters
Purpose
To set the Qmux address
To set the OML TS and signalling rate, if this information is provided.
Make sure the BTS is isolated at the DDF from the network beforeproceeding.
Procedure 1. Set the Qmux address:
At BTS Terminal choose:Settings Transmission Initial Settings...
The Receiving current configuration data... window appears.
Enter the parameter:Qmux address
Click [ Transmit ]Click [ Close ].
2. OPTION: Set the position and signalling rate for OML, if required:
Settings Transmission Board Configuration...
Click [ Get Config ]Set the signaling TS number and the signalling rate for OMU 1
Click [ Transmit ]Click [ Close ].
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8 Download the Operational Software
8 Download the Operational Software
This download of the operational software must be done in B6 and in B7software versions older than BSSSAT02G (B7 MR6).Do not execute this section if the corresponding BSC in the network runssoftware version BSSSAT02G (B7 MR6) or higher.
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8 Download the Operational Software
8.1 Download the Operational SoftwareConnect the Terminal 1. Connect the BTS Terminal (BTSWATU1 or higher) cable between the
COM1 port of the PC and the MMI connector (X100) on the ABISCOboard of the master unit.
2. Launch the BTS Terminal according to the OS used (Windows NT)3. At the BTS Terminal:
User / Group name:COMMTE
Password:COMMTE
Click [ Logon ].4. In the main menu select the terminal:
Select BTS Terminal (Evolium BTS)5. Establish the connection:
File Connect / DisconnectA message appears to confirm the connection.
Download theOperational Software
1. Only if the files are not already on the PC:Copy all the A9110E operational software files (BMXSAT49F or higher)into c:\A9110_op_sw (create the directory if the case).
2. Commissioning Download BTS-SW...Select at List files of type: on the left bottom corner: All files (*.*)
Masterfile: bmxsat*9.49* (1)CPF File: 00o2atl*.ddl (1)
(1) Click [ Browse ] to give the path of each file: c:\A9110_op_sw3. Click [ Download ].
Follow the Downloadingof the BTS
1. The following messages or windows appear during downloading:No operator action during next 80 seconds!!!BTS SW download in progress...Start operational software...No operator action during next 80 seconds!!!BTS SW download in progress...Initialization in progress...Receiving data...Reading all RIs .
If the file downloading stops during several minutes and the BTS Terminalis showing no message or action, perform a second download of the BTS.
BE PATIENT: 2. WAIT for the Edit frequencies window, about 5 mn.3. Select the Frequency band (GSM 900/ DCS 1800/ DCS 1900/ EGSM)4. Select the test frequency by clicking [ Add ] or [ Remove ] in Available
ARFNs list to obtain the correct frequencies in Select ARFNs list. Thetest frequencies are given by the customer (See Information Required(Section 1.8) ).
5. Click [ Submit ].The Sector mapping Micro BTS window appears.
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8 Download the Operational Software
6. Close the sector mapping window without any modification.
8.2 Initialize the Operational SoftwareInitialize the Operational
Software1. At BTS Terminal select:
Commissioning Initialization All sectors...
2. Wait for the Initialization for commissioning in progressmessage to disappear
3. The HW check configuration window appears4. Wait for the MTRE and ANX module downloading to finish.
Activation is finished when the options in the commissioning menu becomesactive.
8.3 Check the Module Status and Reset the BTSCheck the Status of
the BTS1. At BTS Terminal choose:
Monitor BTS Modules
2. Check that BTS, CLLK and OMU and are IT.Ignore the error if present on EACB.
3. Check that the MTREs and TR_CLK are OP.
Reset the BTS 4. In the main menuCommissioning Reset BTS
5. Disconnect the BTS Terminal after the reset have been executed.
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8 Download the Operational Software
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9 Connecting to the BSC
9 Connecting to the BSC
This chapter describes how to connect the BTS to the BSC and verify theOML status.
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9 Connecting to the BSC
Purpose To connect the BTS to the BSC and check the OML status.
Procedure 1. Connect the BTS to the BSC:
Check that the BIE connectors are connected
With BTS connected via the site distribution frame and an equipment distribution frame: disconnect the loop between the transmit andreceive terminal blocks on the site distribution frame
With SSC option: connect the PCM cable to connectors X2, X3 andX4 in the SSC connection area.
2. Check the state of the OML: on the SUM board check that the OML LEDis ON (indicating the OML is IT).
For further information about downloading the BTS from the BSC andnetwork integration refer to Add BTS procedure.
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10 Finishing Commissioning
10 Finishing Commissioning
This chapter describes the final operations before leaving the site.
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10 Finishing Commissioning
Purpose
To leave the site
To return the commissioning report and inventory files to base.
Procedure 1. Leave the BTS powered up2. Leave the log book on site3. Close the COBO door4. Reposition the front cover and lock the bottom cover (if appropriate)5. Close the SSC door (if appropriate)6. Check the CCL and the appendices7. Remove all other packaging and surplus equipment.8. Clean the site9. Close the site and hand the keys to the key holder
10. Return the completed forms and the inventory file related to the operationto base.
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Appendix A : Abbreviations
Appendix A: Abbreviations
Abis Abis Interface: Interface between BSC and BTS
ABISCO ABIS COnnection board
AC Alternating Current
ACCO Alternating Current Connection board
AN Antenna Network
BCB BTS Control Bus
BCCH Broadcast Control Channel
BSC Base Station Controller
BSS Base Station Subsystem
BTS Base Transceiver Station
CLK Clock
COBO COnnection BOx
CPF Configuration Parameters File
DC Direct Current
DDF Digital Distribution Frame
Dual Rate Full rate and Half rate
E-GSM Extended band GSM
ETS European Telecomunication Standard
FIT Failure In Time
GSM Global System for Mobiles (900 MHz)
IEB Inter Entity Bus (between master and slave units)MD Multi Drop
MDT Manufacturers Delegate Testing
MMI Man Machine Interface
MOCO MOFRA+COBO
MOFRA MOunting FRAme
MSC Mobile Switching Centre
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Appendix A : Abbreviations
MSUMA Micro-BTS Station Unit Module
MTRE Micro-BTS Transceiver
MUX Multiplexer
O&M Operation and Maintenance
OMC Operation and Maintenance Centre
OMC-R Operation and Maintenance Centre - Radio (OMC of BSS)
OML Operation and Maintenance Link
OMU Operation and Maintenance Unit
PCM Pulse Code Modulation (PCM link = 2.048 Mbit/s terrestrial link)
RF Radio Frequency
RI Remote Inventory
RIT Replaceable ITem
RSL Radio Signalling Link
SDCCH Slow Dedicated Control Channel
SBL Security BLock
SSC Site Support Cabinet
TCH Traffic Channel
TRE TRansceiver Equipment
TREA TRE - Analog part
TRED TRE - Digital part
VSWR Voltage Standing Wave Ratio
XBCB External BTS Control Bus
XIN External Input
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Appendix B : List of Items Required
Appendix B: List of Items RequiredInstallation Kits The following table is used to check, on site, the mandatory or optional delivery
item kits.The used symbols are:
mandatory kit
technical choice kit
customer option kit
Optional kits for BTS configuration Mnemo Reference Qty
Integrated antenna for GSM band PUIT - ANTG 3BK 08581 AAAA 1/ unit
Integrated antenna for DCS band PUIT - ANTD 3BK 08582 AAAA 1/ unit
VSWR detector for GSM band VSWG 3BK 25062 AAAA 1/ ant
VSWR detector for DCS band VSWD 3BK 25063 AAAA 1/ ant
.
List of DocumentsRequired
The following table is used to check, at base, the availability of the necessarydocuments.
Catalogue of Technical and Logistic Information (ITL) 3DF 00462 0004 AAAGACatalogue of Instruction Operation (IO) 3DF 00300 0004 UAZZABSS Methods Handbook release B7 3BK 17416 0002 PCZZA
CI 08 Site Equipment Inventory 3BK 17257 0001RJZZA
Tools Catalogue for Field Activity 3BK 20458 0001 RJZZA
Site premises inspection form (CEL) 8BL 00704 0015 DRBRA
SPP 36 - Specification for site preparation A9110 BTS 8BL 00704 0052 DRAGA
BSS site premises inspection, post handover 8BL 00704 0016 DRBRA
A9110 Crane HW Instruction Manual 3BK 20489 AAAA PCZZA
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Appendix B : List of Items Required
List of SoftwareRequired
The following table is used to check, at base, the availability and version ofthe necessary software;refer to corresponding document for checking theSW version.
Name Version checking
Operating system See Tools Catalogue
A9110E BTS commissioning
BTS-Terminal
A9110E BTS-SW
Operational software for the BTS
BTSCAT02B (B7 MR6 Commissioning package) / TEBTSCAT02B (B7 MR6 Commissioning package) / SWBMxSAT49F or higher
.
Tools Required The following table is used to check, at base, the availability of the necessarytools (See Tools Catalogue for content checking).
Kit name Reference Calibration
Utility PC DES 002 NO
Power/ reflectometer DES 003 YES
Basic toolkit OUT 001 NO
Specific toolkit for A9110/A9110E BTS OUT 006 NO
Test cables and plugs for A9110/A9110E BTS OUT 013 NO
Radio connection kit OUT 014 NO
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Appendix C : Description of ABISCO and ACCO Boards
Appendix C: Description of ABISCO and ACCO Boards
ABISCO Boards .
Figure 28: ABISCO board for A9110E
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Appendix C : Description of ABISCO and ACCO Boards
X104,X115
X105,X112
X106,X110
X107,X102
X100: MMI
X109CALCLK
LED5: ABIS1LED6: ABIS2
LED7*see table
X200
LED4BTS_LMT OK
LED1: SLAVE1
LED2: SLAVE2
LED3: MASTER
LED8 : MPSON
X108FCLK
X211 HDSLX210 ABISTRACE
Figure 29: ABISCO board for A9110
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Appendix C : Description of ABISCO and ACCO Boards
Connectors Description .
Figure 30: Connectors and LEDs on ABISCO
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Appendix C : Description of ABISCO and ACCO Boards
ACCO Board .
BTS fuses(T=2.5 A)
FAN fuses(T=2.5 A)
L
N
L
N
SLAVE 1SLAVE 2X403X404
X401
X402
X400
ACoutBTS
IEC Conn.
FAN
ACin, Mains
L
L
LL
N
NN
NPE
PE PE
PE
Figure 31: Mechanical Drawing of ACCO
AC in
FFKDSA/V1 7.62
(FFKDSA/V1 7.62)for 2.5 qmm
FFKDSA/V1 7.62
ACo2
ACo1
X404
X403
X400
LP
T=2 x 2.5 A
T=2 x 1.25 A
GICV 2.5/ 3GF7.62
X402
X401
AC
AC BTS
IEC connector(cable lenght ~ 10 cm)
Figure 32: Electrical Drawing of ACCO
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Appendix D : Antenna Port and External Alarm Mapping Rules
Appendix D: Antenna Port and External Alarm MappingRules
Rules for antenna port mapping
If there is an antenna port on a micro-BTS unit (master or slave), thecorresponding field will be completed with the sector number (1...6)If there is no antenna port (units with one antenna output or unconnectedslaves) the corresponding port will be completed with 0 (disabled)Example 1:Master unit with no slaves, two antenna outputs 1x2:
Master port A: 1 Master port B: 1
Example 2:Master-slave configuration 3x4, no diversity
Master port A: 1 Master port B: 0
Slave 1 port A: 1 Slave 1 port B: 0
Slave 11 port A: 2 Slave 11 port B: 0
Slave 12 port A: 2 Slave 12 port B: 0
Slave 2 port A: 3 Slave 2 port B: 0
Slave 21 port A: 3 Slave 21 port B: 0
Example 3:Master-slave configuration 2x6, with diversity
Master port A: 1 Master port B: 1
Slave 1 port A: 2 Slave 1 port B: 2
Slave 11 port A: 2 Slave 11 port B: 2
Slave 12 port A: 2 Slave 12 port B: 2
Slave 2 port A: 1 Slave 2 port B: 1
Slave 21 port A: 1 Slave 21 port B: 1
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Appendix D : Antenna Port and External Alarm Mapping Rules
Rules for alarm mapping
The mapping for alarms 9-56 are take into consideration only if the slave unitsare installed. Otherwise they are considered disabled and are not reported.
All the alarms that are not used are set to 255 . This means that they aredisabled.
Select each external alarm 1- 56 (See Figure 28 ) and modify the logicalnumber as required.
If you select [ Default Setting ] in the Remote Inventory window ofUT_BCB_17, the good values will be directly mapped for the alarms, detailed inthe following tables.
Note: If the Fan Option was chosen, typical mapping of the fan alarms is:
Ext. alarm(physical)
Number (logical) to bemapped for dedicatedexternal alarm reporting
Refers to...
08 234 Fan Alarm Master
16 235 Fan Alarm Slave 1
24 236 Fan Alarm Slave 2
32 237 Fan Alarm Slave 11
40 238 Fan Alarm Slave 12
48 239 Fan Alarm Slave 21
56 240 Fan Alarm Slave 22
Note: If the SSC Option was chosen, typical mapping of the SSC alarms is:
Ext. alarm(physical)
Number (logical) to bemapped
Refers to...
01 11 SSC - Battery deep discharge
02 02 SSC - Mains power failure
03 03 SSC - Open door alarm
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Appendix D : Antenna Port and External Alarm Mapping Rules
Note: If the VSWR Option was chosen, typical mapping of the fan alarms is:
Ext. alarm(physical)
Number (logical) to bemapped
Refers to...
06 241 VSWR1 Alarm Master (ANT A)07 242 VSWR2 Alarm Master (ANT B)09 243 VSWR1 Alarm Slave 1 (ANT A)10 244 VSWR2 Alarm Slave 1 (ANT B)17 245 VSWR1 Alarm Slave 2 (ANT A)18 246 VSWR2 Alarm Slave 2 (ANT B)25 247 VSWR1 Alarm Slave 11 (ANT A)26 248 VSWR2 Alarm Slave 11 (ANT B)33 249 VSWR1 Alarm Slave 12 (ANT A)34 250 VSWR2 Alarm Slave 12 (ANT B)41 251 VSWR1 Alarm Slave 21 (ANT A)42 252 VSWR2 Alarm Slave 21 (ANT B)49 253 VSWR1 Alarm Slave 22 (ANT A)50 254 VSWR2 Alarm Slave 22 (ANT B)
Note: Other alarms to be mapped:
Ext. alarm (physical) Ext. alarm (logical) Refers to...04 04 Door Alarm Master
05 05 PMS Alarm Master
12 12 Door Alarm Slave 1
13 13 PMS Alarm Slave 1
20 20 Door Alarm Slave 2
21 21 PMS Alarm Slave 2
28 28 Door Alarm Slave 11
29 29 PMS Alarm Slave 11
36 36 Door Alarm Slave 12
37 37 PMS Alarm Slave 12
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Appendix D : Antenna Port and External Alarm Mapping Rules
Ext. alarm (physical) Ext. alarm (logical) Refers to...44 44 Door Alarm Slave 21
45 45 PMS Alarm Slave 21
52 52 Door Alarm Slave 22
53 53 PMS Alarm Slave 22
11, 14, 15, 19, 22, 23, 27,30, 31, 35, 38, 39, 43, 46,47, 51, 52, 55
255 Disabled
Depending on the options installed, the alarm mapping can be changedaccording to the site situation.
Figure 33: Application part Window
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