Alcatel Site Engineering

SPP-59, EVOLIUMTM A9130 BSC/MFS Evolution

File Reference Edition Status Date Page Alcatel A70476A1.doc V61 8BL 00704 0076 DRZZA 01 Re leased 06/12/04 1/34

All rights reserved. Passing on and copying of this document, use and communication of its contents no t permitted without written authorization from Alcat el

Alcatel BSS

Site Engineering Method

SPP- 59

Specification for

EVOLIUM™ A9130 BSC / MFS Evolution

Site Preparation




Contents

Contents

Preface ............................................ ......................................................3

1. Customer or Operator Services...................... ................................6

2. Alcatel Services ................................... ............................................8

3. General specifications of product .................. ..............................10

4. Site preparation and supply requirements for Custo mer or Operator........................................... ...................................................19

5. Installation and supply requirements for Alcatel ... .....................27

Appendix A: Installation help, rack layout and shel f positions. ....29

Appendix B: Installation help, site cabling cable t ray with A9130 BSC/MFS Evolution cabinet, power supply, DDF 120 ohms, EAB, LMT..................................... ............................................30

Appendix C: Installation help, Site cabling raised floor with A9130 BSC/MFS Evolution, power supply, DDF 75 ohms, EAB, LMT......................................................................................................32

Abbreviations ...................................... ...............................................34




Preface

Preface

Purpose • The document defines the conditions regarding site preparation, for installing

EVOLIUM™ A9130 BSC/MFS Evolution and activities to be handled by

Customers and Alcatel services.

General description of

product

• The EVOLIUM™ A9130 BSC/MFS Evolution is the new platform based on a

multi-shelf concept including in one rack:

- BSC applications,

- MFS applications,

- BSC/MFS applications in rack-sharing solution.

• The EVOLIUM™ A9130 BSC/MFS Evolution supports all standard bands:

GSM 850, E-GSM 900, GSM 1800 and GSM 1900, as well as several multi-

band combinations allowed by those standards.

• The EVOLIUM™ A9130 BSC/MFS Evolution has been designed in a

modular way, permitting flexible extensions. Investment can therefore be

optimised by purchasing and deploying the configuration, best suited to the

network topology.

• The processing capacity is distributed throughout the BSC and/or MFS

modules. In conjunction with the concept of distributed software it is possible

to provide high availability, sufficient resources and high-traffic applications.




Preface

History

Date Edition Comments

06/12/04 01 Released.

Audience

• Alcatel Staff (Intermediate level)

• Installers

• Customer and Alcatel services

Assumed knowledge

You must have a basic understanding of the following:

• BSS Alcatel operations

• Site Engineering methods




Preface

Document Structure

This section provides a summary of the contents of every chapter.

Chapter 1 : Customer or Operator Services

Chapter 2 : Alcatel Services

Chapter 3 : General specifications of product

Chapter 4 : Site preparation and supply requirements for Customer or

Operator

Chapter 5 : Installation and supply requirements for Alcatel

Appendix A : Installation help, rack layout and shelf positions.

Appendix B : Installation help, site cabling cable tray with A9130 BSC/MFS

Evolution cabinet, power supply, DDF 120 ohms, EAB, LMT.

Appendix B : Installation help, site cabling raised floor with A9130 BSC/MFS

Evolution cabinet, power supply, DDF 75 ohms, EAB, LMT.

Abbreviations : Acronyms encountered within the document.




Chapter 1: Customer or Operator Services

1. Customer or Operator Services

This chapter describes the services to be supplied by Customers or Operators.

1.1 - Services to be performed.

1.2 - Services not treated.




Chapter 1: Customer or Operator Services

1.1 - Services to be performed

The customer or operator is responsible for choosing the site and for all

preparation work. The main services are as follows:

Site • Preparation of site.

Qualification and checking • Power supply

• Earth

• PCM links.

Main supplies

• Lighting

• Circuit breaker

• Lightning protection (if necessary)

• Power distribution box : 48VDC or 60VDC

• Ground bar/plate

• Cable way runs from the infrastructure to each BSC and/or MFS.

• PCM network termination (NTL) upline (if necessary)

• PCM and alarm distributor (DDF)

Installation • Of main supplies,

1.2 - Services not treated All services not provided by Customer or Operator shall

be treated as additional Alcatel services.




Chapter 2: Alcatel Services

2. Alcatel Services

This chapter describes the services to be supplied by Alcatel.





Chapter 2: Alcatel Services


Alcatel installs the rack . The main services are listed hereafter:

Supplying installation kits • Basic installation kit.

• PCM cables from Alcatel equipment to DDF.

• Ethernet cables (for local OMC-R connection and/or for EAB connection).

• DC power and ground cables,

• External Alarm Box (delivered with BSC only).

• Earthquake kit, optional

• DDF, optional

Installation • A9130 BSC/MFS Evolution installation.

• PCM & Ethernet cables installation.

• DC power and ground cables installation.

• External Alarm Box installation, (BSC configuration only)

• DDF installation, optional.

Commissioning • Commissioning of EVOLIUM™ A9130 BSC/MFS Evolution.

• Acceptance of EVOLIUM™ A9130 BSC/MFS Evolution.




Chapter 3: General specifications of product

3. General specifications of product

This chapter describes the general specifications of product about site

preparation to install the product .

3.1 - Short description of product.

3.2 - Environmental specifications.

3.3 - Dimensions and weight specifications.

3.4 – Power supply system connection.

3.5 – Grounding system.

3.6 - Consumption specifications.

3.7 – Cooling system.

3.8 - Lightning and overvoltage protection.

3.9 – Installation indications.

3.10 - Clearance recommendations.

3.11 – E1 interface specifications.

3.12 – Network management interface specification.

3.13 – External alarms specifications.





3.1 - Short description of

product

The EVOLIUMTM A9130 BSC/MFS Evolution consists of a single 19” standard

rack and is composed of:

One or two ATCA shelves where is implemented BSC and/or MFS

application.

One or two LIU shelves (each shelf manage up to 256 physical E1

connections).

Connection to the duplicated secondary power supply (-48VDC)

through a PDU shelf.

Connection to external links: E1 (120 Ω) interfaces and Ethernet cables

in case of colocated OMC-R and/or connection of external equipement

(EAB, CBC, …).

Various configurations are indeed possible:

BSC stand-alone configuration with one ATCA shelf and one LIU shelf.

MFS stand alone configuration with one or two ATCA shelves and one

LIU shelf.

Rack sharing configurations with two ATCA shelves: two BSC shelves

or one BSC + one MFS and 2 LIU shelves.

3.2 - Environmental specifications

The environmental conditions define the climatic requirements (air temperature,

humidity, etc.) that apply to the equipment in normal storage, transport and

operation. They also specify requirements concerning contaminating products and

electromagnetic considerations.

Climatic requirements • The EVOLIUM™ A9130 BSC/MFS Evolution is compliant with the following

requirements:

- For storage EN 300 019-1-1 class 1.1.

Conditions are valid for the non-packed equipment (rack). Icing and

frosting are not allowed.

- For transportation EN 300 019-1-2 class 2.2.

- For operation EN 300 019-1-3 class 3.1E.

Heat and solar radiation are not allowed.





Environmental conditions for EVOLIUM™ A9130 BSC/MFS Evolution (EN 300 019)

Environmental

parameter

Unit Oper.-1-3

class 3.1E

Transport -1-2

class 2.2

Stor.-1-1

class 1.1

Low air temperature °C - 5 - 25 - 5

High air temperature °C + 45 + 70 + 45

low Low relative humidity % 5 --- 5

High relative humidity % 85 95 95

Low absolute humidity g/m³ 1 --- 1

High absolute humidity g/m³ 25 60 29

Low air pressure kPa 70 70 70

High air pressure kPa 106 --- 106

Sand mg/m³ 30 100 30

Dust (suspension) mg/m³ 0.2 --- 0.2

Dust (sedimentation) mg/(m²h) 1.5 3 1.5

Stationary vibration, sinusoidal:

- Peak-displacement amplitude mm 0.3 3.5 1.5

- Peak-acceleration amplitude m/s2 1 10 15 5

- Frequency range Hz 2 to 9 9 to 200 2 to 9 9 to 200 200 to

500

2 to 9 9 to

200

Non-stationary vibration including shock:

- Shock-response spectrum type L, peak

acceleration m/s² 40 --- 40

- Shock-response spectrum type II, peak

acceleration

m/s² --- 100 ---





Electromagnetic

environment

EVOLIUM™ A9130 BSC/MFS Evolution compliant with EN 300 386 (2001)

class B requirements.

Acoustic noise EVOLIUM™ A9130 BSC/MFS Evolution compliant to ETS 300 753 Class 3.1:

Acoustic noise emitted by Telecommunication equipment.

• Telecom equipment room attended.

Safety EVOLIUM™ A9130 BSC/MFS Evolution compliant with:

• EN 60950-1 (2001): Safety of information technology equipment.

Waterproofness EVOLIUM™ A9130 BSC/MFS Evolution compliant with:

• IEC 529 / EN 60529 / IP20: Degrees of protection provided by enclosures (IP class).

Other conditions • DC Power supply: ETSI EN 300 132-2

Green compliance EVOLIUM™ A9130 BSC/MFS Evolution compliant with the new European directives for environment:

WEEE: Wastes of Electrical and Electronic Equipment.

RoHS: Restriction of Hazardous Substances.

Ecodesign requirements: TR/70 ECMA technical report (guideline).

3.3 – Dimensions and weight

specifications

A9130 BSC/MFS

Evolution cabinet

Width (mm) 600

Total height (mm) / useful height (U) 2000 / 40

Depth (mm) 600

Empty rack weight (kg) 110

Rack weight in minimum configuration (kg) - [1] 212

Rack weight in maximum configuration (kg) - [2] 284

Flow area including clearance (m²) 1.56

[1] Minimum configuration includes 1 ATCA shelf + 1 LIU shelf

[2] Maximum configuration includes 2 ATCA shelves + 2 LIU shelves





3.4 - Power supply system connection

• A9130 BSC/MFS Evolution is powered with DC nominal voltage: - 48 VDC

or –60VDC, nominal voltage range: -38.4 VDC to –72 VDC.

• The A9130 BSC/MFS Evolution provides a power distribution unit (2U/19”)

located at the top of cabinet and which ensure power supply connection with

the power plant.

• For reliability of the system, the PDU accepts two DC feeds (branch A and

branch B) for power redundancy.

• The PDU is also equipped with DC power breakers in order to protect the

shelves in the cabinet. Each shelf is protected by two DC power breakers, one

breaker per branch (75A for ATCA shelf and 10A for LIU shelf) . These circuit

breakers switch off automatically at over current flow detected.

• The cabinet is connected to DC power supply with 5 wires ( two black wires

0V, two blue wires -48V and one yellow/green cable).

3.5 – Grounding system

• All accessible surfaces that may become energized under a fault condition are

connected to the chassis ground.

• The cabinet provides two bolts for connection of the mechanical ground, one

at the top and one at the bottom.

• Each ATCA shelf provides an ESD wrist band at the front side.

3.6 – Consumptio n specifications

Per rack, fully equipped.

Maximum power consumption

2100 W

(1050W per ATCA + LIU shelves)

Consumption at min. voltage –38.4 VDC. 55A

Consumption at nominal voltage –48 VDC. 44A

Maximum power dissipation 2100W





3.7 – Cooling system

• Dependent on configuration, the cabinet contains one or two ATCA shelves.

Each shelf has an integrated cooling unit with four blowers. Airflow is drawn

from the front of the unit and forced through the cards before being expelled to

the back of cabinet.

• The cabinet is also equipped with complete perforated front and rear doors.

3.8 – Lightning and overvoltage

protection

The lightning protections on external interfaces are not implemented in the

equipment.

- DC lightning protection: Not necessary.

- PCM lightning protection: if necessary, must be installed at the DDF by

the customer.

- External alarms: External Alarm Box use an optocoupler for electrical

isolation between the bus and the field.

3.9 – Installation indications

• The EVOLIUMTM A9130 BSC/MFS Evolution cabinet must be installed in a

dry environmentally controlled building room specifically designed for switching

systems and can be installed on a raised floor or a concrete-slabbed floor.

• An installation in rows is also possible.

• The cabinet has no side doors, access to interior is either from front or back

side.

• The cabinet has detachable front and back doors.

• Power supply and signal cables may enter the cabinet through the top or the

bottom. It is assumed that all cables enter the cabinet either through the top or

all through the bottom.

• The rack has four anchor bolt holes at the bottom and must be fixed on the

floor.

• The rack is delivered and packed horizontally or vertically with lifting lugs. In

this case room entrances for equipment hoisting must be carefully studied.

• If the unit is installed in an enclosed space, such as a cabinet, a technical

closure, etc., sufficient space must be allowed for circulation of the air.





3.10 - Clearance recommendations

• Sufficient clearance must be allowed for handling, maintenance and inspection

procedures and for equipment cooling purposes. In particular, there must be

sufficient clearance at the front and at the rear to allow the handling

(approximately: 1m).

• Side clearance is not required.

• At the top : 250 mm minimum.

3.11 – E1 interface specifications

• EVOLIUM™ A9130 BSC/MFS Evolution provides E1 interfaces via Line

Interface Unit (LIU) shelf located at bottom of the cabinet.

• The E1 links carry either Abis interfaces or Atermux interfaces or Gb interfaces.

• One LIU shelf is housed in the cabinet for stand-alone application. For rack-

sharing application, two LIU shelves are foreseen.

E1 interfaces:

LIU shelf 1 or 2 per BSC/MFS cabinet.

E1 boards Up to 16 x E1 boards per shelf.

E1 links 120 Ohms 16 x E1 per board. Total = 256 E1

• PCM lines are:

- Multipair cable 34 pairs arranged as two insulated copper conductors, twisted

per pair, with one SCSI 68 pins connector at both ends (not adjusted on site).

• On DDF side, these cables are connected to patch pannel interface. This

module performs adaptation:

- From SCSI connector to insertion terminal blocks (for 120 Ω network).

The terminal blocks (8 pairs) accept wire diameter 0.32 to 0.8 mm.

- From SCSI connector to “BALUN” transformer (for 75 Ω network).

• Recommended maximum cables length between DDF and BSC/MFS

cabinet: 20 m.





• Specification of 2 Mbit/s - 34 pairs PCM cable:

Network

impedance Type of cable

Customer

connection DDF side

120 Ω

or

75 Ω

34 pairs 28 AWG solid cable

Conductor diameter = 0,32 mm (copper)

Jacket diameter = 11, 3 mm

Minimum bend radius = 66 mm

Loss max. @ 1 MHz = 3.5 dB / 100 m

Inserting (120 Ω).

BNC or 1.6/5.6 female

(75 Ω).

3.12 – Network management

interface specifications

• The EVOLIUM™ A9130 BSC/MFS Evolution permits O&M transport

using a dedicated Ethernet port carrying an IP flow.

• The LMT is connected locally or remotely as the OMC-R.

• Maximum distance between BSC/MFS cabinet and external IP/Ethernet

equipment: 20 meters.

ATCA shelf 1 or 2 per cabinet (depends on configuration)

SSW board 2 boards per shelf

Port 3: OMC-R

Port 5: EAB

Port 8 : LMT

Physical interface: 10/100/1000Base TX

Connector type: RJ45.

Cable type

Ethernet cable 30m

UTP category 5 / 2 twisted pairs

Connectors: RJ45 male





3.13 – External alarm

specifications

• External alarms are available on A9130 BSC/MFS Evolution through an

External Alarms Box (EAB). The EAB is connected via Ethernet link (without

redundancy) to one Switch board of the BSC. The alarms are routed by the

BSC to the OMC-R via the O&M link.

• The External Alarms Box provides 24 external alarm inputs which can be

adapted to the individual requirements by the Customer.

• Typically, they are used for main power supply, rectifiers, batteries, air

conditioning, intrusion etc.

• EAB is powered with DC nominal voltage: - 48 VDC

- Nominal voltage range: -36VDC to –72VDC.

- Max. consumption: 650mA.

• Buscoupler connection: RJ45.

• The alarm level is defined as follows:

- Voltage via power jumper contacts = DC 24V (-15% …+20%)

- Signal voltage (0) = DC –3V … +5V

- Signal voltage (1) = DC 15V … 30 V

- Input filter = 3ms

- Current supply (typ) = 4.5 mA

- Isolation = 500V system / supply.

• External Alarm Box dimensions (overall):

- Height : 280 mm

- Width: 380 mm

- Depth: 180 mm

• Fixing points between axis are: 254mm x 354mm.




Chapter 4: Site preparation and supply requirements for the Customer or the Operator

4. Site preparation and supply requirements for Customer or Operator

This chapter describes the requirements of product about site preparation and

supplies provided by Customer or Operator.

4.1 - Site safety requirements

4.2 - Main supplies provided by Customer

4.3 - Site infrastructure requirements

4.4 - Cable way requirements

4.5 - Computer requirements

4.6 - Power system requirements

4.7 - Leased line requirements

4.8 - DDF requirements

4.9 – External alarm connection requirements

4.10 - Site information requirements




Chapter 4: Site preparation and supply requirements for Customer or Operator

4.1 - Site safety requirements

• Compliant with IEC 950 (EN60950) for equipment located only in restricted

access locations.

• Compliant with IEC 60364 (NFC 15 100) “Electrical installations of building”.

• On the site, the current safety instructions must be strictly followed and

hazardous points must be marked. The inspectors must make sure that signs

are posted with the telephone number of emergency medical assistance in the

event of electric shock.

• Displacement of equipment (transport, handling, or hoisting) must not

endanger either personnel or equipment near-by.

• A smoke detector and a fire extinguisher system are recommended.

• A fire detection system is recommended for indoor sites. Failing this, a CO2

fire extinguisher must be present and clearly marked in the room where the

equipment is to be installed.

4.2 - Main supplies provided by

Customer or Operator

See chapter 1: Customer or Operator Services / Main supplies.





4.3 - Site infrastructure requirements

The site shall be handed over with the leased lines in operation.

Accessibility • The client shall provide the site (in which the equipment is to be installed) with

hoisting and handling devices to ease delivery of the equipment . If not, the

costs incurred by the installer will be added to the installation costs and

charged to the client.

• The entrances to the buildings must be large enough to transport the rack in

an upright position.

• Access to the sites must be facilitated:

- either by the presence of a local correspondent during delivery,

assembly/wiring, and initial start-up of the equipment.

- or by obtaining a set of duplicate keys to the sites prior to those operations.

Service facilities • A set of furniture is provided, in sufficient quantity, as part of preparation of the

room: at least 1 table and 2 chairs, (work space for the operating terminals).

• One or two phone lines are needed for the periods of installation and initial

start-up of the equipments.

Ceiling • The ceiling height must be greater than or equal to 2.5 m.

Floor • The floor must be able to bear a load of 300 kg per cabinet.

• Each cabinet must be fixed to the floor or on raised floor with four anchor

bolts.

• If earthquake option kit is required, it can be installed only with a raised floor

exactly 34 cm high from the concrete ground.

Distance constraints • Various clearance spaces must be provided for maintenance and inspection

operations and to allow equipment ventilation.

High voltage protector • The external ports of the equipment (power supply, lines, etc.) should be

protected.





Environment of the

equipment

• Cables are fed in through the top or the botom of the rack.

• The power cables from DC distribution box to the BSC/MFS cabinet should

not exceed 40 meters.

• The PCM cables from DDF to BSC/MFS cabinet must not exceed 40m.

Lighting and wall

sockets

• The lighting in the room must have an intensity of 300 Lux at 1 m above

the floor. No more than 500 Lux.

• The external lamps on site should be of the electronic ballast type.

• 230V wall sockets must be provided in the room [one socket every 3 m;

2 poles (L, N) and ground; 16 A].

• Sockets providing a 230 V emergency backup source must be provided for

the operating equipment (LMT, …)

4.4 - Cable way requirements

• A cable way (cable tray or wire mesh) should be installed at a height of a least

250mm above top of rack to support the cables.

• A cable way (with width 508 mm) from the equipment to DDF and power

distribution box should be provided. This cable way should be separated in two

parts: power cables (width 108 mm) and other cables (width 400 mm). Two

holes should be foreseen inside cable ways:

for power cables: Hole (l:100 mm x d:40 mm) centred above each rack.

for other cables (PCM cables, Ethernet cables…): Hole centred above

each rack (l:600 mm x d:60 mm).

• When using existing cable trays, various electrical systems (power, signals)

should be kept apart. If no partitioning is possible, a new cable tray will be

installed along the former at a 30 cm space to avoid interference.

• One wire braid (earth shielding) 16 mm² per rack with side rack a lug

diameter = 6mm should be provided. (length depending of height of

cable way).

• A conduit (cable tray or plastic pipe) should be installed between the

main cable tray and External Alarm Box. The conduit must reach the

middle-bottom or the middle-top at maximum distance of 15 cm.





4.5 - Computer requirements

Labtop LMT provided in option, but necessary during the installation and

commissioning. The length of connecting cables between labtop equipment

and racks on the sites shall not exceed 15 meters

Clearance

Length of cables from BSC/MFS to LMT terminal 15 m

Side clearance (Only one side is necessary) 0,7 m

Front clearance 1 m

Rear clearance 0,2 m

Dimension and weight

Width (mm)

Depth (mm)

Height (mm)

300

265

45

Maximum weight (kg) 3

100-240V, 50-60 Hz consumption

Maximum power consumption (W) 200

Fuse gauges, earth leakage protection 30 mA

Gauge (A) 6

4.6 - Power system requirements

The customer shall install all cables at the position of first rack.

Power supply

system

• The power plant should include standard backup batteries for emergency

power.

• The EVOLIUMTM A9130 BSC/MFS Evolution cabinet requires a nominal input

voltage of –48VDC or –60VDC. The static input range should not exceed –

38.4VDC to –72VDC.

• The EVOLIUMTM A9130 BSC/MFS Evolution cabinet must operate with two -

48V(BAT A / BAT B) wires and two 0V (BATRET A / BATRET B) wires with

redundancy between them.

• A power distributing box must be provided as part of the room preparations. It

must include marked fuses for each output, and a grounding bus bar for the

power cables. The box or power station must be marked.





Power cable

recommended

• Lugs are necessary at cable end on equipment side. The power input

terminals are M6 (thread stud) type connector.

• Double sheathing. Multi-strand flexible copper core. Strand composition 0,41

mm max. class 5 (IEC 60 228).

• Cable type to be compliant with local legislation and standard for electrical

installation in technical site.

• 5 cables (4x-48V/0V + Ground) are necessary:

Signal Section Length Color

16 mm² Up to 20m

-48 V DC,

(BAT A / BAT B) 25 mm² >20m to 40m Blue

16 mm² Up to 20m

0V DC,

(BATRET A / BATRET B) 25 mm² >20m to 40m Black

Frame Ground 35 mm² Up to 40 m Yellow/Green

Distribution box • The distribution should be defined for using lugs of system 8 mm for BAT

RET (0V), 8 mm for BAT A / BAT B (-48VDC), 8 mm for electrical earth.

Breakers

recommendations

• The customer provides breakers with the following gauges (with lightning

protection if necessary):

- The gauges should be calculated to operate with ETS300132-2 standard

(-40,5VDC).

- The breakers are only on BAT A and BAT B wires.

- On first approach, the gauge is calculated like:

I max. + 1/3 I max. (Imax at -40.5VDC)

• It is wished to put the gauge in agreement with the final configuration to

avoid an interruption of service during an extension.

Number of fuses per BSC/MFS cabinet 2 (BAT A and BAT B)

Standard gauge for each cabinet fully equipped 80 A

Grounding distribution • A ground plate directly connected to the ground box of the building must be

available in the room.

• The grounding system is composed of a metallic grounding network, formed

of iron flooring .The grounds are respectively connected to grounding plate,

and to the metallic ground of the power distributing box.

• The ground wire circuit resistance must be less than 3 Ohms.





4.7 - Leased line requirements The following shall also be handed over:

• a diagram of the distribution frame, identifying the lines, a wiring diagram,

• the technical and commercial references of each line,

• the lines connected to the line terminal blocks,

• the looped Tx/Rx lines on the cable side in the room,

• the quality tested lines of the local distribution frame to the remote distribution

frame.

4.8 - DDF requirements

• The Digital Distribution Frame should have terminal blocks for inserting PCM

jumper cables / 120 Ω (copper, Diameter = 0,5 mm).

• The DDF equipment must be remote of DDF customer at maximum 1m.

• The BSC/MFS equipment provides only 120 Ohms E1 interfaces. For

unbalanced networks, adaptation to 75 Ohms is performed at DDF equipment

level. The faceplates have a BNC or 1.6/5.6 female connectors type.

• The customer must indicate to Alcatel the type of connector used on terminal

block (only for 75 Ω network).

4.9 – External alarm

connection requirements

• The External Alarm Box is supplied with:

- DC power cable (2x1mm²); maximum length = 20m.

- Ground cable Y/G 1.5 mm²; maximum length = 10m.

• Ethernet cable length between EAB and BSC/MFS cabinet: 30m

• No special pre-equipped alarm interface cable is necessary.

• System wire connection (cage clamp) alarm input: 0.08 mm² to 2.5 mm².

• The External Alarm Box should be protected by an external circuit breaker: ≤ 6A





4.10 - Site information

requirements

The customer shall produce an overall drawing for each unit site.

General site

information

requirements

• The drawing shall be submitted to Alcatel, after the initial site inspection, or in

preliminary project documentation concerning the site supplied by the customer.

• The drawing shall indicate the position of the unit with its connections, relative to

a reference point.

• The site data sheet must be completed based on data provided by the client or

during site inspection.

• The site information procedure document should be completed by the customer

or during a site inspection visit with Alcatel.

PCM site

information

requirements

• The operator shall hand over to the constructor, with the preliminary study

document or on the occasion of the site inspection:

• A drawing of the distribution frame locating the links with technical and

commercial numbers of each link.

• The links with transmit/receive loops set up on the cable side at the unit.. Links

qualified as far as the unit.

Layout • The client shall draw up a layout map for each site. The map will indicate the

location of:

- racks,

- power supplies,

- air-conditioning system,

- cable ways,

- collector rod system,

- grounding plate,

- digital distribution frame (positioning of the terminal blocks),

- furniture for the operating and maintenance tools.

• That plan is submitted to the manufacturer, either after an initial inspection of the

site or in a preliminary project file for the site provided by the client.




Chapter 5: Installation and supply requirements for Alcatel

5. Installation and supply requirements for Alcatel

This chapter describes the requirements about installation and supplies

provided by Alcatel.

5.1 - Installation

5.2 - Supplies




Chapter 5: Installation and supply requirements for Alcatel

5.1 - Installation The main services are as follows:

Fitting of BSC/MFS Evolution

system

• The services provided are:

- Preliminary preparation.

- Rack installation.

- Additionnal shelf (ATCA or LIU) installation.

- Power supply cables installation.

- PCM cables installation.

- Ethernet cables installation

- External Alarm box installation

- Finishing installation.

and are detailed in EVOLIUM™ A9130 BSC/MFS Evolution installation

manual.

Commissioning of BSC/MFS

Evolution system • BSC/MFS Evolution powering up and running in accordance with

EVOLIUM™ A9130 BSC/MFS Evolution commissioning manual.

Acceptance of BSC/MFS

Evolution system • Customer agrees that BSC/MFS Evolution has been installed,

commissioned and are running in accordance with EVOLIUM™ A9130

BSC/MFS Evolution acceptance test document.

5.2 - Supplies Alcatel provides:

Mandatory • Installation kits to install A9130 BSC/MFS Evolution .

• PCM cables.

• Ethernet cables.

Optional • Digital Distribution Frame.

• Power and ground cables.




Appendix A: Installation help, rack layout and shelf positions.

Appendix A: Installation help, rack layout and shelf positions.

XMUX X LIU XPEM

4A

XLIUXLIUXLIUXLIUXLIUXLIUXL IUXMUXXLIU XLIUXLIUXLIUXLIUXLIUXLIUXLIUXPEM

-48 /60

VDC

4A

XPEM

-48 /60

VDC

XMUX X LIU XPEM

4A

XLIUXLIUXLIUXLIUXLIUXLIUXL IUXMUXXLIU XLIUXLIUXLIUXLIUXLIUXLIUXLIUXPEM

-48 /60

VDC

4A

XPEM

-48 /60

VDC

XMUX XLIU X PEM

4A

XLIUXLIUXLIUXLIUXLIUXLIUXLIUXMUXXLIU XLIUXLIUXLIUXLIUXLIUXLIUXLIUXPEM

-48/60

V DC

4A

XPEM

-48 /60

VDC

XMUX XLIU X PEM

4A

XLIUXLIUXLIUXLIUXLIUXLIUXLIUXMUXXLIU XLIUXLIUXLIUXLIUXLIUXLIUXLIUXPEM

-48/60

V DC

4A

XPEM

-48 /60

VDC

13

9 7 5 3 1 2 4 6 8 10

14

11

12

13

9 7 5 3 1 2 4 6 8 10

14

11

12

PDU

LIUshelf 1

LIUshelf 2

ATCAshelf 3

ATCAshelf 4

Stand-alone configurations

BSCor

MFS (9GP)

X MU X X LIU XP EM

4 A

X LI UXLIUXLI UXLI UX LIUX LI UX LI UXM UXXLIU XLIUX LIUXLI UXLI UXLI UX LIUXLIUXP EM

-4 8/ 60

V DC

4A

X P EM

- 48 /60

V DC

X MU X X LIU XP EM

4 A

X LI UXLIUXLI UXLI UX LIUX LI UX LI UXM UXXLIU XLIUX LIUXLI UXLI UXLI UX LIUXLIUXP EM

-4 8/ 60

V DC

4A

X P EM

- 48 /60

V DC

MFS (21GP)

X MU X X LIU XP EM

4 A

X LIUXLI UXLIUXLI UX LIUX LIUX LIUXM UXXLIU XLI UX LIUXLIUXLI UXLI UX LIUXLI UXP EM

-4 8/ 60

V DC

4A

X P EM

-48 /60

V DC

X MU X X LIU XP EM

4 A


-4 8/ 60

V DC

4A

X P EM

-48 /60

V DC

Rack-shared configuration

BSC/MFS or 2 x BSC

XM UX XLIU XP EM

4 A

X LIUX LI UX LI UXLIUXLI UX LIUX LIUX MU XXLIU X LIUX LI UXLIUXLI UXLI UX LI UXLI UXP EM

- 48 /60

V DC

4A

X P EM

- 48 /60

V DC

XM UX XLIU XP EM

4 A

X LIUX LI UX LI UXLIUXLI UX LIUX LIUX MU XXLIU X LIUX LI UXLIUXLI UXLI UX LI UXLI UXP EM

- 48 /60

V DC

4A

X P EM

- 48 /60

V DC

X MU X X LIU XP EM

4 A


-4 8/ 60

V DC

4A

X P EM

-48 /60

V DC

X MU X X LIU XP EM

4 A


-4 8/ 60

V DC

4A

X P EM

-48 /60

V DC




Appendix B: Installation help, site cabling cable tray with A9130 BSC/MFS

Evolution cabinet, power supply, DDF 120 ohms, EAB, LMT, ground plate.

Appendix B: Installation help, site cabling cable tray with A9130 BSC/MFS Evolution cabinet, power supply, DDF 120 ohms, EAB, LMT.




Appendix B: Installation help, site cabling cable tray with A9130 BSC/MFS

Evolution cabinet, power supply, DDF 120 ohms, EAB, LMT, ground plate.

Clearance

Gro

und

Pla

teA

C B

ox

600

mm

1 meter

Ethernet cable length = 20 m

Pow

erS

uppl

yca

bine

t

Equ

ipm

ent

DD

F 1

20 o

hms

LMT

1 meter

600

mm

A91

30B

SC

/MF

SE

volu

tion

Ext

erna

lA

larm

Box




Appendix C: Installation help: Site cabling raised floor with A9130 BSC/MFS Evolution,

power supply, DDF 75 ohms, EAB, LMT, ground plate.

Appendix C: Installation help, Site cabling raised floor with A9130 BSC/MFS Evolution, power supply, DDF 75 ohms, EAB, LMT.




Appendix C: Installation help: Site cabling raised floor with A9130 BSC/MFS Evolution,

power supply, DDF 75 ohms, EAB, LMT, ground plate.

Clearance

Gro

und

Pla

teA

C B

ox

600

mm

1 meter

Ethernet cable length = 20 m

Pow

erS

uppl

yca

bine

t

Equ

ipm

ent

DD

F 7

5 oh

ms

LMT

1 meter

600

mm

A91

30B

SC

/MF

SE

volu

tion

Ext

erna

lA

larm

Box

600

mm

546 mm




Abbreviations

Sigle Description

ATCA Advanced Telecom Computing Architecture

BSC Base Station Controller

CBC Cell Broadcast Center.

DC Direct Current

DDF Digital Distribution Frame

E1 2.048 Mbit/s

EAB External Alarm Box

GP GPU board for MX project (ATCA)

GSM Global System for Mobile communication

IP Internet Protocol

LIU Line Interface Unit.

LMT Local Maintenance Tool.

MFS Multi-BSS Fast packet Server.

O&M Operation & Maintenance

OMC-R Operation and Maintenance Center - Radio

PCM Pulse Code Modulation

PDU Power Distribution Unit

SGSN Serving GPRS Support Node

SG Signal Ground

SSW Subrack SWitch

END OF DOCUMENT

Documents

Alcatel Site Engineering