Nokia Solutions and Networks PCS002 Users Manual

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Installation

Base Transceiver Station Equipment IMN:BTSE BS11 DRAFT

A30808-X3247-B359-2-7631

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CAUTION

Note: This equipment has been tested and found to comply with the

limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

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Siemens AG 1998

Issued by the Public Communication Networks Group Hofmannstraße 51, D-81359 München

Technical modifications possible Technical specifications and features are binding only insofar as they are specifically and expressly agreed upon in a written contract.

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

Issues

Note on the change indication: The change indications f or a title marked as iss ue 1 r efer to the prev ious v er s ion.

The change indications f or a title with an issue greater than 1 refer to the preceding issue.

Change indications (Ind. ) : N = new G = modified; 0 = deleted;

Document Title Page(s) Issue/Ind.

IMN/ITMN:BTSE IS 1...87 2 N

This document cons is ts of a total of 87 pages.

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

Contents

1. General...........................................................................................9

1.1. Purpose of the Manual ....................................................................9

1.2. Overview Base T r ans c eiv er S tation .................................................9

1.2.1. Main Tasks .....................................................................................9

1.2.2. Standard Technical Features ........................................................10

2. BS-11i Installation.........................................................................11

2.1. Site Requirements.........................................................................11

2.2. Site Configuration..........................................................................12

2.3. Construction View of the BTSE .....................................................13

2.4. Equipment Delivery.......................................................................14

2.4.1. Preliminary Checks .......................................................................14

2.4.2. BTSE Unpacking...........................................................................14

2.4.3. Installation Kit Unpacking..............................................................15

2.4.4. Spare parts for field maintenance..................................................15

2.5. Wall Mounting of t he B TSE...........................................................16

2.5.1. Installation T ools...........................................................................16

2.5.2. Ancillary Material...........................................................................16

2.5.3. BTSE Installation Procedure .........................................................16

2.5.4. Antenna mounting.........................................................................19

2.5.5. Solar shield mounting....................................................................19

2.6. Pole Mounting of the B TSE...........................................................22

2.6.1. Installation T ools...........................................................................22

2.6.2. Ancillary Material...........................................................................22

2.6.3. BTSE Installation Procedure .........................................................22

2.6.4. Antenna mounting.........................................................................28

2.6.5. Solar shield mounting....................................................................28

2.7. External Cabling Act iv ities.............................................................28

2.7.1. Ground and Power Supply Connections........................................30

2.7.2. Abis Interf ac e - P CM 30 Link E quipm ent .......................................32

2.7.3. Connection to the J01 c onnec tor...................................................36

2.8. Post Inst allation Notes ..................................................................36

3. BS-11e Installation........................................................................39

3.1. Site Requirements.........................................................................39

3.2. Site Configuration..........................................................................40

3.3. Construction View of the BTSE .....................................................41

3.4. Equipment Delivery.......................................................................42

3.4.1. Preliminary Checks .......................................................................43

3.4.2. BTSE Unpacking...........................................................................43

3.4.3. Installation Kit Unpacking..............................................................43

3.4.4. Spare parts for field maintenance..................................................44

3.5. Wall Mounting of t he B TSE...........................................................44

3.5.1. Installation T ools...........................................................................44

3.5.2. Ancillary Material...........................................................................45

3.5.3. BTSE Installation Procedure .........................................................45

3.5.4. Dummy panel mounting ................................................................47

3.5.5. Solar shield mounting....................................................................47

3.6. Pole Mounting of the B TSE...........................................................49

3.6.1. Installation T ools...........................................................................49

3.6.2. Ancillary Material...........................................................................49

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

3.6.3. BTSE Installation Procedure .........................................................49

3.6.4. Solar shield mounting....................................................................55

3.7. External Cabling Act iv ities.............................................................55

3.7.1. Ground and Power Supply Connections........................................57

3.7.2. Abis Interf ac e - P CM 30 Link E quipm ent .......................................59

3.7.3. Connection to the J01 c onnec tor...................................................63

3.8. Antenna Connections....................................................................63

3.8.1. Antenna System Fulmination Protection........................................65

3.8.2. Antivandalism Protection...............................................................65

3.8.3. Cable Down-Leads........................................................................65

3.8.4. Interconnect ion P late ....................................................................65

3.9. Post Inst allation Notes ..................................................................67

4. Appendix.......................................................................................69

4.1. AC Main Connector.......................................................................69

4.1.1. Connector type..............................................................................69

4.1.2. General view.................................................................................69

4.1.3. Dimensions (mm)..........................................................................69

4.1.4. Technical charact er is tics...............................................................69

4.1.5. Materials.......................................................................................70

4.1.6. Pinning of Power Supply Soc k et....................................................70

4.1.7. Mounting of the cable- M ov able s oc k et...........................................70

4.2. PCM Connector ............................................................................71

4.2.1. Straight connector type .................................................................71

4.2.2. General view.................................................................................71

4.2.3. Dimensions (mm)..........................................................................72

4.2.4. General view.................................................................................72

4.2.5. Mounting of cable on connector.....................................................72

4.2.6. Connections..................................................................................73

4.3. RF Connector Ty pe N N15015 C4 GN-1 .......................................74

4.3.1. Connector type..............................................................................74

4.3.2. General view.................................................................................75

4.3.3. Dimensions (mm)..........................................................................75

4.3.4. Technical charact er is tics...............................................................75

4.3.5. Materials.......................................................................................76

4.4. RF Connector Ty pe N N15022 C4 G-1..........................................76

4.4.1. Connector type..............................................................................76

4.4.2. General view.................................................................................76

4.4.3. Dimensions (mm)..........................................................................76

4.4.4. Technical charact er is tics...............................................................77

4.4.5. Materials.......................................................................................77

4.5. RF Connector Ty pe N for ½” cable................................................77

4.5.1. Connector type..............................................................................77

4.5.2. General view.................................................................................78

4.5.3. Dimensions (mm)..........................................................................78

4.5.4. Technical charact er is tics...............................................................78

4.5.5. Materials.......................................................................................79

4.6. Alarm Connector...........................................................................79

4.6.1. Connector type..............................................................................79

4.6.2. General view.................................................................................79

4.6.3. Pinning of J01 connector...............................................................80

4.6.4. Mounting of the straight cable socket ............................................80

4.7. Coaxial Cables..............................................................................81

4.7.1. ½” cable (OTE c ode: 22580000175)..............................................81

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Installation Base Transceiver IMN:BTSE BS11 Station Equipm ent

4.7.2. Cable RT 5020..............................................................................81

4.8. Alarm Cable (OTE Code 22401200528)........................................82

4.9. Radio Frequency Cables Assembly...............................................83

4.9.1 ½” Cable Assembly to type “N” connectors (dimensions in mm)....83

4.9.2 RT 5020 Cable Assembly..............................................................84

4.10. LMT Cable for BTSE.....................................................................85

4.10.1. Composition of LMT Cable............................................................85

4.10.2. General view.................................................................................86

5. Abbreviations................................................................................87

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

Illustrations

Fig. 1.1. Fig. 2.1. Fig. 2.2. Fig. 2.3. Fig. 2.4. Fig. 2.6. Fig. 2.7. Fig. 2.8. Fig. 2.9. Fig. 2.10. Fig. 2.11. Fig. 2.12. Fig. 2.13. Fig. 2.14. Fig. 2.15. Fig. 2.16. Fig. 2.17. Fig. 2.18. Fig. 2.19. Fig. 2.20. Fig. 2.21. Fig. 2.22. Fig. 2.23. Fig. 3.1. Fig. 3.2. Fig. 3.3. Fig. 3.4. Fig. 3.5. Fig. 3.6. Fig. 3.7. Fig. 3.8. Fig. 3.9. Fig. 3.10. Fig. 3.11. Fig. 3.12. Fig. 3.13. Fig. 3.14. Fig. 3.15. Fig. 3.16. Fig. 3.17. Fig. 3.18. Fig. 3.19. Fig. 3.20. Fig. 3.21. Fig. 3.22. Fig. 3.23. Fig. 3.24.

BTSE in the SBS architecture.......................................................10

Site Configuration..........................................................................12

BTSE: Location of boards and modules (B iTRX)...........................13

Holes for wall mounting.................................................................17

BTSE: W all m ounting frame..........................................................18

Connector panel cover ..................................................................21

Antenna connections ( B iTRX internall antenna).............................21

BTSE: Pole m ounting frame without tilting mechanism..................24

Buckle slided on band ...................................................................25

Band around pole..........................................................................25

Apply tension ................................................................................26

Tightening.....................................................................................26

Rolling tool....................................................................................27

Cutting the band ............................................................................27

Removing tool...............................................................................27

Hammering buckle ears ................................................................28

Connection panel..........................................................................30

Ground and power supply connections (example) .........................32

STAR/MULT IDROP Configurat ion.................................................33

Multidrop configuration Functions of Y 01 ÷ Y04 connectors...........34

Star configuration Functions of Y 01 ÷ Y04 connectors ..................35

Connection Panel..........................................................................35

Y01 ÷ Y04, J01 and J 02 c onnec tors..............................................36

Site Configuration..........................................................................41

BTSE: Location of boards and modules (B iTRX)...........................42

Holes for wall mounting.................................................................46

BTSE: W all m ounting frame..........................................................47

Solar shield mounting....................................................................48

BTSE: Pole m ounting frame..........................................................51

Buckle slided on band ...................................................................52

Band around pole..........................................................................52

Apply tension ................................................................................53

Tightening.....................................................................................53

Rolling tool....................................................................................54

Cutting the band ............................................................................54

Removing tool...............................................................................54

Hammering buckle ears ................................................................55

Connection panel..........................................................................57

Ground and power supply connections (example) .........................59

STAR/MULT IDROP Configurat ion.................................................60

Multidrop configuration Functions of Y 01 ÷ Y04 connectors...........61

Star configuration Functions of Y 01 ÷ Y04 connectors ..................62

Connection Panel..........................................................................62

Y01 ÷ Y04, J01 and J 02 c onnec tors..............................................63

Antenna Cabling............................................................................64

Cable Pass Plate ..........................................................................66

Interconnect ion P late ....................................................................67

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

1. General

The CE declaration of c onformity for the product will be fulfilled if the setup and cabling is undertaken in accor danc e with the specification in the manual and the documentation list ed there, such as mounting instruct ions , cable lists etc . Where necessary, acc ount should be taken of projec t-specific doc um entation. Deviations from the specifications or independent changes during setup, such as use of cable types with lower screening values, for example, can lead to the CE requirements being violat ed. In such cases the CE declaration of c onformity is invalidated and the responsibility passes to t he per s on who has c aus ed the deviations.

1.1. Purpose of the Manual

This document is intended to give information necessary t o the installation of the BTSE for the SBS Base Station System (BSS).

It contains the descript ion of all steps to install the BT SE on site and the integration into t he r equir ed infrastruct ur e:

- Power supply.

- PCM30 - Network.

- Grounding.

- Receive / transmit antenna syst em.

- Alarm connections.

1.2. Overview Base Transceiver Station

1.2.1. Main Tasks

The BTSE performs the following main tasks in accordance with the GSMrequirement (D900):

- Provides the RF-link connection to the mobile st ations (MS).

- Supports various c ell types (omni cells).

- Provides the 2Mbit P CM 30 link c onnec tion to the Base Station Controller (BSC) via a terrestrial line (in this case symmetric pair or coax cable is used).

- Submultiplexing on the Abis - interface.

- Multidrop loop and star P CM 30 link c onnec tion.

The BTSE is pr es et to send the four alar m s ignals detected by it ac c or ding to the closed contact logic : alarm transmis s ion, open contact: no alarm.

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

BTSE

YØ2

YØ1

YØ4

YØ3

YØ2

YØ1

BSC

Fig. 1.1.

BTSE in the SBS architecture

The Micro-Base Transceiver St ations are a modular fam ily of BTS-products:

with internal antenna and 1 TRX: BS-11i/900.1 BS-11i/1800.1 with external antenna and 1 TRX: BS-11e/900.1 BS-11e/1800.1 with internal antenna and 2 TRX: BS-11i/900.2 BS-11i/1800.2 with external antenna and 2 TRX: BS-11e/900.2 BS-11e/1800.2

1.2.2. Standard Technical Features

Frequency Band (880-915 M hz , 925-960 MHz).

- BS11/1800 DCS 1800, F r equenc y B and: 1710-1785 MHz, 1805-1880 MHz .

- Hardware for 8/16 Kb/s sub-multiplexing on A bis interface.

Classes.

- BS11/1800 M1, M2, M3 and 3 Watt DCS P ower Clas s es .

- Two receiving chains f or div er s ity.

BS11/900 GSM 900 inc luding E x tended GSM

BS11/900 M1, M2, M3 and 2 Watt GSM Power

- Hardware for realizat ion of star and multidr op c onnec tion.

- Wall and pole mount kit.

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

2. BS-11i Installation (Internal antenna)

2.1. Site Requirements

The BS-11i (i is int ended for internal antenna), called BTSE, is suitable for indoor and outdoor operation. The BTSE is pr otected from dus t, rain and other ex ternal factors . The protect ion facilities are t he following:

- IP 54.

- Burglar proof cabinet .

- Lightning arrestors on power s upply and P CM 30 input.

- Connector protection cover supplied with wrenc hes and anti-intrusion microswitch.

Prior to the com m enc em ent of the installation, the sit e m us t have been prepared as follows:

- A wall of min. 1,50 kN/m² load-carrying capacit y is required for wall mounting or, for pole mount ing the pole dimensions must be s ufficient t o s uppor t the weight of the BT S E . For a maximum wind s peed of 160 km/h, the BTSE produces a 400 kg load.

- The installation area s hould be c lear of standing water, fallen leaves, mud and building debris.

- Necessary precaut ions s hould be taken against unauthoriz ed ac c es s dur ing the installation works.

- The lightning and grounding systems must be complet ed and t ested.

- All installation works of 230 V AC or 110 V AC power supply must be finished.

- The PCM30 cables must have been installed.

- The cables of the alar m s ignals m us t have been preset to be – if necessary – connected to the B TSE later on.

- All the cables must be br ought into the immediat e v ic inity of the BTSE, leaving 30 cm for the following operation of abutm ent of the cables to the BTSE connect or s .

Whenever the Client c ons ider s it necessary, for the purpose of pr otecting the cables from attacks of vandalism, it is advisable to pass the cables through steel or galvanized iron tubes rac eway s .

It is advisable t o m ak e the 220 Vac power supply cables pas s through a tube or raceway different from those us ed for the signal cables. Alternatively , it is possible to make all the c ables pas s through the same raceway , separating, however, the signal cables from the power supply c ables by m eans of an insulating partition plac ed ins ide the raceway.

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

As detailed in para. 2. 7.1., the BTSE can accept power s upply v oltage from 88 V AC to 265 V AC with f r equenc y from 45 Hz to 65 Hz.

Power consuption:

Mono TRX = 100 W + 120 W wit h heather sistem inser ted from –45 to –20

degrees external tem per ature.

Bi TRX = 200 W + 120 W with heat er system inserted from –45 to –20

degrees external tem per ature.

2.2. Site Configuration

The installation site configuration is s hown in Fig. 2.1. With regard to t he alar m signal cables laid inside the buildings, it is necessary t o ins er t some optoinsulat or devices on their line.

It is necessar y to insert overvoltage protections on the alarm signal cables line laid outside buildings. With regard to the PCM 30 c ables , if considered neces s ar y , a sectioning block can be inser ted with the term inations.

BTSE

Permutator with line terminators and disconnecting switches

on next

BTSE

Mains (230 Vac/5 0 Hz)

Main breaker

PCM 30 link

Permutator with line terminators and disconnecting switches (optional)

PCM 30 link

optoisolator

lightning protection

ground tag

optional

to the next BTSE

external alarms

signalling link ter minal

Fig. 2.1.

Site Configuration

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

2.3. Construction View of the BTSE

The BTSE is hous ed in the shelter with dimens ions 541 m m x 460 m m x 163 m m (HxWxD). The integrat ed climate control system guarantees proper outdoor operation (temp. r ange: -45° C ÷ + 45° C) .

The plug-in unit ACMDC (A C m ultiple DC converter) c onv er ts the primary input voltage into all needed DC voltages .

PSU

FILTERS

SECTION C-C

PSU

MBBCU1

SMU

MBBCU0

RF-TX1

RF-RX1 RF-TX0 RF-RX0

ANTENNA

SECTION A-A

FILTERS

PA1

LNA

PA0

ANTENNA

Fig. 2.2.

BTSE: Location of boards and modules (B iTRX)

SECTION B-B

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

2.4. Equipment Delivery

The rack is shipped in a car ton with the dimensions 60 x 50 x 20 c m ( Hx WxD). The crate can weight up to approx. 27 kg.

The packing consist s of two cartons hav ing identical dimensions (600x750x 350 m) containing, res pec tively:

- BTSE with suppor t for fast ening and antenna (weight 35 kg BiT RX ; 31 Kg MonoTRX);

- Movable parts for fastening to pole/wall and s olar s hield ( weight 12 kg).

Handle each carton containing ins tallation material wit h ex treme caution t o av oid tipping.

The crate has t he following information printed on them for identification of delivery:

- Trade mark.

- Customer order number .

- Serial number of rack or other supplied equipment.

- Destination.

- Gross and net weight .

- Overall dimensions (cm).

- Symbol or inprint t o identify the “T op” and the “Bottom ” .

2.4.1. Preliminary Checks

Check that the c ar tons are not damaged. In case of evident dam age due to transport, unpac k the equipment in presence of an ins ur anc e c om pany representative and pr om ptly claim any damage and infor m the shipper for specifying the damage.

Check whether the pack age is ac tually addressed to t he s ite and complete. Open it and take t he c ontents out carefully. After having rem ov ed all c ontents from the packing material, check for

deformation to the devices, of torn or unwelded wiring, of ox idiz ed c onnec tors, as well as deformed front sides of the units, loose screws, damage to paint work etc.

2.4.2. BTSE Unpacking

During the unpacking steps gr eat care must be t ak en to ensure that the BTSE is not scratched or damaged in any way. Proceed as follows:

- Cut the straps and r em ov e the container cover.

- Take out the BTSE from t he c ar dboar d box .

- Open the tubular PE s hr ink - wr ap pr otecting the BT S E and take it out.

- Remove the dehydrating m aterial bags fixed with the adhesive tape.

- Remove the protection to the head and to t he bas e of the BTSE .

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

- Lift the BT S E in v er tical position.

- Remove the profiles pr otecting the BT S E edges .

2.4.3. Installation Kit Unpacking

Proceed as follows:

- Open the PVC wrap protecting the carton and withdraw it.

- Remove the dehydrating m aterial bag from the box .

- Cut with a suitable knife the adhesive tape sealing the box.

- Take the installation kit.

- Open the PVC wrap protecting the device/board and withdraw it.

The packing material s hould be pr es er v ed for possible futur e r e- pac k ing. For this purpose, reverse the procedure described above, taking int o account the warnings specified for the packing.

Installation is facilitated by t he us e of the handle with which t he B TSE is equipped.

2.4.4. Spare parts for field maintenance

Suggested spare part s for field maintenance ar e:

Descriptio n Part Number

Sun Shield Reddish color 332-0443/02 Green solar shields 332-0443/03 Beige solar shields 332-0443/04 Neutral solar shields 332-0443/01 Internal Antenna system 131-9222/01 Wall/Pole mechanical fitting 131-9221/01 Line protection module 130-3679/01 Power supply protection module 130-3680/01 Bottom cover s for connectors 350-1339/01 Fuses 2622210252 Socket head Screw 15059000039 Look Key 10350000063

As facilities for field mainenance can be used BS 11 local maintenance t er m inall interface kit 131-9441/01

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

2.5. Wall Mounting of the BTSE

2.5.1. Installation Tools

The correct r ac k ins tallation is carried out with the aid of the following tools:

- Standard toolkit for BTSE installation.

- Spirit level.

- Plumb bob.

- Saw with shavings exhauster filter (for elevated floor only ) .

- Hammer drill.

- Drill widia

- Hammer.

- Screw driver for cross-slotted screw.

For installation of power distribution panels , cable ducts, antenna, cableways and other infrast r uc ture equipment, addit ional tools could be necessary .

2.5.2. Ancillary Material

The following ancilliary materials are needed:

- Plumb line.

- Colophony.

- Adhesive tape (yellow/ gr een) for labelling.

- Cable fasteners.

2.5.3. BTSE Installation Procedure

Necessary installation material (for fixing the wall mounting frame to the wall and for fixing the bas e plate to the wall) and washers for correct adjus tment come with the delivery.

Proceed in steps as follows:

- Make six holes in the wall cor r es ponding to the holes located on brac k et (Fig.

2.3.).

- Insert in the wall s ix wallplugs ( The wallplugs are not included in the installation kit bec aus e these wallplugs must be chos en in r elation to the wall. The wallplug must receive at least a diamet er 8 mm screw.

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

164mm

6 holes diam. 9mm

100mm100mm

Fig. 2.3.

Holes for wall mounting

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Base Transceiver Installat ion

Station Equipment IMN:BT S E B S 11

- With referenc e to Fig. 2.4. fasten bracket (1) to the wall using s ix diam eter 8 (2) screws and relat iv e was her s ( 3) .

- Connect the BTS E ( furnished joined with bracket (4)) to brac k et (1).

- Tighten the M5 hexagonal head cap screw (5) using the proper wrench supplied.

Fig. 2.4.

BTSE: W all m ounting frame

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

2.5.4. Antenna mounting

After remov ing the antenna from t he box , proceed as follows to install it (Fig. 2.5. ) :

- Position the Ant enna ( 1) panel on the front of the BTSE.

- Tighten the four screws (2).

- Open the lower cover ( 1, Fig. 2.6. ) of the BTSE to gain access to t he connector panel using the appr opr iate wrench supplied.

- Tighten the four m ale type N connectors ( whic h ar e c onnec ted to the antenna)

to the RF connectors placed in the BT S E as s hown in Fig. 2.7.

- Make sure that the BTSE is self-protect ed from adjacent st r uc tures with regard to the atm os pher ic dis c har ges in ac c or danc e with the standards in force in the Countr y wher e it is installed. I f the BTSE is not self-protec ted, a lightening rod must be installed.

2.5.5. Solar shield mounting

After remov ing the three elements that make up the s olar s hield from the box, proceed as follows (F ig. 2.5.):

- Position the upper panel (3) on the top of BTS E and fasten it wit h the four M4 Phillips head screws (4) tightening them with t he appropriate wrench.

- Position panels (5) and (6) c or r ec tly on the BTSE and fasten them with the relative fastening screws (7) using the appropriat e wrench supplied.

NOTE:

An extra screw is pr ov ided.

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

Fig. 2.5.

Solar shield mounting

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

Fig. 2.6.

Connector panel cover

TX0

TX1

RX1

RX0

RX1

RX0

TX1

TX0

Fig. 2.7.

Antenna connections ( B iTRX internall antenna)

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

2.6. Pole Mounting of the BTSE

2.6.1. Installation Tools

The correct r ac k ins tallation is carried out with the aid of the following tools:

- Standard toolkit for BTSE installation.

- Spirit level.

- Plumb bob.

- Saw with shavings exhauster filter (for elevated floor only ) .

- Hammer drill.

- Hammer.

- Screw driver for cross-slotted screw.

For installation of power distribution panels , cable ducts, antenna, cableways and other infrast r uc ture equipment, addit ional tools could be necessary .

2.6.2. Ancillary Material

The following ancillary materials are needed:

- Plumb line.

- Colophony.

- Adhesive tape (yellow/ gr een) for labeling.

- Cable fasteners.

2.6.3. BTSE Installation Procedure

Prior to the com m enc em ent of BTSE ins tallation, consult the site documentation to locate the installation point of t he B TSE, the P CM 30 network terminat ion, the connection point for A C m ains and the nearest ground tag. Necessary installation material such as wall plugs and screws (both for fixing the wall mounting frame to the wall and for fixing the base plate to the wall m ounting frame) and washer s for correct adjust m ent come with the deliver y .

The system selected for pole inst allat ion is the BAND IT System. Installation is possible on poles ranging from 50 m m to 300 mm.

The following Kits of BAND IT produc ts are available:

- BAND 19 x 0.76 mm type B x 206 q.t y 30 m eters

- BUCKLE 19 mm type B x 256 q.t y 100 units

- Special BAND IT type B x 201 q.t y 1

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Use the number of t apes ( 2 or 3) indic ated below in relation to the pole diam eter. Use the holes indicated f or fastening.

Pole diameter

70 mm 100 mm 130 mm 160 mm 200 mm 300 mm

Tape passage hole

n.1 n. 1 n. 2 n. 2 n. 2 n. 2

Number of tapes (N)

3 3 3 2 2 2

300mm

200mm

160mm

130mm

100mm

70mm

Proceed in steps as follows (Fig. 2. 8.):

- Position bracket ( 1) on the pole (2). For this purpose:

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

Fig. 2.8.

BTSE: Pole m ounting frame without tilting mechanism

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· Band m ay be us ed from bulk roll as this c om pletely eliminates wast e of band. Slide buckle on band as shown in F ig. 2.9. bringing end of band around object to be clamped and again through buckle.

Fig. 2.9.

· Cont inue band ar ound objec t once more and again through buck le ( Fig.

Fig. 2.10.

Buckle slided on band

2.10.) Double banding develops a great deal more radial compress ion than single banding. Bend end of band under buc k le.

Band around pole

· Plac e band in open s lot of tool nose and in slide (Fig. 2.11.). With thum b on band gripper lever, apply t ens ion by turning handle of tool. A fter tension is created, it is no longer necessar y to hold band gripper lever as it locks itself under tension.

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

Fig. 2.11.

· Plac e finger on Band-It B and at buckle bridge while tensioning wit h tool

Apply tension

handle, maximum press ur e is being ex er ted bu the Band-It B and ar ound object being clamped. Stop turning handle (Fig. 2.12.).

Fig. 2.12.

· Roll t ool ov er buc k le, backing off wit h tension handle throughtout entire

Tightening

rolling operation (Fig. 2.13.). Failur e to back off with tension handle throughout entire c our s e of roll may result in br eak ing of band. There is no loss of tension as band r eleas ed is us ed up in the bend.

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Installation Base Transceiver IMN:BTS E B S 11 Station Equipment

Fig. 2.13.

· Pull c utting handle to cut the band (Fig. 2.14.).

Rolling tool

Fig. 2.14.

· Remov e tool, holding stub of band down with thumb (Fig. 2.15.).

Fig. 2.15.

Cutting the band

Removing tool

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

· Clink s tub by hammering down buckle ears , completing Band-I t clamp (Fig. 2.16. ) .

Fig. 2.16.

- Connect the BTS E ( furnished joined to bracket (3)) to brac k et (1).

- Tighten the M5 hexagonal head cap screw (4) using the proper wrench supplied.

2.6.4. Antenna mounting

Refer to section 2.5. 4, where the procedure has already been described.

2.6.5. Solar shield mounting

Refer to section 2.5. 5, where the procedure has already been described.

2.7. External Cabling Activities

Hammering buckle ears

This chapter gives information required f or ins talling the external c ables between the BTSE and t he infrastruct ur e equipm ent.

The rack cannot function without the following cable connect ions :

- terminal block: connection point of 230 V A C or 110 V A C

- ground bolt: grounding system

- Abis interface: PCM30 links

- RX/TX antenna c onnec tors: tr ans m it/receive antennas ( jus t connected)

Refer to Fig. 2.17. for the loc ation of the connectors at the connec tion.

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The functions of the commands, indic ators, connectors and fuses of the connection panel are as follows :

Y01: Reception of the first P CM flux from BSC or from preceding BTS E Y02: Transmis s ion of the first PCM flux to B S C or from preceding BTS E Y03: Reception of the second PCM flux from BSC or fr om the

following/preceding BT S E

Y04: Transmis s ion of the second PCM flux to BSC or t o the following

BTSE J01: Test and alarm connec tor P1: Power supply c onnec tor F1-F2-F3- F4: 10A delayed fuses (F 2- F4 spare in MonoTRX) SL01: Led with green light (when tur ned on it signals the presence of the

ON/OFF: Power supply switch. It is provided with protection against

RX0: First RF r ec eption (diversity) RX1: Second RF reception ( div er s ity) TX0: RF transmission TRX0 TX1: RF transmission TRX1 Note that all the c ables ex ternal to the BT S E ( as well as the internal ones) mus t

be at zero self-ex tinguishing halogens.

230 V AC power supply voltage)

accidental shutdown.

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RX1 RX0 TX0

JØ1 YØ1 YØ2 YØ3 YØ4

F4 F3

ON/OFF

F2 F1

TX1*

SLØ1

*only in BiTRX

Fig. 2.17.

Connection panel

2.7.1. Ground and Power Supply Connections

The grounding and power supply connections must conf or m to the standards in force in the Countr y wher e the installation tak es plac e.

A main cable in flexible raceway - plug is r equir ed for connecting the B TSE to the connection point of the 230 V AC power supply.

The terminal block for the 230V AC mains input is located below the B TSE (Fig.

2.18.). The BTSE acc epts either of t he following nominal operating volt ages indifferently:

- 110 V +15% -25% - 50 Hz ± 10% - 60 Hz ±10% 220 W Max MonoT RX

320 W Max BiTRX

230 V +15% -25% - 50 Hz ± 10% - 60 Hz ±10%

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To connect the B TSE with the AC m ains c onnec tion point proceed with the following steps:

- Using the appropriate wrenc h, remove the box cov er ing the connectors,

located on the lower side of the BTSE. The connector cov er has alr eady been opened to carry out the antenna inst allat ion (section 2.5.4).

- Refer to the site documentation f or the required information about type and

location of the 230 V A C c onnec tion point.

- The dimensioning of the power s upply c able, of the grounding cable and of

the magneto-ther m al s witch must be carr ied out according to t he configuration of the BTSE inst allation site and with res pec t for the st andar ds in force in the Countr y in whic h the installation tak es plac e.

- Check the actual distance between the shelt er and the connection point.

- Cut the cable for the required length.

- Fix wire end sleeves at the end that is to be c onnec ted to the connector.

- Lead the prepared cable through the cable access at the bottom of the

shelter.

- Insert the pr epar ed ends into the connector. With regard to the connector

wiring, consult t he ins tructions cont ained in the appendix.

- Fix the cable at the cable access by cable s trap.

- Lead the main cable to the c onnec tion point for 230 V AC. Note that the type and location of t he m ains c onnec tion point are subject to

modification. They are dependent on site and c us tomer requirement s . A description of t he c onnec ting procedure does not f or m par t of this manual. For further infor m ation refer to t he s ite documentation and us e the corresponding manufacturer doc um ents.

The BTSE must be connected to the ground system. For this purpose, there is a 6 mm diameter threaded hole underneat h the BTSE. Connect the BTSE and ground system as follows:

- Use the nearest connection point of the ground system.

- Ascertain the distances between t he connect ion points of the ground system

and the ground bolts of the shelter.

- Cut the cable (insulated, 6 mm²) t o t he required length.

- Remove the cable covering at the end to connect to the ground hole (length

approx. 7 mm).

- Fasten a cable ter m inal to the ground cable and fasten it to the gr ound hole

with a hexagonal head cap screw and 2 washers.

- Connect the prepared cable end to the ground bolt.

- Tighten the nut firmly.

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Base Transceiver Installat ion

)

(op

)

Station Equipment IMN:BT S E B S 11

BTSE

1. AC Main connector Hirshman CA3LD P/N 2450000330

2. AC Main Cable 2x1,5 mm antifire P/N 2268124229

Magneto termal differential

Mains (230 Vac/50 Hz

Junction box with screw terminals

tionals

Fig. 2.18.

Ground and power supply connections (example)

2.7.2. Abis Interface - PCM 30 Link Equipment

The PCM30 links acces s the BTSE via t he A bis - interface, loc ated at the connection panel (see Fig. 2.17.).

Fig. 2.19. s hows two possible Abis configur ations to connect the BTSE to the BSC. These configurations are called Star (single) and Mult idr op ( s ev er al) .

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BSC BSC

BTSE1

BTSE2

BTSE3

STAR MULTIDROP

Fig. 2.19.

STAR/MULT IDROP Configurat ion

BTSE1

BTSE2

BTSE3

The functions of the Y01 ÷ Y04 connectors (r ec eption and transmission of the PCM fluxes) are illus trated in Fig. 2.20. ÷ Fig. 2.22.

Connection of the Abis - interface to t he P CM 30 link terminal on site is as follows:

- Refer to the site documentation for t he r equir ed information about t he loc ation of the PCM 30 link t er m inal, the type of s hielded c able and of connector, which have to be used.

- Deter m ine the real distance between r ac k and link terminal.

- Cut the PCM cables to t he r equir ed length.

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BTSE

YØ2

YØ1

YØ4

YØ3

YØ2

YØ1

Fig. 2.20.

Multidrop configuration Functions of Y 01 ÷ Y04 connectors

BSC

- With reference to Fig. 2.23., remove the four s c r ews ( 1) and r em ov e the cover (2) to gain acc es s to the Y01 ÷ Y04 connectors (Fig. 2.24.).

- Ins er t the four PCM c ables in the four holes of the cover removed earlier .

- Abut the PCM cables to t he r elative connectors ( the procedure is shown in the appendix).

- Remove the central plug of each c or e hitch.

- Pass eac h c able in the respective cor e hitch.

- Abut the movable connector to the cable.

- Ins er t the movable connect or s in the respective fixed connectors.

- The B TSE is supplied with t he output impedance preset to 75 Ω and with the PCM cable shield grounded. W henev er it is necessary t o us e the output impedance at 120 Ω or to disconnect the ground shield, consult the ITMN:BTSE BS11 manual.

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YØ2

YØ1

BSC

YØ4

YØ3

BTSE

Fig. 2.21.

RX1 RX0 TX0

Star configuration Functions of Y 01 ÷ Y04 connectors

TX1*

JØ1 YØ1 YØ2 YØ3 YØ4

F4 F3

F2 F1

*only in BiTRX

ON/OFF

Fig. 2.22.

SLØ1

Connection Panel

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JØ1 YØ1 YØ2 YØ3 YØ4

pin1

JØ2

2143658

2.7.3. Connection to the J01 connector

Fig. 2.23.

After having connec ted the PCM30 cables, before closing the connec tor panel, connect the cable t o the flying connector whic h will then be connected to J 01.

The operations are described in the appendix.

NOTE:

Y01 ÷ Y04, J01 and J 02 c onnec tors

The J02 connector s er v es for the connect ion with LMT.

2.8. Post Installation Notes

After all installation works are f inished and all cables clamped at the cable access, close the cable entry box (2, Fig. 2.23.).

Close the cover of the connector panel using t he pr oper wr enc h.

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Remove all packing material from site. Call the commissioning staff for s witch on, testing and network integration of the

Base Station.

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3. BS-11e Installation (External antenna)

3.1. Site Requirements

The BS-11e (e is int ended for external), c alled B TSE, is suitable for indoor- and outdoor operation. The BTSE is pr otected from dus t, rain and other ex ternal factors . The protect ion facilities are t he following:

- IP 54.

- Burglar proof cabinet .

- Lightning arrestors on power s upply and P CM 30 input.

- Connector protection cover supplied with wrenc hes and anti-intrusion microswitch.

Prior to the com m enc em ent of the installation, the sit e m us t have been prepared as follows:

- The site specif ic - bas e c ons truction must hav e been m ounted.

- A wall of min. 1,50 kN/m² load-carrying capacit y is required for wall mounting or, for pole mount ing, the pole dimensions must be sufficient to support t he weight of the BT S E . For a maximum wind s peed of 160 km/h, the BTSE produces a 400 kg load.

- The installation area s hould be c lear of standing water, fallen leaves, mud and building debris.

- Necessary precaut ions s hould be taken against unauthoriz ed ac c es s dur ing the installation works.

- The lightning and grounding systems must be complet ed and t ested.

- The antenna lead-in must hav e been c ar r ied out and the antenna must hav e been protected fr om lightening.

- All installation works of 230 V AC or 110 V AC power supply must be finished.

- The PCM30 cables must have been installed.

- The cables of the alar m s ignals m us t have been preset to be – if necessary – connected to the B TSE later on.

- If the BT S E is pole m ounted, install a swit c hing box to the base of t he pole and abut only the cable that goes to the J02 connec tor of the BTSE (connector for LM T) to the swit c hing box .

As detailed in para. 3. 7.1., the BTSE can accept power s upply v oltage from 83 V AC to 265 V AC with f r equenc y from 45 Hz to 65 Hz.

Power consuption: Mono TRX = 100 W + 120 W with heather s is tem inserted fr om –45 to –

20 degrees external tem per ature.

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Bi TRX = 200 W + 120 W with heat er system inserted from –45 to –

20 degrees external tem per ature.

- All the cables must be brought into the im m ediate vicinity of the BTSE, leav ing

30 cm for the f ollowing oper ation of abutment of the cables to the BTSE connectors.

3.2. Site Configuration

The installation site configuration is s hown in Fig. 3.1. With regard to t he alar m signal cables laid inside the buildings, it is necessary t o ins er t some optoinsulat or devices on their line.

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BTSE

Rx antenna

Tx/Rx antenna

Permutator with line terminators and

disconnecting switches lightning protection

on next BTSE

Mains (230 Vac/50 Hz)

Main breaker

PCM 30 link

optoisolator

lightning protection

ground tag

signalling link terminal

to the next BTSE

external alarms

Permutator with line terminators and disconnecting switches (optional)

Fig. 3.1.

Site Configuration

3.3. Construction View of the BTSE

The BTS equipment is hous ed in the shelter with dimens ions 541 m m x 460 m m x 163 mm (HxWxD) .

The integrated climate cont rol system guarantees proper outdoor operation (temp. range: - 45° C ÷ +45° C).

The plug-in unit ACMDC (A C m ultiple DC converter) c onv er ts the primary input voltage into all needed DC voltages .

optional

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PSU

MBBCU1

SMU

MBBCU0

PSU

DUMMY PANEL

DUPLEXER

RF-TX1 RF-RX1 RF-TX0

RF-RX0

SECTION C-C

SECTION A-A

(PA)1

PA0

DUMMY PANEL

Fig. 3.2.

BTSE: Location of boards and modules (B iTRX)

3.4. Equipment Delivery

The rack is shipped in a car ton with the dimensions 60 x 50 x 20 c m ( Hx WxD). The crate can weight up to approx. 27 kg.

The packing consist s of two cartons hav ing identical dimensions (600x750x 350 m) containing, res pec tively:

- BTSE with suppor t for fast ening and antenna (weight 35 kg BiT RX ; 31 Kg. MonoTRX);

DUPLEXER

LNA

SECTION B-B

- Movable parts for fastening to pole/wall and s olar s hield ( weight 12 kg).

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Handle each carton containing ins tallation material wit h ex treme caution t o av oid tipping.

The crate has t he following information printed on them for identification of delivery:

- Trade mark.

- Customer order number .

- Serial number of rack or other supplied equipment.

- Destination.

- Gross and net weight .

- Overall dimensions (cm).

- Symbol or imprint to identify the “ Top” and the “Bot tom”.

3.4.1. Preliminary Checks

Check whether the pack age is ac tually addressed to t he s ite and complete. Open it and take t he c ontents out carefully. After having rem ov ed all c ontents from the packing material, check for

deformation to the devices, of torn or unwelded wiring, of ox idiz ed c onnec tors, as well as deformed front sides of the units, loose screws, damage to paint work etc.

3.4.2. BTSE Unpacking

During the unpacking steps gr eat care must be t ak en to ensure that the BTSE is not scratched or damaged in any way. Proceed as follows:

- Cut the straps and r em ov e the container cover.

- Take out the BTSE from t he c ar dboar d box .

- Open the tubular PE s hr ink - wr ap pr otecting the BT S E and take it out.

- Remove the dehydrating m aterial bags fixed with the adhesive tape.

- Remove the protection to the head and to t he bas e of the BTSE .

- Lift the BT S E in v er tical position.

- Remove the profiles pr otecting the BT S E edges .

3.4.3. Installation Kit Unpacking

Proceed as follows:

- Open the PVC wrap protecting the carton and withdraw it.

- Remove the dehydrating m aterial bag from the box .

- Cut with a suitable knife the adhesive tape sealing the box.

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- Take the installation kit out.

- Open the PVC wrap protecting the device/board and withdraw it.

Installation is facilitated by t he us e of the handle with which t he B TSE is equipped.

3.4.4. Spare parts for field maintenance

Suggested spare part s for field maintenance ar e:

Descriptio n Part Number

Sun Shield Reddish color 332-0443/02 Green solar shields 332-0443/03 Beige solar shields 332-0443/04 Neutral solar shields 332-0443/01 Dummy antenna 332-0450/01 Wall/Pole mechanical fitting 131-9221/01 Line protection module 130-3679/01 Power supply protection module 130-3680/01 Bottom cover s for connectors 350-1339/01 Fuses 2622210252 Socket head Screw 15059000039 Look Key 10350000063

As facilities for field maintenance c an be us ed BS 11 local maintenance t er m inal interface kit 131-9441/01

3.5. Wall Mounting of the BTSE

3.5.1. Installation Tools

The correct r ac k ins tallation is carried out with the aid of the following tools:

- Standard toolkit for BTSE installation.

- Spirit level.

- Plumb bob.

- Saw with shavings exhausted filter (f or elev ated floor only).

- Hammer drill.

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- Drill widia

- Hammer.

- Screw driver for cross-slotted screw.

For installation of power distribution panels , cable ducts, antenna, cableways and other infrast r uc ture equipment, addit ional tools could be necessary .

3.5.2. Ancillary Material

The following ancillary materials are needed:

- Plumb line.

- Colophony.

- Adhesive tape (yellow/ gr een) for labelling.

- Cable fasteners.

3.5.3. BTSE Installation Procedure

Necessary installation material (for fixing the wall mounting frame to the wall and for fixing the bas e plate to the wall) come with the delivery.

Proceed in steps as follows:

- Make six holes in the wall cor r es ponding to the holes located on brac k et (Fig.

3.3.).

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164mm

6 holes diam. 9mm

100mm100mm

Fig. 3.3.

- With referenc e to Fig. 3.4. fasten bracket (1) to the wall using s ix diam eter 8 (2) screws and relat iv e was her s ( 3) .

- Connect the BTS E joined with bracket (4) to bracket (1) .

- Tighten the M5 hexagonal head cap screw (5) using the proper wrench supplied.

Holes for wall mounting

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IMN:BTS E B S 11 Station Equipment

Fig. 3.4.

BTSE: W all m ounting frame

3.5.4. Dummy panel mounting

After remov ing the antenna from t he box , proceed as follows to install it (F ig. 3.5):

- Position the dummy panel (1) on the front of the BTSE.

- Tighten the four screws (2).

3.5.5. Solar shield mounting

After remov ing the three elements that make up the s olar s hield from the box, proceed as follows (F ig. 3.5.):

- Position the upper panel (3) on the top of BTS E and fasten it wit h the four M4 Phillips head screws (4) tightening them with t he appropriate wrench.

- Position panels (5) and (6) c or r ec tly on the BTSE and fasten them with the relative fastening screws (7) using the appropriat e wrench supplied.

NOTE:

A30808-X3247-B359-2-7631 47

An extra screw is pr ov ided.

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

Fig. 3.5.

48 A30808-X3247-B359-2-7631

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3.6. Pole Mounting of the BTSE

3.6.1. Installation Tools

The correct r ac k ins tallation is carried out with the aid of the following tools:

- Standard toolkit for BTSE installation.

- Spirit level.

- Plumb bob.

- Saw with shavings exhauster filter (for elevated floor only ) .

- Hammer drill.

- Hammer.

- Screw driver for cross-slotted screw.

For installation of power distribution panels , cable ducts, antenna, cableways and other infrast r uc ture equipment, addit ional tools could be necessary .

3.6.2. Ancillary Material

The following ancillary materials are needed:

- Plumb line.

- Colophony.

- Adhesive tape (yellow/ gr een) for labelling.

- Cable fasteners.

3.6.3. BTSE Installation Procedure

The system selected for pole inst allat ion is the BAND IT System. Installation is possible on poles ranging from 50 m m to 300 mm.

The following Kits of BAND IT produc ts are available:

- BAND 19 x 0.76 mm type B x 206 q.t y 30 m eters

- BUCKLE 19 mm type B x 256 q.t y 100 units

- Special BAND IT type B x 201 q.t y 1

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Use the number of t apes ( 2 or 3) indic ated below in relation to the pole diam eter. Use the holes indicated f or fastening.

Pole diameter Tape passage hole Number of tapes (N)

70 mm n.1 3 100 mm n. 1 3 130 mm n. 2 3 160 mm n. 2 2 200 mm n. 2 2 300 mm n. 2 2

200mm

160mm

130mm

100mm

70mm

Proceed in steps as follows (Fig. 3. 6.):

- Position bracket ( 1) on the pole (2). For this purpose:

300mm

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Fig. 3.6.

BTSE: Pole m ounting frame

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· Band m ay be us ed from bulk roll as this c om pletely eliminates wast e of band. Slide buckle on band as shown in F ig. 3.7. bringing end of band around object to be clamped and again through buckle.

Fig. 3.7.

· Cont inue band ar ound objec t once more and again through buck le ( Fig.

Fig. 3.8.

Buckle slided on band

3.8.) Double banding develops a great deal more radial compress ion than single banding. Bend end of band under buck le.

Band around pole

· Plac e band in open s lot of tool nose and in slide (Fig. 3.9.). With thum b on band gripper lever, apply t ens ion by turning handle of tool. A fter tension is created, it is no longer necessar y to hold band gripper lever as it locks itself under tension.

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Fig. 3.9.

· Plac e finger on Band-It B and at buckle bridge while tensioning wit h tool

Fig. 3.10.

Apply tension

handle, maximum press ur e is being ex er ted bu the Band-It B and ar ound object being clamped. Stop turning handle (Fig. 3.10.).

Tightening

· Roll t ool ov er buc k le, backing off wit h tension handle throughout ent ir e rolling operation (Fig. 3.11.). Failur e to back off with tension handle throughout entire c our s e of roll may result in br eak ing of band. There is no loss of tension as band r eleas ed is us ed up in the bend.

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Base Transceiver Installat ion Station Equipment IMN:BT S E B S 11

Fig. 3.11.

· Pull c utting handle to cut the band (Fig. 3.12.).

Fig. 3.12.

· Remov e tool, holding stub of band down with thumb (Fig. 3.13.).

Rolling tool

Cutting the band

Fig. 3.13.

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· Clink s tub by hammering down buckle ears , completing Band-I t clamp (Fig. 3.14. ) .

Fig. 3.14.

- Connect the BTS E joined to bracket (3) to bracket (1) .

- Tighten the M5 hexagonal head cap screw (4) using the proper wrench supplied.

Hammering buckle ears

3.6.4. Solar shield mounting

Refer to section 3.5. 5, where the procedure has already been described.

3.7. External Cabling Activities

This chapter gives information required f or ins talling the external c ables between the BTSE and t he infrastruct ur e equipm ent.

The rack cannot function without the following cable connect ions :

- terminal block: connection point of 230 V A C or 110 V A C

- ground bolt: grounding system

- Abis interface: PCM30 links

- RX/TX antenna c onnec tors: tr ans m it/receive antennas ( jus t connected)

Refer to Fig. 3.15. for the loc ation of the connectors at the connec tion panel and remember that TX2 is not used.

The functions of the commands, indic ators, connectors and fuses of the connection panel are as follows :

Y01: Reception of the first P CM flux from BSC or from preceding BTS E Y02: Transmis s ion of the first PCM flux to B S C or from preceding BTS E

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Y03: Reception of the second PCM flux from BSC or fr om the

following/preceding BT S E

Y04: Transmis s ion of the second PCM flux to BSC or t o the following

BTSE J01: Test and alarm connec tor P1: Power supply c onnec tor F1-F2-F3- F4: 10A delayed fuses (F 2- F4 spare in MonoTRX) SL01: Led with green light (when tur ned on it signals the presence of the

230 V AC power supply voltage) ON/OFF: Power supply switch. It is provided with protection against

accidental shutdown. RX0/TX0: First RF reception (divers ity) and RF trans m is s ion RX1/TX1*: Second RF reception (divers ity) and *RF trans m is s ion if BiTRX TX0: RF transmission Note that all the c ables ex ternal to the BT S E ( as well as the internal ones) mus t

be at zero self-ex tinguishing halogens.

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RX2

JØ1 YØ1 YØ2 YØ3 YØ4

F4 F3

F2 F1

ON/OFF

TX1/RX1

TX0/RX0

SLØ1

a = Diversity for MonoTRX b = BiTRX

Fig. 3.15.

3.7.1. Ground and Power Supply Connections

The grounding and power supply connections mus t conform to the standards in force in the Country where the installation takes plac e.

A main cable in flexible raceway-plug is r equir ed for c onnec ting the B TS E to the connection point of the 230 V AC power s upply .

The terminal block for the 230V AC mains input is located below the BTSE (Fig.

3.16.). The BTSE accepts either of the following nom inal oper ating v oltages indiffer ently :

- 110 V +15% -25% - 50 Hz ±10% - 60 Hz ±10% 220 W M ax M onoTRX

- 230 V +15% -25% - 50 Hz ±10% - 60 Hz ±10% 320 W M ax B iTRX To connect the BTSE with the AC m ains c onnec tion point proceed with the

following steps:

- Using the appropriate wrench, rem ov e the box c ov er ing the c onnec tor s ,

located on the lower side of the BTSE.

Connection panel

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- Refer to the site documentation f or the required information about type and

location of the 230 V A C c onnec tion point.

- The dimensioning of the power s upply c able, of the grounding cable and of

- Check the actual distance between the shelt er and the connection point.

- Cut the cable for the required length.

- Fix wire end sleeves at the end that is to be c onnec ted to the connector.

- Lead the prepared cable through the cable access at the bottom of the

shelter.

- Insert the pr epar ed ends into the connector. With regard to the connector

wiring, consult t he ins tructions cont ained in the appendix.

- Fix the cable at the cable access by cable s trap.

- Lead the main cable to the c onnec tion point for 230 V AC. Note that the type and location of t he m ains c onnec tion point are subject to

The BTSE must be connected to the ground system. For this purpose, there is a 6 mm diameter threaded hole underneat h the BTSE. Connect the BTSE and ground system as follows:

- Use the nearest connection point of the ground system.

- Ascertain the distances between t he connect ion points of the ground system

and the ground bolts of the shelter.

- Cut the cable (insulated, 6 mm²) t o t he required length.

- Remove the cable covering at the end to connect to the ground hole (length

approx. 7 mm).

- Fasten a cable ter m inal to the ground cable and fasten it to the gr ound hole

with a hexagonal head cap screw and 2 washers.

- Connect the prepared cable end to the ground bolt.

- Tighten the nut firmly.

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)

(op

)

IMN:BTS E B S 11 Station Equipment

BTSE

1. AC Main connector Hirshman CA3LD P/N 2450000330

2. AC Main Cable 2x1,5 mm antifire P/N 2268124229

Magneto te r m a l differential

Mains (230 Vac/50 Hz

Fig. 3.16.

Ground and power supply connections (example)

Junction box with screw terminals

tionals

3.7.2. Abis Interface - PCM 30 Link Equipment

The PCM30 links acces s the BTSE via t he A bis - interface, loc ated at the connection panel (see Fig. 3.15.).

Fig. 3.17. s hows three possible Abis conf igur ations to connect the BTSE to the BSC. These configurations are called Star (single), Loop ( s ev er al in c ir c le) and Multidrop (several) .

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BSC BSC

BTSE1

BTSE2

BTSE3

STAR MULTIDROP

Fig. 3.17.

STAR/MULT IDROP Configurat ion

BTSE1

BTSE2

BTSE3

The functions of the Y01 ÷ Y04 connectors (r ec eption and transmission of the PCM fluxes) are illus trated in Fig. 3.18. ÷ Fig. 3.20.

Connection of the Abis - interface to t he P CM 30 link terminal on site is as follows:

- Refer to the site documentation for t he r equir ed information about t he loc ation of the PCM 30 link t er m inal, the type of s hielded c able and of connector, which have to be used.

- Deter m ine the real distance between r ac k and link terminal.

- Cut the PCM cables to t he r equir ed length.

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BTSE

YØ2

YØ1

YØ4

YØ3

BSC

Fig. 3.18.

- With reference to Fig. 3.21., remove the four s c r ews ( 1) and r em ov e the cover (2) to gain acc es s to the Y01 ÷ Y04 connectors (Fig. 3.22.).

- Ins er t the four PCM c ables in the four holes of the cover removed earlier .

- Abut the PCM cables to t he r elative connectors ( the procedure is shown in the appendix).

- Pass eac h c able in the respective cor e hitch.

- Abut the movable connector to the cable.

- Ins er t the movable connect or s in the respective fixed connectors.

Multidrop configuration Functions of Y 01 ÷ Y04 connectors

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YØ2

YØ1

YØ4

YØ3

BTSE

Fig. 3.19.

RX1 TX0/RX0

Star configuration Functions of Y 01 ÷ Y04 connectors

BSC

JØ1 YØ1 YØ2 YØ3 YØ4

F4 F3

F2 F1

SLØ1

ON/OFF

Fig. 3.20.

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pin1

JØ1 Y Ø1 YØ2 YØ3 YØ4

pin1

2143658

NOTE:

Fig. 3.21.

The pin aut of J01 and J02 is in par . 4.6.3

Y01 ÷ Y04, J01 and J 02 c onnec tors

3.7.3. Connection to the J01 connector

After having connec ted the PCM30 cables, before closing the connec tor panel, connect the cable t o the flying connector whic h will then be connected to J 01.

The operations are described in the appendix.

NOTE:

The J02 connector s er v es for the connect ion with LMT.

JØ2

3.8. Antenna Connections

The BTSE has to be connected to t he transmit and rec eiv e antennas according to Fig. 3.23. The antenna configurat ion and the required cabling are dependent on

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the site. T he c able pas s plate (ref. 11) is s hows in fig. 3.24. For detailed inform ation refer to t he s ite- specific doc um entation or use the corresponding custom er doc um ents. This sec tion gives information about the antenna connections and t he c onnec ting procedure of the B TSE.

4-5

1 Coaxial connector mole type N N15015CA N-P/N 24504000018 2 Coaxial cable RT 5020 3 Coaxial connector female type N N15022C4 G-P/N 24504000025 4 Self-agglomerative Rubber tae P/N 20750000206 5 Isolation tape PVC P/N 2075000031 6 Coaxial connector Male type N fo 1/2 cable P/N 24504003077 7 Coaxial cable 1/2 P/N 22580000175 8 Grounding kit for 1/2 cable P/N 2259000086 9 Spade Pug for 6 mm c able P/N 2600440080 10 Ground cabl e 6 mm P/N 2227 1215152 11 Cable pass Plate with ground kit P/N 94287275 12 RF Overvoltage Protection Suhner 3400.17.0038 P/N 6047000010 13 Tolson neck P/N 20710000538

11-9

8-9

4-5

8-9

NOTE:

1) The maximum atenuation of 1 GHz for c onnec tion between the BTSE and the aerial antenna system (all included) must be 1.25 dB.

2) The return loss of the aerial antenna system must be at a maximum of 15 dB (VSWR < 1,43)

Fig. 3.22.

Antenna Cabling

The antenna cables acces s the BTSE via t he c able ac c es s at the bottom of the BTSE. For connecting of the BTSE short antenna jumper cables m us t be prepared on site.

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Make sure that the BTSE is self-protect ed from adjacent st r uc tures with regard t o the atmospheric dis c har ges in ac c or danc e with the standards in force in the Country where it is ins talled. If t he B TSE is not self-protected, a lightening rod must be installed.

Connect the jumper cables as follows:

- Cut the coaxial cable t o the required length (distance between t he B TSE antenna connect or s and the ends of the antenna feeder cables).

- Fix a N-type angle connec tor (male) at t he end to be connected with the antenna connectors.

- Fix a N male connector at the end to be connect ed with the antenna feeder cable.

- Lead the jumper cable via the c able ac c es s to the antenna connect or Pay attention to the minimum bending radius of the cable.

- After fix ing of the jumper cable at the antenna connector , use a cable strap for cable fixing at the cable acc es s .

- The TX / RX antenna must be connect ed to TX 1 connect or and RX antenna to RX 2 connector.

- We recommend placing t he lightening discharge and the passage between the antenna cable and the ant enna down lead on the interconnection plate.

3.8.1. Antenna System Fulmination Protection

After having installed the antenna as indicat ed ear lier , it is necessar y to verify if the struct ur e is s elf-protected. Refer to Eur opean s tandards in effect in the Country where the installation is carried out r egar ding fulmination protec tion. If not, the antenna must be grounded by a system carried out according to the standards in forc e. Use l/4 shorting s tub by SYHNER or M/A-COM.

3.8.2. Antivandalism Protection

It is necessary to protect the cables with stainless steel or zinc-coated t ubes or with steel tubes c ov er ed with a steel and transpar ent PVC braid.

3.8.3. Cable Down-Leads

Always keep the feeder s s epar ate from the signal c ables by m eans of separate raceways.

Furthermore, ground the braid of t he antenna cable at the beginning and at the end of the lead-in.

Use 1/2”, 7/8” or Heliax type cables for t he antenna lead-in, depending on the distance between the antenna and the BTSE.

3.8.4. Interconnection Plate

Position the inter c onnec tion plate (not supplied) as c los e as pos s ible to the BTSE (Fig. 3.25.) and t hen carry out the connections between the antenna cables and

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the interconnect ion plate and between the interc onnec tion plate and the BT S E . Then ground the plate.

The interconnect ion plate is not supplied.

n. 1 NUT

n. 4 WASHERS

code 06381001007

n. 2 WASHERS

code 06381001014

n. 2 LUGS

code 2600444262

code 06241012545

ADAPTER NUT

n. 4 INSERTS

code 06990000028

n. 1 SREW 6x16

code 06121010667

Fig. 3.23.

n.2 ADAPTER

code 24504003046

Cable Pass Plate

PLATE

code 892084265

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BTSE

Inteconnection plate

Antenna cable

RT 5020

Fig. 3.24.

Interconnect ion P late

3.9. Post Installation Notes

After all installation works are f inished and all cables clamped at the cable access, close the cable entry box (2, Fig. 3.21.). Close the connector panel c ov er us ing the proper wrench. Remove all packing material from site. Call the commissioning staff for s witch on, testing and network integration of the Base Station.

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4. Appendix

4.1. AC Main Connector

4.1.1. Connector type

Type: Hirshmann CA 3 LD 09 ZS OTE code: 24550000347

4.1.2. General view

4.1.3. Dimensions (mm)

65 10

Ø 28

4.1.4. Technical characteristics

- Insulation group DIN V DE 0110 C

- Continuous load current 16 A AC/10 A DC

- Contact resistance 3 mΩ

- Pin diameter 2 mm

- Type of connection screw

- Cable gland Pg 9, Pg 13,5

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- Outer lead diameter 6....12 mm

- Max lead cross-section 1,5 mm²/AWG 16

- Flammability UL standard 94 V - 0

- Protection clas s DIN 40 050 I P 65

- Ambient temperature range 40°C ÷ 90°C

4.1.5. Materials

- Contact mater ial/surface CuZn/silver plat e

- Contact beard PA 66-GF 25

- Casing PA 66-GF 25

- Sealing ring NBR

4.1.6. Pinning of Power Supply Socket

1 Phase 2 GND 3 Phase 4 Shield

4.1.7. Mounting of the cable-Movable socket

- Insert the c able fastener, t he ex tension, the ring nut and the other connector components on the cable ( s ec tion 4.1.1).

- Cut the external c able s heath for a length of appr ox . 10 cm.

- Remove the conductor c ov er ing

- Carry out the connections indicated in sect ion 4. 1.2.

- Tighten the connector components.

- Connect the flying c onnec tor to the P1 connec tor

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4.2. PCM Connector

4.2.1. Straight connector type

For cables with 6 ÷ 6.4 mm diameter Type: Radiall R 605006 OTE code: 24508000430 For cables with 5 ÷ 5.5 mm diameter Type: Radiall R 605005

4.2.2. General view

Clamp nut Washer Gasket

Panel connector

Male/female centre contacts

Body

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4.2.3. Dimensions (mm)

Ø 14,3

4.2.4. General view

- Characteristic im pedanc e 50 Ohm

- Operating frequenc y r ange to 10000 Mhz

- Test voltage:

Between centre conductor and inner screen 1500 V.rms 3000 V.rms Between inner screen and outer screen 1000 V.rms 1000 V.rms

- Temperature range -55°C ÷+125°C

4.2.5. Mounting of cable on connector

Ø 12,7

Unmated Mated connector pair

- Strip the cable (dimensions in mm).

- Slide the clamp nut, the large diameter washer and gas k et onto the cable.

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4.2.6. Connections

75 W coax

Placed on connector body

- Connect only A1

- Connect the shield to the connector body.

120 W twisted pair with shield cable

- Slide smaller diameter was her until it bottoms agains t cable jacket.

- Fold back braid and trim to outside diameter of washer.

- Trimback dielect r ic as s hown.

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- Slide smaller diameter was her and the separator.

Solder

- Solder centre cont ac ts on to inner conduct or .

- Screw sub-assembly into the connector body ( r ec om m ended c oupling torque: 450 cm. N).

Placed on connector body

- Connect A1 and A2.

- Connect the shield to the connector body.

4.3. RF Connector Type N N15015 C4 GN-1

4.3.1. Connector type

Coaxial Connector Male for c able RT 5020 (RG 214) Type: N N15015C4 GN-1 OTE code: 24504000018

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4.3.2. General view

Rear Nut

Washer Gasket

4.3.3. Dimensions (mm)

43,9

Ø 19,1

Central column

Washer

Central contact

Connector body

Ø 20,6

4.3.4. Technical characteristics

- Characteristic im pedanc e 50 Ohm

- Frequency range DC÷11 GHz

- Insertion loss <0,15 dB at 10 GHz

- Working voltage 1000 Veff/50 Hz

- Insulation voltage 2500 Veff/50 Hz

- Insulation resistance >5000 MOhm

- Contact resistance 1 Mohm (central contact)

0,25 Mohm (exter nal c ontact)

- Temperature range -65°C÷+165°C

- Maximum power 1000 W ( DC÷100MHz)

300 W (101 MHz÷ 1000 MHz) 150 W (1001 MHz÷3000 MHz)

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4.3.5. Materials

- Contacts and inter faces Beryllium bronze

- Other metallic par ts Brass (nickel or s ilv er treated)

- Sealing rings Silicon rubber

- Insulating parts PTFE

- Central contact s Gold plated

4.4. RF Connector Type N N15022 C4 G-1

4.4.1. Connector type

Coaxial Connector Female for cable RT 5020 Type: N N15022 C4 G-1 OTE code: 24504000025

4.4.2. General view

Rear Nut

Washer Gasket

4.4.3. Dimensions (mm)

39,7

Central column

Washer

Central contact

Connector body

Ø 19,1

Ø 15,9

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4.4.4. Technical characteristics

- Characteristic im pedanc e 50 Ohm

- Frequency range DC÷11 GHz

- Insertion loss <0,15 dB at 10 GHz

- Working voltage 1000 Veff/50 Hz

- Insulation voltage 2500 Veff/50 Hz

- Insulation resistance >5000 MOhm

- Contact resistance 1 Mohm (central contact)

0,25 Mohm (exter nal c ontact)

- Temperature range -65°C÷+165°C

- Maximum power 1000 W ( DC÷100MHz)

300 W (101 MHz÷ 1000 MHz) 150 W (1001 MHz÷3000 MHz)

4.4.5. Materials

- Contacts and inter faces Beryllium bronze

- Other metallic par ts Brass (nickel or s ilv er treated)

- Sealing rings Silicon rubber

- Insulating parts PTFE

- Central contact s Gold plated

4.5. RF Connector Type N for ½” cable

4.5.1. Connector type

Coaxial Connector Male Type: N for ½ ” c able OTE code: 24504003077

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4.5.2. General view

Rear Nut

Washer Gasket

4.5.3. Dimensions (mm)

72,0

Ø 24,0

Central column

Washer

Central contact

Connector body

Ø 20,6

4.5.4. Technical characteristics

- Characteristic im pedanc e 50 Ohm

- Frequency range DC÷11 GHz

- Insertion loss <0,15 dB at 10 GHz

- Working voltage 1000 Veff/50 Hz

- Insulation voltage 2500 Veff/50 Hz

- Insulation resistance >5000 MOhm

- Contact resistance 1 Mohm (central contact)

0,25 Mohm (exter nal c ontact)

- Temperature range -65°C÷+165°C

- Maximum power 1000 W ( DC÷100MHz)

300 W (101 MHz÷ 1000 MHz) 150 W (1001 MHz÷3000 MHz)

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4.5.5. Materials

- Contacts and inter faces Beryllium bronze

- Other metallic par ts Brass (nickel or s ilv er treated)

- Sealing rings Silicon rubber

- Insulating parts PTFE

- Central contact s Gold plated

4.6. Alarm Connector

4.6.1. Connector type

Type: AMP MODU II 280365

4x2 in double file OTE code: 24301000266 You need also 8 contacts for each connector ( OTE code: 24320000010) .

4.6.2. General view

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4.6.3. Pinning of J01 and J02 connector

JØ1

pin1

JØ1

1 TFNØ

2 TFN1 3 Not connected 4 Allext 1 5 Allext 2 6 Allext 3 7 Allext 4 8 GND

4.6.4. Mounting of the straight cable socket

JØ2

1 Not connected

2 Not connected 3 Tx to PC 4 Rx from PC 5 Not connected 6 Not connected 7 Not connected 8 GND

JØ2

2143658

- Strip the cable conductors (for J 01 and J 02) appr ox . 3 mm.

- Crimp the contacts to the conductors ( 8 for eac h c able) .

- Insert the contact of the contactor until locked in place.

- Insert a thermo-tightening sheath between the c onnec tor and the c able.

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4.7. Coaxial Cables

4.7.1. ½” cable (OTE code: 22580000175)

Technical charact er is tics

- Impedance 50 Ohm

- Maximum work volt age 1590 V

- Attenuation at 0,5 GHz 5 dB / 100 mt

Dimensions

- Care conductor Ø 4,9 mm

- Dielectric Ø 11,6 mm

- Outer tubular c onduc tor Ø 13,7 mm

- Outer sheath Ø 16 mm

Materials

- Care conductor Copper

- Dielectric Foam PE

- Outer tubular c onduc tor Copper

- Outer sheath Polyethylene (black)

Outer sheath

4.7.2. Cable RT 5020

Technical charact er is tics

Outer contact

Care conductor

Dielectric

- Impedance 50 Ohm ± 2

- Attenuation at 900 M Hz 9 dB / 100 mt

Dimensions

- Care conductor Ø 26 m m

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- Dielectric Ø 7,1 mm

- Outer sheath Ø 10,3 mm

Materials

- Care conductor Copper

- Dielectric Cellular polyethylene (PES)

- Outer conduct or Copper (n° 2 shields)

- Outer sheath Polyethylene (PE)

Outer sheath

Scield 2

Scield 1

Care conductor

Dielectric

4.8. Alarm Cable (OTE Code 22401200528)

Ø A

1. Flexible wire 18x0,1 (normal section = 0, 14 mm² AWG26), material tinning

copper insulated PVC (gage of the insulated = 0,3), major diamet er wir e = 1,15 mm.

2. Couple wires to helix lacing, lead 30÷40 m m with distribution colour s of the

wire are listed us follows : Colours of the couple wires :

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Violet - orange

Grey - brown

Pink - black

White - red

3. Braited wire to cotton or rayon

4. Blanket insulation t o P V C ( c olour gr ey ) gage 0,7 mm.

Conductor number : 8 (4 couple) Diameter : 6 : 6,5 Voltage rating : 250 V c c Voltage test : 1000 Vrms Minimum bend radius : 2x major diameter

4.9. Radio Frequency Cables Assembly

4.9.1 ½” Cable Assembly to type “N” connectors (dimensions in mm)

22,5 7 11

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4.9.2 RT 5020 Cable Assembly

Instructions

1. Glide clamp nut and plain gasket over cable and trim outer sheath fr om c able

as shown.

7,0

clamp nut

plain gasket

2. Fold back braid and push fer r ule ov er dielec tric to trap br aid between outer

sheath and ferrule. Trim off sur plus br aid.

ferrule

3. Trim back dielect r ic and c hec k the length of the centre conductor.

0,5

5,5

cut outer sheat

4. Tin cent r e c onduc tor, thenslide rear ins ulator over dielectric to bull against

ferrule.

rear insulator

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5. Fit contact (male for plugs, female for jack) onto centre conductor. Hold cable

and contact tightly together and solder

male contact

6. Slide plain gasket and clamp nut up to ferrule trapping br aid. Fit fr ont insulator

over contact to bull against rear isolat or and pr es s s ub- as s em bly into body as for as possible.

7. Engage and tighten clamp nut .

NOTE: a plug body is shown, but these instruc tions are relevant t o both plugs

and jack. The charac teristics of the contacts and ins ulator may vary from the drawings s hown.

4.10. LMT Cable for BTSE

front insulator

bod

4.10.1. Composition of LMT Cable

contacts (quantity 1,code MSPA 67263-10/044)

MSPA 67263-10/101)

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Connector AMP MODU II type f emale f or crimp

Female crimp contacts AMP (quantit y 3, code

Page 87

Base Transceiver Installation Station Equipment IMN:BTSE BS 11

(quantity 1,code MSPA 67316-12/002)

MSPA 67316-12/053)

67316-60/019)

MSPA 55650-11/002)

4.10.2. General view

AMP MODU Connector

Rear view

Female connectors 9 wais without c onc tac ts

Female conctact AWG 24/28 ( quantity 3,c ode

Plastic cap for connector (quantity 1,code MSPA

4 Pairs not shielded cable (quantity 2.5m ,c ode

Pin 3 UART_TX 2 Pin 4 UART_RX 2 Pin 8 GND

Not schielding cable

Connector

Front view

344

7889

122

Pin 2 UART_TX 2 Pin 3 UART_RX 2 Pin 5 GND

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Installation IMN/ITMN:Micro-BTS-IS BR3.1 Installation/ Installation and Tes t Manual Abbreviations

5. Abbreviations

BS-11e/900.1 BTSE with ex ternal antenna and single TRX BS-11i/900.1 BTSE with integrated antenna and single T RX BSC Bas e S tation Controller BSS Base Station System D900 Siemens BSS 900 MHz GSM Global System f or Mobile communicat ions IMN Installation Manual IMN Installation Manual LMT Local Maintenance Terminal LNA Low Noise Amplifier MBBCU MultiBand Base Central Unit BTSE Base Transceiver Station Equipment MS Mobile Station OMC Operation and Maintenance Cent er PA Power Amplifier PCM Pulse Code Modulation PSU Power S upply Unit RX Receiver SVR System Version Release SW Software TCH T r affic Channel TRAU Transcading and Rate Adaptat ion Unit TX Transmitter UMN User’s M anual

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