02 ra22714en01gla0 flexi multiradio installation

8/9/2019 02 RA22714EN01GLA0 Flexi Multiradio Installation

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Flexi Multiradio BTS GSM/EDGE Installation

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For internal use only

RA22714EN01GLA01 © N okia Siemens Networks

Flexi Multiradio BTS GSM/EDGEInstallation



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Nokia Siemens NetworksAcademy

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Objectives (1/2)

After completing this module, the participant will be able to:

Theory:

• Describe the general work order of installing Flexi Multiradio BTS GSM/EDGE

• Describe the installation option for Flexi Multiradio BTS GSM/EDGE

• List the installation tools needed for Flexi Multiradio BTS GSM/EDGE

• Explain the installation order for stack, wall and pole installation option

• Explain the installation order of cabinet for outdoor and cabinet for indoor installation option

• Describe how to install the modules for different installation options

• Identify the installation of optional items.

• Identify the interfaces and connectors of the Flexi Multiradio BTS GSM/EDGE modules andTransport sub-modules in respect to configuration

• Describe the cabling principle for different installation options

• Explain the feederless solution for Flexi Multiradio BTS GSM/EDGE

• Describe the antenna system for Flexi BTS GSM/EDGE

• Describe the example of installation of common configuration for different installation options.



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Objectives (2/2)

After completing this module, the participant will be able to:…. (Cont’d)

Practical:

• Checking the content delivery and optional items based on specific installation option

• Install the module for Flexi Multiradio BTS GSM/EDGE based on specific installation option

and configuration.

• Install the optional items needed for Flexi Multiradio BTS GSM/EDGE

• Flexi Multiradio BTS GSM/EDGE Module and Transport Module Cabling

• Examine for correctly installed the Flexi Multiradio BTS GSM/EDGE for stack, wall, pole,

indoor and outdoor cabinet installation options based on checking list

• Demonstrate correctly install, route cables and optical fibers on the Flexi Multiradio BTSGSM/EDGE



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Content

Preparation of Flexi Multiradio BTS GSM/EDGE installation

Flexi Multiradio BTS GSM/EDGE Installation Option

Flexi Multiradio BTS GSM/EDGE Stack, Wall, and Pole (SWP) Installation

Flexi Multiradio BTS GSM/EDGE with Flexi Cabinet for Indoor (FCIA) Installation

Flexi Multiradio BTS GSM/EDGE with Flexi Cabinet for Outdoor (FCOA) Installation

Flexi Multiradio BTS GSM/EDGE Feederless Solution

Flexi Multiradio BTS GSM/EDGE Optional Items/Modules Installation

Cabling Principles for Flexi Multiradio BTS GSM/EDGE Installation

Installation tools and torque values for Flexi Multiradio BTS GSM/EDGE



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1. Check the tools

2. Unpack the delivery and handle the modules

3. Fix adapter mechanics to the plinth (wall & pole installations)

4. Install the plinth (stack, wall & pole installations) or cabinet

5. Ground the plinth or cabinet

6. Install the casings to the plinth

7. Install transmission sub-module

8. Install the modules

9. Install optional modules

10. Connect the cables

11. Connect external power feed12. Install module front covers

Preparation of InstallationGeneral work order



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When handling the modules, always usethe antistatic wrist strap as shown in thefigure below. The cabinet must begrounded, otherwise the antistatic wriststrap will not work. Refer to Grounding theBTS section.

ESD ANTI-STATIC WRIST STRAPSSHOULD BE WORN WHEN

HANDLING ANY UNIT WHICH

DISPLAYS THE ESD LOGO

ESD ANTI-STATIC WRIST STRAPSSHOULD BE WORN WHEN

HANDLING ANY UNIT WHICHDISPLAYS THE ESD LOGO

Preparation of InstallationHandling the modules and unpacking the delivery

NOTE: wrist strap not included in the Flexi EDGE BTS deliveries



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Content












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Poleinstallation

Stackedinstallation

Flexi Multiradio BTS GSM/EDGE InstallationOption

Wallinstallation

Nokia, 3rd partyBTS cabinet orSSS installation

U p t o 2 0 0 * m e t e r s

Urban feederless site application

* Up to 40KM with Single mode fiber



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Flexi Multiradio BTS GSM/EDGE InstallationOption - Tower or mast installation

BTS modules installed on top ofmast or tower

• A pole installations

BTS modules installed on base ofmast or tower

• A stack or outdoor cabinetinstallation

• LTE space and optional BBU incabinet



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Flexi Multiradio BTS GSM/EDGE InstallationOption - Other installation options

“Street furniture” installation “Hidden” installation



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Flexi Multiradio BTS GSM/EDGE Stack, Wall, and Pole(SWP) Installation



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Flexi Multiradio BTS GSM/EDGE Stack, Wall, andPole (SWP) Installation – General Procedure

Content ofDelivery

Clearances

Installing thePlinth

Grounding theplinth

Installing thecasings

Installing themodules

Grounding the

modules

Cabling

Power up and

commissioningthe BTS

Installingmodule front

covers

1

2

3

4

5

6

7

8

9

10

C h e c k i n g

I n s

t a l l a t i o n

C a b l i n g

C o m m i s -

s i o n i n g

F r o n t

p a n e l

Start

Plinton the floor,wall, or pole

GroundingPrinciple

Casing installationprinciple

Module installationprinciple

Grounding principle

Installation example

Cable routing andcable ties

External power

Internal power cables

Antenna cables

Optical cables

Transmission & alarmcable

Finish

General procedure of Flexi Multiradio BTS GSM/EDGE Stack, Wall, and Pole

(SWP) Installation :

1. Unpack and check the delivery.

2. Check Clearance

3. Installing the plinth

• For wall or pole installation, the adapter mechanics must be fixed to the

plinth beforehand. But it’s not applicable if you are installing version

FMFA v.104 of the plinth

• The procedure of installing the plinth could be of of following:

• Anchoring the plinth on the floor .

• Mounting the plinth on a wall.

• For mounting the plinth on the pole, see:

• Mounting the plinth on a pole with VMPB or

• Mounting the plinth on the pole with FPKA

4. Grounding the plinth

5. and 6. Installing the casings, modules, and cable entries



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General procedure of Flexi Multiradio BTS GSM/EDGE Stack, Wall, and Pole

(SWP) Installation: …… (cont’d)

7. and 8. Grounding the modules and connecting cablesCabling principles:

• Cabling principles in stacked, wall and pole installation

• Cable clamps in stacked, wall and pole installation

• Optional cable tunnels

• Internal power cabling principles for System Module (ESMB/C)

The order to connect the cables is as follows:

a) Grounding cables

b) 48 V DC power feedc) Internal power cables

d) Antenna jumper cables

e) Optical cables (OPT)

f) Transmission cables. See one of the following:

• Connecting FIEA, FIPA, FIQx and FIYx transmission cables

without optical transceiver

• Connecting FIQx and FIYx transmission cables with optical

transceiver

• Connecting FIFA transmission cables

g) Optional cables. See the following instructions in document Installing

Multiradio BTS GSM/EDGE Optional Items:

• Flexi Power Alarm (FPA) cables

• External alarms and controls (EAC) cables

• Synchronisation cables

• Local management port (LMP) cables

• Location Management Unit (LMU) cables

• Optional Rx Out (RxO)

h) In stack or pole installation, install side cable tunnels (optional). See

Installing optional side cable tunnels in document Installing Multiradio

BTS GSM/EDGE Optional Items:

9. Power up and Commissioning

10. Installing module front covers



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Flexi Multiradio BTS GSM/EDGE SWP InstallationContent of Delivery – System Module (ESMB/ESMC)

2M10 Cableterm (25/35 mm2) Ring

1Pull-out tool

2B10 washer

1Bag Reclosable (15 0 x 2 25/ 20 0 x 260) 0.1 mm

2M10 Hex Nut

ESMC

ESMB

Version

2 AWG Single cable terminal lug rubber boots

472059

472109

1Flexi Multiradio BTS GSM/EDGE Syst em ModuleSystem Module

QuantityProductCode

Contents of deliveryDelivery



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Flexi Multiradio BTS GSM/EDGE SWP InstallationContent of Delivery – Transmission Sub-Module

4 71719AFlexi tra nsmission sub-module (FIYA)

PW 100Base-T ethernet(RJ48) +

4xE1/T1 symmetrical 120/100ohm (RJ5) + optional opticalGE (SFP)

4 70248AFlexi transmission interfaceE1/T1 symmetricalsubmodule (FIPA)

4 71607AFlexi transmission sub-module (FIQA)

PW 100Base-T ethernet(RJ48) +

4xE1/T1 symmetrical 120/100ohm (RJ5) + optional optical

GE (SFP)

Flexi trasnsmission interfaceFlexbus sub-module (FIFA)

Flexi transmission interfaceE1submodule (FIEA)

Version

4Screws(preinstalled)

4 71007A

4 70247A

1Transmissionsub-module

SystemModule

Quantity

ProductCode

Contentsof delivery

Delivery

Transmission Submodule

FIPA

FIEA

FIFA

FIQA

FIYA



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Flexi Multiradio BTS GSM/EDGE SWP InstallationContent of Delivery – Pole Mounting Kit (optional)

6Module fixingscrews

2Bolt restrainer

FPKA

Version

2 Assemblingbolts

2 Aluminiumcastings

4 71649AFlexi PoleMounting Kit

Pole mounting kit

(optional)

Quan-tity

ProductCode

Contentsof delivery

Delivery

Check List

Deliveries are complete.

Equipment is not damaged.

Pole Mounting Kit (optional)



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Flexi Multiradio BTS GSM/EDGE SWP InstallationClearances

Wallinstallation

Stackinstallation

Wallinstallation

Note:

• In a stack, theminimum sideclearance is 75 mm(3 in.).

• The recommendedclearance for handtying is 150mm (5.9in.)

Check List

Site meets theminimumclearances.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Plinth on the floor

Plinth on the floor

1. Check the clearancesaround the plinth.

2. Turn the rear stopper.

3. Place the plinth on thefloor, grounding pointsfacing forward.

4. Bolt on the floor with 4bolts, 12 mm (0.47 in.) indiameter. Tighten to 49.0Nm (36.1 ft-lb)

Purpose

The plinth is mandatory when the modules are not mounted in an optional cabinet or

19“ rack.

Before you start

•When choosing the location for the plinth, take into consideration the required

maintenance space. For fan maintenance from the back, 500 mm (19.7 in.) back

space with side access is required.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Plinth on the floor

Other options for anchoring the plinth are

No wall nearby

Minimum clearanceon the back side

Purpose

The plinth is mandatory when the modules are not mounted in an optional cabinet or

19“ rack.

Before you start

•When choosing the location for the plinth, take into consideration the required

maintenance space. For fan maintenance from the back, 500 mm (19.7 in.) back

space with side access is required.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Plinth on the Wall

• If second plinthinstalled, requiredspace between theplinths is 100 mm.

• One mounting plinthper two modules isinstalled on a wall.

Ground

Antenna

CAUTION: Install the modules with

front panels facing left or right. Do not

install modules so that the front panelsface up or down.

If you are going to install Flexi Power Module (FPMA), it should be installed on the

same plinth with the ESMB system module



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Mounting kit for Plinth on the Pole

There are two pole mounting kitsavailable for mounting the plinthand modules on a pole:

• Pole Mounting Kit (VMPB),for pole between 60 mm (2.4in.) and 120 mm (4.7 in.) indiameter

• Flexi Pole Mounting Kit(FPKA), for pole between 60mm (2.4 in.) and 300 mm(11.8 in.) in diameter

Pole Mounting Kit (VMPB)

Flexi Pole Mounting Kit (FPKA)



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Mounting Plinth on the Pole with FPKA (1/2)

• The Flexi Pole Mounting Kit (FPKA) can be used with poles :

• between 60 mm (2.4 in.) and 120 mm (4.7 in.) in diameter.

• The most commonly used size is 80 mm (3.1 in.).

• The FPKA can replace the VMPB Pole Mounting kit in installations where the polediameter is less than 120 mm (4.7 in.).

• The product code of Flexi Pole Mounting Pole (FPKA) is 471649A.

• The maximum allowed weight on the FPKA is 160 kg (352.7 lbs). However, eachFMFA can support a maximum weight of 50 kg (110.23 lbs).

2Bolt M10 x120 105 mmthread ISO 4762 (DIN912)

6Bolt M8 x 20

2Bolt restrainer

1FPKA bracket strainer

FPKA Bracket

Item

1

Quantity

FPKA delivery contentsFlexi Pole Mounting Kit (FPKA)



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Mounting Plinth on the Pole with FPKA (2/2)

1. Fix the upper mounting bracket on thepole. Attach the mounting bracket screws(M10) on the bracket. Tighten screws to30 Nm.

2. Fix one side of the lower pole mountingbracket on the plinth with mounting screws(M8). Tighten screws to 20 Nm.

3. Lift the plinth on the pole and fit it to themounting screws of the pole mountingbracket. Tighten screws (M8) to 20 Nm.

4. Place the counterpart of the lower polemounting bracket in its place. Tightenscrews (M10) to 30 Nm.

5. If a second plinth is required, install it onthe other side of the pole mountingbracket.

6. Ground the plinth to the site main ground.

1 2

34

5 6

30 NmNote that the length of mounting screws depends on thediameter of the pole.

Check List

Plinth is installed according toinstructions.

Plinth is level.



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RA22714EN01GLA03 5 © N ok ia Sie men s Ne tw or ks

Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Mounting Plinth on the Pole with VMPB

• There are 3 different lengths of

bolts available and 4 places for

bolts in the pole mounting

brackets.

• When attaching the brackets to

the pole, use the shortest

possible bolts and the holes

whose distance is the closest to

the pole diameter. See the table

and figure for more details.

• A plinth is required for mounting

the modules on a pole. In poleinstallation, the maximum

number of modules on a plinth is

two.

3300211 -255

4300256 -300

212095 - 125

1200126 -165

2200166 -210

60 - 90

Polediameter

(mm)

1120

Hole number*Bolt length

(mm)

* Hole numbering is presented in the figurebelow

If the configuration has more than two modules, additional plinths must be

installed.

Max two 3HU modules.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Mounting Plinth on the Pole with VMPB

Note: with two plinths on

opposite sides, the upper adapter

still has to be up facing a similar

adapter on the other side.

1

2

3

4

7

Detail explanation of each

step, can be seen on notes

page

5

6

Steps

1. Fix the upper mounting bracket on the pole and attach the mounting screws on bracket.

Make sure that the mounting screws in the upper mounting bracket are in the loweredge of the bracket.

2. Fix one half of the lower mounting bracket on the plinth with the mounting screws. Make

sure that the mounting screws in the lower mounting bracket are in the upper edge of

the bracket.

3. Lift the plinth on the pole and fit it to the pole mounting bracket's mounting screws.

4. Tighten the mounting screws.

5. Place the counterpart of the lower pole mounting bracket in its place and tighten the

screws.

6. Make sure that the plinth is not twisted. When the plinth is in a correct position,

tighten the 3 screws in the lower bracket of the adapter mechanics.

7. If a second plinth is required, install it on the other side of the pole mounting bracket.

a) Fix the adapter mechanics on the plinth as described in step 1 above.

b) Fix mounting screws on the upper pole mounting bracket.

c) Lift the plinth on the pole, fit it to the pole mounting bracket's mounting screws

and tighten the screws.

d) Insert the lower fixing screws to fix the plinth on the lower pole mounting

bracket. Tighten the mounting screws.

e) Make sure that the plinth is not twisted. When the plinth is in a correct position,

tighten the remaining 2 screws in the lower bracket of the adapter mechanics.



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• In a pole installation, one plinth can

have a maximum of two modules

installed. If the configuration has

more than two modules, additional

plinths must be installed.

• Two plinths can be installed on one

pair of mounting brackets (on

opposite sides of the pole).

• The modules must be installed with

front panels facing left or right. Do

not install modules so that the front

panels face up or down.

• Installation order varies by

configuration. See the figure.

Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling the Plinth – Example installation on Pole

FXxA

FXxAFXxA

ESMB/ESMC*

ESMB/ESMC

FPMA /FPDA

FXxA FXxA

ESMB/ESMC*

3+3+3 (60 W) ….

12+12+12 (15 W)

configuration on a pole

without FPDA/FPMA)

2+2+2 (60 W) ….

12+12+12 (10 W)

configuration on a pole

with FPDA/FPMA

Note :

* ESMC is used if number of TRX morethan 18 (up to 36) per BCF



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Flexi Multiradio BTS GSM/EDGE SWP InstallationGrounding the plinth

1. Ground the plinth to the sitemain ground. Tighten to 8.0-10.0Nm (5.9-7.37 ft-lb)

2. Connect the wrist strap.

Check List

Local grounding (earthing) regulations are followed.

Antistatic wrist strap is used when handling modules.

Plinth is grounded.

Grounding the plinth(FMFA v. 104 or higher)



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Casing – on Stack

Note:

• The casings are pre-installed with back covers.

• In Earthquake Zone 4, the maximum number ofmodules for stack installations is five.

• In Earthquake Zone 4, install side fixing plates onthe casings

• In Earthquake Zone 2, the maximum allowed heightfor a stack is 22U.

• In pole and wall installations, the maximummodules per plinth is two.

• In pole and wall installations, maintenance strapsmust be installed in the casings.

• M5 X 6 screws should be secured with threadlocking compound in pole and wall installations

1

2

3

4

1. Align the holes of the first casing bottomwith the fixing studs on the plinth

2. Push the casing back until it stops.

3. Attach the casing to the plinth with M5 X 6mm screws (6150188). Tighten to 3.5-4.2Nm (2.58-3.10 ft-Ib)

4. Install the remaining casings as requiredby the configuration

Check List

Back covers are properly installed.

Fixing screws are tightened.

Optional: In pole and wall installations,maintenance straps are installed in the frontcovers.



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Note:

Line up the locating marks in the

module to help aligning the holes

with fixing studs.

1

3

Line up thelocating marks

Line up thelocating marks

24

7

Line up thelocatingmarks 10

8

6

9

Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Casing – mounting casing/module on a wall/pole

1

23

4

5

6

8

9

10

Detail explanation of each

step, can be seen on notes

page

TIP:

You can pre-assemble the plinth with two modules on the ground and then lift theentire plinth. This is the easiest method especially in pole installation.

You can also install the casings into the plinth first and then slide the modules in the casings:

Steps

1. Align the holes on the first module's bottom with the fixing studs on the plinth.Tip : Line up the locating marks in the module to help aligning the holes with fixing studs.

2. Push the module back until it stops.

3. Attach the module casing to the plinth with screws.

4. Connect the module grounding cable between the module front panel and theplinth.

5. Align the holes on the second module's bottom with the fixing studs on the firstmodule. Tip :Line up the locating marks in the module to help aligning the holes withfixing studs.

6. Push the module back until it stops.

7. Attach the module casings to each other with screws and spring washers. Securethe screws with glue.

8. Connect the module grounding cable between the module front panel and theplinth.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Casing – Lifting Standalone BTS

• Plinth can be pre-assembled withtwo modules on the ground andthen lift the entire plinth.

• This is the easiest method especiallyin pole installation.

• However, user can lift and mount theplinth first and then install themodules and connect cables,similarly as in stack installation.

Lifting a standalone BTS

Steps:

1. Attach the lifting eye bolts to the attachment points in the plinth. Lifting eye bolts

(M12) are not included in the delivery. You can order the LEKA kit separately from your

NSN supplier.

2. Attach the hoisting belt or the rope to the lifting eye bolts. Attach the hoisting belt

or rope so that the angle between the belt or rope and the plinth is minimum 60°. The

distance between the plinth and the belt or rope is minimum 400 mm (15.6 in.).

3. Lift the BTS carefully to the desired installation height.

4. Mount the BTS.

5. Remove the lifting equipment.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Modules

Note:

• In pole and wall installations, install the maintenancestrap for back covers.

• In pole and wall installations, screws are securedwith thread locking compound.

1. Slide the RF module and the SystemModule into the casings.

2. Attach the module(s) to the casingwith M5 X 10 mm screws. Tighten to

3.5-4.2 Nm (2.58-3.10 ft-Ib).

3. Install the transmission sub-moduleto the System Module. Tighten to2.7-3.3 Nm (1.99-2.43 ft-Ib).

4. Install the cable entries on bothcasings. Torque 3.5 to 4.2 Nm.

1

2

3 4



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Modules – on wall (1/2)

2

3

5

6

4

7

9

10

1. If the Power Module (FPMA) or PowerDC/DC 24V Module (FPDA) is installed,attach the back covers to the casings.

2. Align the holes on the first casing’s bottomwith the fixing studs on the plinth.


4. Attach the casing to the plinth with M5 x 6mm (0.2 in.) screws (6150188) using thread-locking compound and tighten.

5. Align the holes on the second casing’sbottom with the fixing studs on the firstcasing.


7. Attach the casings to each other with M5 x 6mm (0.2 in.) screws using thread-locking

compound and tighten8. Repeat steps 2-7 to install the remaining

casings to separate plinths.

9. Slide the module into the casing.

10. Attach the module(s) to the casing with M5 x25 mm (1.0 in.) screws and tighten.

Steps of installing module on wall:

1. If the Power Module (FPMA) or Power DC/DC 24V Module (FPDA) is installed, attach the back

covers to the casings.2. Align the holes on the first casing’s bottom with the fixing studs on the plinth.


4. Attach the casing to the plinth with M5 x 6 mm (0.2 in.) screws (6150188) using thread-locking

compound (medium strength, non-permanent) between 3.5-4.2 Nm (2.58-3.10 ftlb).

5. Align the holes on the second casing’s bottom with the fixing studs on the first casing.


7. Attach the casings to each other with M5 x 6 mm (0.2 in.) screws (6150188) using thread-

locking compound and tighten 3.5-4.2 Nm (2.58-3.10 ftlb).

8. Repeat steps 2-7 to install the remaining casings to separate plinths.

9. Slide the module into the casing.10. Attach the module(s) to the casing with M5 x 25 mm (1.0 in.) screws and tighten between 3.5-

4.2 Nm (2.58-3.10 ftlb).



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13 13 13

11. Attach the fixing plates across the modulecasings on both sides of the modules and fixwith 6 screws and spring washers and tightenbetween 3.5-4.2 Nm (2.58- 3.10 ftlb).

12. Repeat steps 9-11 to install the remainingmodules.

13. Attach the cable entries to the casings withtwo M5 x 10 mm (0.2 in.) screws (6150240)and tighten between 3.5-4.2 Nm (2.58-3.10ftlb).

a) Fix the screws (do not tighten yet).

b) Attach the cable entry to the casing.

c) Tighten the screws.

11

Steps of installing module on wall: (cont’d)

11. Attach the fixing plates across the module casings on both sides of the modules and fix with 6

screws and spring washers and tighten between 3.5-4.2 Nm (2.58- 3.10 ftlb).

12. Repeat steps 9-11 to install the remaining modules.

13. Attach the cable entries to the casings with two M5 x 10 mm (0.2 in.) screws (6150240) and

tighten between 3.5-4.2 Nm (2.58-3.10 ftlb).






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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Modules – on pole (1/2)

1. If the Power Module (FPMA) or PowerDC/DC 24V Module (FPDA) is installed,attach the back covers to the casings.

2. Align the holes on the first casing’s bottomwith the fixing studs on the plinth.


4. Attach the casing to the plinth with M5 x 6mm (0.2 in.) screws (6150188) using thread-locking compound and tighten.

5. Align the holes on the second casing’sbottom with the fixing studs on the firstcasing.


7. Attach the casings to each other with M5 x 6mm (0.2 in.) screws using thread-locking

compound and tighten8. Repeat steps 2-7 to install the remaining

casings to separate plinths.

9. Slide the module into the casing.

10. Attach the module(s) to the casing with M5 x25 mm (1.0 in.) screws and tighten.

2

3

4

5

6

7

Steps of installing module on wall:

1. If the Power Module (FPMA) or Power DC/DC 24V Module (FPDA) is installed, attach the back

covers to the casings.2. Align the holes on the first casing’s bottom with the fixing studs on the plinth.


4. Attach the casing to the plinth with M5 x 6 mm (0.2 in.) screws (6150188) using thread-locking

compound (medium strength, non-permanent) between 3.5-4.2 Nm (2.58-3.10 ftlb).

5. Align the holes on the second casing’s bottom with the fixing studs on the first casing.


7. Attach the casings to each other with M5 x 6 mm (0.2 in.) screws (6150188) using thread-

locking compound and tighten 3.5-4.2 Nm (2.58-3.10 ftlb).

8. Repeat steps 2-7 to install the remaining casings to separate plinths.

9. Slide the module into the casing.10. Attach the module(s) to the casing with M5 x 25 mm (1.0 in.) screws and tighten between 3.5-

4.2 Nm (2.58-3.10 ftlb).



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11. Repeat steps 9-10 to install the remaining modules.12. Attach the cable entries to the casings with two M5 x 10 mm (0.2 in.) screws

(6150240) and tighten between 3.5-4.2 Nm (2.58-3.10 ftlb).




12 1212

Steps of installing module on wall: (cont’d)

11. Repeat steps 9-11 to install the remaining modules.

12. Attach the cable entries to the casings with two M5 x 10 mm (0.2 in.) screws (6150240) and

tighten between 3.5-4.2 Nm (2.58-3.10 ftlb).






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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Modules – Installing transmission sub-module

1. Align the transmission sub-module in the System Module using the slots onthe sides. Push the sub-module in place.

2. Fix the transmission sub-module with 4 x M4 screws using the TORX headscrew. Tighten at 2.7-3.3 Nm (1.99-2.43 ft-lb).

The FIQx, FIYx and FIFA sub-modules are installedthe same way as the FIPA and FIEA.

Installing FIPA/FIEA

Purpose:

The transmission sub-module is installed in the System Module (ESMB/C). The

submodule is chosen based on the transmission requirements of each site. The

transmission sub-module can be installed before or after the System Module is

installed.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling Modules – Example for 1+1+1 (60 W) up to 6+6+6 (10 W)

Stack

Wall Pole

Check List

Module back covers and cable entries are installed..

Screws are tightened to the specified torque value..

For a 1+1+1 up to 6+6+6 configuration,you need the following modules:

• one System Module (ESMB/C)

• one transmission sub-module(FIxx)

• one RF Module (FXxx)



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Flexi Multiradio BTS GSM/EDGE SWP InstallationGrounding the Modules

1. Connect the grounding cable to themodule front panel.

2. Route the grounding cable throughthe cable entry.

3. Connect the other end of the cable tothe plinth.

4. Repeat steps 1-3 with all themodules. Tighten to 3.5-4.2 Nm(2.58-3.10 ft-Ib).

Check List

Modules are grounded.

Grounding connections are tightened to the correct torque values.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – cable entry & cable clamp

1. Route the cables through cableentries.

2. Fix to cable tie points with cableties.

Caution:

Incorrect cables and seals may not provide securedenvironmental protection.Use only tested IP65 classcables with seals provided by Nokia SiemensNetworks.

Cable entry

Cable Clamp

•The strain relief of cables in stacked floor, wall or pole installation is done with

cable clamps attached on the side of the casing.

•The cables are fixed with standard cable ties, except for power supply cables.

•The fixing of power supply cables is done with special isolating cable clamps,

which come with the casing delivery.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – external power cables

1. Install the cable clamp on the side of thecasing.

2. Remove the black rubber boots, nuts,washers and cable lugs from theterminals.

3. Strip about 2 cm (.8 in) of insulation fromthe (+) and (-) DC cables.

4. Insert the stripped end of each cable into acable lug and crimp.

5. Pull each cable through a rubber boot.

6a.Connect the (-) crimped wire to the (-)connector pole, insert washer, and tightenthe nut. Connect the (+) crimped wire tothe (+) connector pole, insert washer, andtighten the nut.

6b.Torque the M10 nuts (max 14 Nm).

7. Pull the black rubber boots over the lugs.

8. Route the cable through the external cableentry.

9. Route the power cables through the cableclamp, attach and tighten the cable clampscrews with a T10 TORX screwdriver.

External power cables

12

34

5

6a

6b 7 89



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – example of external power cables for 1+1+1 up to 6+6+6

External power cables in a 1+1+1up to 6+6+6 stack configuration

without (a) and with (b) EAC

(a)

(b)

External power cables in a 1+1+1 up to 6+6+6wall and pole configuration

Note:

• The allowed 48 V DC cable cross-section size for theSystem Module (ESMB/C) is 21- 35 mm2 (0.82-1.37 sq.in. or 4-2 AWG) that can be used.

• Nokia Siemens Networks recommends to locally sourcethe exact lug sizes when the DC cable thickness is 25mm2 (4 AWG or 0.98 in2) or less.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – internal power cables

1. Remove the connector seal onthe module to uncover theconnector.

2. Connect the cable to the SystemModule.

3. Push the connector seal firmly inplace.

4. Connect the other end of theinternal power cable to the RF

Module. Push the cableconnector seal firmly in place.

Internal power cables



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – example of internal power cables for 1+1+1 up to 6+6+6

Internal power cables in a1+1+1 up to 6+6+6 stack

configuration

Internal power cables in a 1+1+1 upto 6+6+6 wall and pole configuration

1

Number

995281

Cable

PWR (System Module) - PWR IN (RF Module)

From-to

Connecting internal power cables for a 1+1+1 up to 6+6+6 configuration



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – antenna cabling

1. Remove the connectorseal on the module touncover the connector.

2. Remove seals from theantenna connectors.Store the connector sealsfor later use.

3. Connect the cable to theantenna connectors.

4. Route the antenna cablesthrough the cable entry.

5. Tighten the connectorwith a torque wrench setto 25 Nm.

6. Repeat the previous stepsfor all antenna cablesrequired for yourconfiguration.

Antenna cabling

1

2

3

Purpose:

Jumper cables are connected to the antenna connectors in the front panel of the RF Module (FXxx) and the other end of the jumper cables are carefully connected to the respective feeder cables. The number of cables used depends on theconfiguration.

While connecting the antenna jumper cables, consider the following guidelines:

☞ Connect the antenna cables starting from the module closest to the plinth.

☞ It is recommended to the start connecting the jumper cable from ANT (Tx/Rx) connector closest to the direction of routing.

For example, in stack installations,

– If you are routing all jumper cables to the right, then the order to be followed isANT 1, ANT 3, ANT5, ANT 2, ANT 4

and ANT 6.

– If you are routing all jumper cables to the left, then the order to be followed is ANT 5, ANT 3, ANT1, ANT 6, ANT 4 and

ANT 2.

– If you are routing 3 jumpers cable to the left and right, the order to be followed is ANT 1, ANT 2 and ANT 3 to the right

and ANT 4, ANT 5 and ANT 6 to the left of the RF Module.

☞ Antenna jumper cables can be routed out the left side, right side, or both sides. However, access to the optical and

internal power cables during maintenance and expansion is easier when all antenna jumper cables are routed to the right.☞ To avoid cabling rework, check that the unit powers on before tying down the cables.

Follow these guidelines when selecting antenna jumper cables:

• 1/2" or 3/8" jumper cables are permitted

• One end of the jumper cable must be right angle male for connection to modules (other end depends on site configuration)

• 1/2" feeder cable can be connected directly to the modules if a right angle male connectoris used. The maximum allowedfeeder cable is 1/2" with right angle connectors.

• The length should be determined based on the Flexi Multiradio BTS installation option (for example pole, wall, cabinet, 3rdparty cabinet) and the distance of the BTS from the antenna feeder line.

• Antenna jumper cables must be rated IP65.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – example antenna cabling for 1+1+1 up to 6+6+6 (1/2)

Antenna jumper cables in 1+1+1 up to

6+6+6 2UD configuration with unchained

RF Modules in stack routed toward the

right

Antenna jumper cables in 1+1+1 up to

6+6+6 2UD configuration with unchainedRF Modules in stack routed toward the

left



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – example antenna cabling for 1+1+1 up to 6+6+6 (2/2)

Antenna jumper cables in 1+1+1 up

to 6+6+6 2UD configuration with

unchained RF Modules in stack

routed to left and right

Antenna jumper cables in 1+1+1 up to 6+6+6

2UD wall and pole configuration

Note :

• Antenna jumper cables can be routed out the left side, right side, or both sides for stack installation

• For wall and pole installation, antenna jumber must be routed to the lower side of module



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – example connecting transmission cables for 1+1+1 up to6+6+6 using FIEA, FIPA, FIQA and FIYA without optical transceiver

Transmission cables in a 1+1+1up to 6+6+6 stack configuration

Transmission cables in a 1+1+1up to 6+6+6 wall and Pole

configuration



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – example connecting transmission cables for 1+1+1 up to6+6+6 using FIFA

Note that a Flexbus Jumper cablemust be used to interconnect the FIFAFlexbus interface and the Flexbuscable from the outdoor unit.

1

2 3

4

1. Route the Flexbus Jumper cable

through the cable entry and connect

the Flexbus Jumper cable to FIFA,

Flexbus 1 interface.

2. Connect the Flexbus Jumper cable to

Flexbus cable (from the outdoor

unit).

3. Add weatherproof protection tape on

the Flexbus Jumper Cable and

Outdoor Flexbus cable connection.

4. If there is Flexbus 2 in use, repeat

the steps and connect the Jumper

cable to Flexbus 2 interface.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – optical cabling (1/2)

Optical cabling

1 2

47

1. Remove connector seal from OPT1connector in ESMB/C.

2. Remove protective cap from opticaltransceiver and insert it into OPT1in ESMB/C.

3. Route optical cable through cableentry.

4. Uncover the connector. Pull backthe optical cable connector seal touncover the connector.

5. Remove protective plugs.

6. Clean connectors with 99% alcoholand swabs.

7. Connect optical cable to optical

transceiver in ESMB/C.8. ……. Cont’d

…… Cont’d8

Caution:

Overbending optical fiber cables damages the cables and can detachor damage the connectors.

Do not bend optical fiber cables to a radius smaller than the minimumradius of 70 mm (3 inches).



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – optical cabling (2/2)

Optical cabling

8

8. Push connector seal firmly.9. Repeat steps 1-8 to connect

optical transceiver and opticalcable to OPT1 of FXxx.

10.Ensure all connector seals areproperly installed.

Check List

DC power cables are connected and the cableclamp is in place.

Connector seals are firmly in place.

All cables are connected according to the

configuration. BTS external cables or cables between the

modules on different plinths are routed viacable entries.

Connector seals are firmly in place.

To avoid cabling rework, check that the unitpowers on before tying down the cables.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationCabling – example of connecting optical cables for 1+1+1 up to 6+6+6

Optical cables in 1+1+1 up to6+6+6 stack configuration

Optical cables in 1+1+1 up to6+6+6 wall and pole configuration

1

Number

994807D

Cable

OPT1 (System Module) - OPT1 (RF Module)

From-to

Connecting optical cables for a 1+1+1 up to 6+6+6 configuration



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Flexi Multiradio BTS GSM/EDGE SWP InstallationPowering up and commissioning the BTS

1. Power up the site and check theLEDs.

2. Commission the BTS.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling module front covers

1. Fix the maintenance strap. (Pole or wall only)

Attach the first and second snap hooks of the maintenance strap to the front cover. Attach the third snap hook of the maintenance strap to the external cable entry.

2. Place the cover on top of the module front panel.

3. Fix the screws. Tighten the screws to 2.0 - 2.5 Nm (1.5-1.8 ft-Ib)

Maintenance strap Module front covers

11

1

2

3

Check List

Module front panel covers are installed.

Purpose

Module back and front covers complete IP65 protection for core modules. Back and

front covers are required for safety reasons, in all installations including indoorinstallations.

Note:

•The front panels of the modules are hot during operation. If Flexi Multiradio BTSmodules are not installed in a cabinet, front covers must be used during operationfor safety reasons and should only be removed temporarily for maintenance.

•Rotating fan blades can cause personal injury. If Flexi Multiradio BTS modules arenot installed in a cabinet, back covers must be used during operation for safetyreasons and should only be removed temporarily for maintenance.

Before start:

☞When there is no risk of dropping the covers, safety catches are not needed.

☞ To avoid cabling rework, check that the unit powers on before tying down thecables.



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstalling module back covers

3U casings comes with back covers preinstalled. Install the back coversbefore installing the modules. In case it’s not installed, here is theprocedure:

1. Attach the first and second snap hooks of the safety catch to the backcover.

2. Attach the third snap hook of the safety catch to the rear of the casing.

3. Install the back cover in the rear of the module and fix the screws (TORXT25). Tighten to 2.0 - 2.5 Nm (1.5-1.8 ft-lb).

Installing back cover



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Flexi Multiradio BTS GSM/EDGE SWP InstallationInstallation Checklist (1/4)

Delivery is complete and undamaged.

Site meets the minimum clearances.

Adapter mechanics are installed (for wall and poleinstallation)

Plinth is installed according to the instructions.

Plinth is grounded.

Transmission sub-module is installed according to theinstructions.

If power modules (FPDA or FPMA) are used, back coversare installed on them.

Modules are installed according to the instructions.

Cable entries are installed.



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One module per casing is grounded to the plinth.

External power cables are connected.

Internal power cables are connected.

Optical cables are connected.

Antenna jumper cables are connected.

Transmission cables and sub-modules are connected, and

in case the FIQA/FIYA is used in the PWE mode and the

PW traffic is transmitted via Gigabit Ethernet, the optical

transceiver is installed.

Optional cables (EAC, Synchronisation, Site support

interface, FPA interface, LMP, LMU cables) are connected.



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BTS external cables or cables between the modules on

different plinths are routed via cable entries.

Cables between the modules on the same plinth are routed

via internal cable entries.

All boots and caps are properly connected and IP-sealed.

Cables used are provided by Nokia Siemens Networks

(excluding site grounding, external power and antenna

jumper cables).

Screws are tightened to the specified torque value.Note: In pole and wall installations, screws are secured with

thread locking compound.



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Only IP65 class cables with seals provided by Nokia

Siemens Networks are used.

BTS is switched on and all units are ready.

Module front covers are installed.

Site is clean and installation completed.



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Content












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Flexi Multiradio BTS GSM/EDGE with Flexi Cabinet forIndoor (FCIA) Installation



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Flexi Multiradio BTS GSM/EDGE with Flexi Cabinetfor Indoor (FCIA) – General Procedure

Contents ofDelivery

Clearances

Changing thedoor opening

direction

Lifting thecabinet

Installing thecabinet

Grounding thecabinet

Installing theModules

CablingPrinciples

Routing cabinetexternal cabling

InstallingChecklist

1

2

3

4

5

6

7

8

9

10

C h e c k i n g

C a b l i n g

C h e c k -

l i s t

Start

Lifting the cabinetwith rope

Lifting the cabinet

With handles

Anchoring thecabinet

RecommendedInstallation order


Finish

MinimumClearance

Fixing points

C a b i n e t I n s t a l l a t i o n

M o d u l e I n s t a l l a

t i o n



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Flexi Cabinet for Indoor (FCIA) InstallationContents of Delivery

Site package 2

Site package 1

822083Guideplates (30pcs)

Version

6332594Loosecage nuts(28 pcs)

Cage nuts(62 pcs)

6490006Cabinetkey

470152AANokia FlexiCabinet forIndoor (FCIA)

ProductCode

Contentsof delivery

Delivery

Check List

Delivery is complete.


1800

600600

Flexi Cabinet for Indoor (FCIA)



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Flexi Cabinet for Indoor (FCIA) InstallationClearance

Minimumclearances

Fixing points

NOTE: Maintenancespace is notincluded.

Check List




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Flexi Cabinet for Indoor (FCIA) InstallationChanging the door opening direction (1/2)

1. Remove the groundwire and hinge pins,and detach the door.

2. Loosen the hingescrews and removethe hinges.

3. Install the hinges onthe opposite side ofthe cabinet.

4. …cont’d

1 2

3

NOTE: If changing the handedness of the door is not needed, skip next step

Principle of changing the door opening direction



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Flexi Cabinet for Indoor (FCIA) InstallationChanging the door opening direction (2/2)

4. Remove the door lock-plate.5. Install the door lock-plate on the

opposite side of the cabinet.

6. Flip the door end-to-end.

7. Mount the door on the opposite side.Reinstall the ground wire afterattaching the hinge pins.

Principle of changing the door opening direction (cont’d)

4

5

6

Check List

Door opening direction andmagnetic sensor is changed.



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Flexi Cabinet for Indoor (FCIA) InstallationLifting the Cabinet

Lifting the cabinet with a rope Lifting the cabinet with WLHA handles

1. Align the handle screw holes with the fourM5 screw holes on the side of the cabinet.

2. Fix the handles to the cabinet with four M5screws provided with the kit.

3. Lift the cabinet carefully to the desiredinstallation location.


1. Attach the 4 x M12 lifting eye bolts to the liftingpoints.

2. Attach the hoisting belt or rope to the lifting eyebolts.



1

2

1

2

Minimum500 mm(19.6 in.)

TIP: It is possible to lift the cabinet with modules installed and internal cabling completed.



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Flexi Cabinet for Indoor (FCIA) InstallationInstalling the cabinet

Anchoring the cabinet 1. Mark the anchoring bolt holes withthe help of the drilling template.

2. Drill the anchoring bolts holes on thebase.

3. Attach the anchoring bolts to thebase.

4. Position the cabinet on the anchoringbolts.

5. Fix the nuts on the anchoring bolts.

6. Check that the cabinet is level.

7. Tighten the nuts properly(recommended 49.0Nm (36.1 ft-lb)).

Note that the cabinet should be attached to

the base with M10 or M12 anchor bolts, nuts,and washers (4 pcs each). The recommended

anchor bolt length is 60 mm (2.36 inches).

Anchor bolts and nuts are not provided withthe Flexi BTS delivery and must be acquired

locally.

Check List

Cabinet isanchoredaccording toinstructions.



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Flexi Cabinet for Indoor (FCIA) InstallationGrounding the cabinet (1/2)

1. Make sure the groundingcable is fixed to the sitegrounding point.

2. At the top of the cabinet,remove the screw and starwasher.

3. Strip approx. 2 cm (0.79 in.) ofthe main ground cable.

4. If this is a NEBS installation,bring the mating surfaces of allunplated ground connectionsto a bright finish, using

emerycloth -(or other suitablemethod). Then coat theexposed ground cableconductor with antioxidant.

5. ….. Cont’d

Side view of Cabinet

A

B



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Flexi Cabinet for Indoor (FCIA) InstallationGrounding the cabinet (2/2)

1. Insert the stripped end of thecable into a cable shoe lugand crimp.

2. Fit the lug to the groundingpoint in the cabinet and fixwith a star washer and screw.

Tighten M5 to 3.5-4.2 Nm(2.58-3.10 ft-lb). Tighten M8 to8.0-10.0 Nm (5.9-7.37 ft-lb).

Top view of Cabinet

Check List

Cabinet is correctly grounded.



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Flexi Cabinet for Indoor (FCIA) InstallationInstalling Modules (1/2)

Recommended Installation Order

1 2 3

4

1. Push the front part of theguide plate in place first, andthen the back part.

2. Fix the cage nuts according tothe configuration.

3. Slide the first module in.

4. Fix the module to the cabinetwith screws.

5. Repeat for each subsequent

module.

Check List

Modules are installed according toinstructions.



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Flexi Cabinet for Indoor (FCIA) InstallationInstalling Modules (2/2)

Installation Example



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Flexi Cabinet for Indoor (FCIA) InstallationCabling Principles

Cabling Principles

Check List

Cables are correctly routed.

Cables are correctly connected.



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Content












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Flexi Multiradio BTS GSM/EDGE with Flexi Cabinet forOutdoor (FCOA) Installation



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Flexi Multiradio BTS GSM/EDGE with Flexi Cabinetfor Outdoor (FCOA) – General Procedure

Contents ofDelivery

Clearances

Changing thedoor opening

direction

Lifting thecabinet

Installing thecabinet

Grounding thecabinet

Installing theModules

CablingPrinciples

Routing cabinetexternal cabling

InstallingChecklist

1

2

3

5

6

7

8

9

10

11

C h e c k i n g

C a b l i n g

C h e c k -

l i s t

Start

Lifting the cabinetwith rope

Lifting the cabinetWith handles

Anchoring thecabinet

RecommendedInstallation order


Finish

MinimumClearance

Fixing points

C a b i n e t I n s t a l l a t i o n

M o d u l e I n s t a l l a

t i o n

Routing the cablesthrough cabinetbottom

Routing the cablesthrough cabinet roof Removing the

roof

4



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Flexi Cabinet for Outdoor (FCOA) InstallationContents of Delivery (1/2)

00049229FCOA Cabinet QuickGuide (1 pcs)

Site package 2

822546Dummy panel (10 pcs)

6150287Screws M5x12 (2 pcs)

6150747Screws K30x24 (4 pcs)

6401026Cable clamp (2 pcs)

822133Support rail (24 pcs)

6332594Loose cage nut (12

pcs)

6497988Lock latch (1 pcs)

824774Knock-out plate (2 pcs)

Site package 1

6490006Cabinet key (1 pcs)

6332594Cage nuts (56 pcs)

104

Ver-sion

Cont’d….

822990 Air Guide plate (2 pcs)

00044699Drilling template

470142AFCOAFlexi OD Cabinet

ProductCode

Contents ofdelivery

Delivery

Check List

Delivery is complete.


Flexi Cabinet for Outdoor (FCOA)

1550

770770



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Flexi Cabinet for Outdoor (FCOA) InstallationContents of Delivery (2/2)

CS71362114 batteries with accessoriesPowersafe battery 48V, 62 Ah

CS71362.034 batteries with accessoriesPowersafe battery 48V, 92 Ah

466289ALEKALifting eye bolts (4 pcs)Lifting eye bolts kit

469554AWLHALifting handles (2 pcs)Lifting handle kit

471020AFMBABattery kit

469956AWPMCWideband Power Unit

469955AWPUCPower Distribution UnitMIBBU delivery (Power-One)

469950AWPMBWideband Power Unit

471424AFSEBFlexi System External AlarmExternal alarm delivery

470144AFCDAFlexi Cabinet Fire Detector Fire detector delivery

Customer specific lock + key

469784AWPUBPower Distribution UnitMIBBU delivery (Eltek)

470145AFCSAFlexi Cabinet Site Support ModuleSite support delivery

CS7000000FPRAFlexi Power Rectifier Flexi Power Rectifier delivery

FCFA

Version

470146AFlexi Cabinet Air filter Air filter delivery

Optional items

….cont’d

ProductCode

Contents of deliveryDelivery



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Flexi Cabinet for Outdoor (FCOA) InstallationClearance

Minimumclearances Fixing points

Check List




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Flexi Cabinet for Outdoor (FCOA) InstallationChanging the door opening direction (1/2)

1

23

NOTE: If changing thehandedness of the door is notneeded, skip next step

Principle of changing the door opening direction

1. Detach the windstopper from the doorand cabinet.

2. Detach the groundingcable from the door.

3. Remove the hingepins and detach thedoor.

4. Remove the hingescrews and hingesfrom the cabinet

5. .…cont’d

4 Check List

Door opening direction andmagnetic sensor is changed.



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Flexi Cabinet for Outdoor (FCOA) InstallationChanging the door opening direction (2/2)

5. Remove the door lock-plate.

6. Move the hinges to the new location in the cabinet.

7. Flip the door upside down and install it to the cabinet using the hinge pins.

8. Thread the wind stopper to the guiding slot in the cabinet and then attach it to the door.

9. Detach the grounding cable from the cabinet and attach it to the new location.

10. Attach the grounding cable to the door.

11. Move the magnetic proximity sensor magnet part from the bottom of the door to thetop.

Principle of changing the door opening direction (cont’d)

5

6

6

78

79

10



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Flexi Cabinet for Outdoor (FCOA) InstallationRemoving the Roof

1. Open the cabinet door.

2. Pull the roof forward.

3. Lift the roof up keeping it level.


1

2

3

NOTE: You do not need to loosen or removeany screws when removing the roof.



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Flexi Cabinet for Outdoor (FCOA) InstallationLifting the Cabinet

Lifting the cabinet with a rope Lifting the cabinet with WLHA handles

1. Attach the lifting handles with four screwseach.

2. Lift the cabinet to the desired location.

3. Remove the lifting handles..

1. Attach the 4 x M12 lifting eye bolts to the liftingpoints.

2. Attach the hoisting belt or rope to the lifting eyebolts.



1

2


3

WARNING: The cabinet is heavy. Additional personnelor lifting equipment may be needed when the cabinet ismoved, unpacked, or lined up. In addition, follow anylocal regulations applicable to the installation.



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Flexi Cabinet for Outdoor (FCOA) InstallationInstalling the cabinet

Anchoring the cabinet 1. Mark the anchoring bolt holeswith the help of the drillingtemplate.

2. Drill the anchoring bolts holeson the base.

3. Attach the anchoring bolts tothe base.

4. Position the cabinet on theanchoring bolts.

5. Fix the nuts on the anchoringbolts.

6. Check that the cabinet is level.

7. Tighten the nuts properl(recommended 50Nm (36.87 ft-Ib)).

8. Make sure that any water willrun off the installation location.

Check List

Cabinet is anchored according toinstructions.



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Flexi Cabinet for Outdoor (FCOA) InstallationGrounding the cabinet

1. Make sure the groundingcable is fixed to the sitegrounding point.

2. Guide the cable through thecable entry (see section 10)

3. Strip approx. 2 cm (0.79 in.) ofthe main ground cable.

4. Insert the stripped end of thecable into a cable shoe lug fortwo M5 thread bolts or a M8thread bolt and crimp.

5. Fit the lug to the groundingpoint in the cabinet and fixwith a star washer and nut.

Grounding Points

Check List

Cabinet is correctly grounded.



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Flexi Cabinet for Outdoor (FCOA) InstallationInstalling Modules (1/2)

1

1. Remove the fixing studs from themodule casings.

2. Remove the cable support plates andtheir fixing screws from the casings.

3. Loosen the module core fixing screws.

4. Detach the cage nuts and supportplates behind them from the module.

Caution: Make sure that the modulecore does not slip out of the casing.

1. Fix the guide plates (from the sitepack).

2. If the cage nuts are not in their correctlocations by default, move them as

required by your configuration.3. Remove the unnecessary preinstalled

cage nuts, if applicable.

4. Slide the module into the cabinet.

5. Fix the module to the cabinet with corefixing screws.

6. Repeat for each subsequent module.

7. Install dummy panels into the emptyslots.

Installing the Flexi Multiradio, LTE or WCDMA modulesRecommended installation order

2

2

3 3 45

6

9

8



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Installation example,

starting from thebottom

Installing the Flexi Multiradio, LTE or WCDMA modules … cont’d

NOTE: The appearance of the modulesmay vary depending on the product ormodule type.

NOTE: Dummy panels are needed toensure proper cabinet cooling.

Check List


Dummy panels are installed according toinstructions.



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Installation example,

starting from thebottom

Installing the Flexi EDGE modules … cont’d

NOTE:

• The appearance of the modules may vary depending onthe product or module type.

• Dummy panels are needed to ensure proper cabinetcooling.

• If the air guide plate in the vertical rack is not required forthe configuration, it should be removed.

• The air separator plate is required if the System Moduleor the System Extension Module are installed in the

vertical left rack. Otherwise, use dummy panels in theempty slots.

Check List


Dummy panels are installed according toinstructions.



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Flexi Cabinet for Outdoor (FCOA) InstallationCabling Principles (2/2)

Check List Cables are correctly routed.

Cables are correctly connected.

Flexi EDGE cabling principles

Routing cables through

the bottom cable entry

Routing cables through the topcable entry



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Flexi Cabinet for Outdoor (FCOA) InstallationRouting cabinet external cabling (1/4)

Routing the cables through cabinet bottom 1. Remove 2 pcs of right hand sideM5x12 cable entry fixing screws(6150287) and take the wholepanel, including the cable entries,out of the cabinet.

2. Remove the left and right M5x6fixing screws (6150188) andremove the entry block. If onlyone entry block is needed leavethe other one fixed in place.

3. Route the cables through thebottom and entry box front hole.Do not fix the cables outside ofthe cabinet.

TIP: For easier installation, do not fixcables outside the cabinet.

This allows cables to be moved freely.4. Route the cables through the

opening on the sheet metal panel.

5. Remove the blocking plugs fromthe entry block. Pull the plugs toremove them from the block.

Keep the plugs fore later use.

1

2

3 4



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Routing the cables through cabinet bottom …cont’d6. If necessary, cut the rubber

sealing the hole according to yourcable thickness.

7. Organize the cables to the topand bottom row and place theentry block center piece inbetween the rows. Fix the centerpiece with left and right screws.

8. Place the cables to correct slotsand install the top and bottomrubber strips. Block any unusedholes with plugs.

9. Push back the whole assembly tothe entry box. First position it bythe left hook,then fix it with right-hand side entry screws.

10. Route the cables to the rightpositions inside the cabinet.Suitable free length can beadjusted by sliding the cablethrough the entry hole.

11. Fix the cables outside of thecabinet.

NOTE: Cable conduit can be routed through the topor bottom of the cabinet using the knock-out plates

provided in the site bag. There are three knock-outholes on the back side of the bottom cable entrybox.

Check List

Cables are routed correctly.

79



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Routing the cables through cabinet roof 1. Detach 2 pcs M5x12 screws

(6150287) from the bottom ofthe cabinet.

2. Detach the cable entry covertogether with the cableentries from the bottom of thecabinet.

3. Remove 4 pcs M5x6 screws(6150188) from the bottom ofthe cabinet.

4. Detach the two cable entriesfrom the bottom of thecabinet.

5. Detach the roof (see section

4 Removing the roof forinstructions).

6. Detach 4 pcs M5x6 screws(6150188) from the left-handside of the inner roof.

7. Remove the two side dummypanels.

2

13

5

6

7



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Routing the cables through cabinet bottom …cont’d6. Fix the upper cables to cable tie rails

with cable ties (if needed, cable tierails can be moved to the right orback side of the roof).

7. Install the two cable entries with 4pcs M5x6 screws (6150188). Seesteps 5 and 6 in section 10

8. Routing cabinet external cabling formore detailed instructions.

9. Fix the upper and lower cablesthrough the cable entries. See steps7 and 8 in section 10

10. Routing cabinet external cabling formore detailed instructions.

11. Reinstall the roof.

12. Install two dummy panels with 4 pcsM5x6 screws (6150188) to thebottom of the cabinet.

Check List

Cables are routed correctly

Cable entries are fixed.

The roof is installed and door closedonce the cabling is completed..

NOTE:

• The rubber cable entries are pre-installed at the bottom of thecabinet. If cable routing throughthe roof is preferred, the entries

need to be moved from thebottom to the roof.

• The cable tie rails come pre-installed. They can be moved andreinstalled on the left, right orback as desired.

• The cable entry blocks can bemoved to the back or oppositeside of the cabinet.

8

9 10

12



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Flexi Cabinet for Outdoor (FCOA) InstallationInstallation Checklist (1/2)

Delivery is complete and undamaged.

Cabinet is anchored according to instructions.

Cabinet is grounded.

Modules are installed according to instructions.

External power feed cable is connected.

External antenna feeder cables are connected.

External transmission cables are connected.



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Flexi Cabinet for Outdoor (FCOA) InstallationInstallation Checklist (2/2)

Cables are routed, connected and tied correctly.

All cable rubber seals are firmly in place.

Cables are routed downwards from modules.

Empty slots are covered with dummy plates.

Cabinet roof is installed.

Cabinet door is closed and locked.



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Content












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Flexi Multiradio BTS Feederless SolutionOverview (1/2)

• In a feederless BTS site, RFModule can be installed at adistance from the SystemModule.

• Since Flexi Multiradio BTS hascompatible optical OBSAIinterfaces in the System Modulesand separate optical convertersare not required.

• Flexi Multiradio feederless sitesupports:

• 1UD, IDD with 2UD, IDDwith 4UD with RF Moduleconfigurations

• 15, 30, 60W Tx power levelwith RF Module

• A maximum of 3 RF Modulesfor a remote island

• 1 shared RF Module and with a maximum distance of 200 m• EDGE license optimization• Dual band with any TRXs belonging to any band, but only 2 bands together • A maximum of 6 sectors• Where the distance is less than or equal to 20 Km and a maximum of 3 RF

Modules



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Flexi Multiradio BTS Feederless SolutionOverview (2/2)

• For the optical cable connection can use:

• with multimode fiber cables can be up to 200 meters long

• with a single mode fiber can up to 40 km.

– The longer cables are not delivered in fixed length but are made on the field basedon the required length.

– Characteristics of the optical OBSAI interface can be adapted to needs with the useof standard optical transceivers

• For the power supply distribution concept, can be fed to RF Module :

• Through the System Module

– The 48 VDC power distribution cable can run up to 100 m for the RF module

– In this case, the System Module and the RF Module require separate over voltageprotection devices (FSEC).

• Using a remote power supply with AC or DC. – The RF module has external alarm interfaces for the power supply and other generic

alarms.



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Flexi Multiradio BTS Feederless SolutionInstallation principle with AC power supply

SystemModule

OVP(FSEC)

RF Module

Power

Module(48VDC Out)

PowerSupply230V AC

(48VDC Input)

OVP(FSEC)

Optical fiber

48 VDC

Length < 2m

48 VDC

Length < 2m

Shielded cableLength < 100m

Cable shiled isgrounded via

OVP box



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Flexi Multiradio BTS Feederless SolutionInstallation principle with DC power supply

SystemModule

OVP(FSEC)

RF Module

PowerSupply48VDC

(48VDC Input)

OVP(FSEC)

Optical fiber

48 VDC

Length < 2m

48 VDC

Length < 2m

Shielded cableLength < 100m

Cable shiled isgrounded via

OVP box

(48VDC Output)



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Flexi Multiradio BTS Feederless SolutionContents of the optical cable deliveries

Multimode LC to LC fibre LSZH version*471852AFSFQ Flexi System FibreQ HF 50m

Multimode LC to LC fibre471712AFSFP Flexi System FibreP 200m

Multimode LC to LC fibre471743AFSFD Flexi System FibreD 4m

Multimode LC to LC fibre LSZH version*471851AFSFO Flexi System FibreO HF 2m

Multimode LC to LC fibre471709AFSFH Flexi System FibreH 30m

Multimode LC to LC fibre471708AFSFG Flexi System FibreG 20m

Multimode LC to LC fibre471707AFSFF Flexi System FibreF10m

Multimode LC to LC fibre471710AFSFI Flexi System FibreI 40m

470311A

471711A

471396A

471395A

Productcode

Singlemode LC to LC fibreFTCH Single Mode 1310 LC1310 15m

Multimode LC to LC fibreFSFK Flexi System FibreK 75m

Multimode LC to LC fibreFSFC Flexi System FibreC100m

Multimode LC to LC fibreFSFB Flexi System FibreB 50m

DescriptionCable type

* LSZH = Low Smoke Zero Halogen

Contents of the optical cable deliveries



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Flexi Multiradio BTS Feederless SolutionInstalling Flexi System External OVP (FSEC) - Overview

• The Flexi System External OVP (FSEC) assembly protects the Flexi MultiradioBTS modules against surge pulses in power feeding lines.

• There are three versions of the FSEC, which are separated from each other by thefirst two digits of the factory code:

– 6Yxxxxxxxxx

– E4xxxxxxxxx

– S1xxxxxxxxxSystemModule

RFModule

RFModule

RFModule

FSEC

FSEC

FSEC

FSEC

FSEC

FSEC

From Powerdistribution ports

• There are two mountingkits for the FSEC:

– Flexi Mounting Auxiliary Brackets(FMAA) for stack

installations – Flexi Pole Installation

Kit (FPIA) for poleand wall installations

installation example with threeRF Modules



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Flexi Multiradio BTS Feederless SolutionInstalling FSEC - Installation position (1/3)

• If using Flexi Mounting Auxiliary Brackets (FMAA), see the followingfigures for the installation position of the FSEC on the module casing.

FMAA with FSEC

FMAA with two FSECs



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Flexi Multiradio BTS Feederless SolutionInstalling FSEC - Installation position (2/3)

• If using Flexi Mounting Auxiliary Brackets (FMAA), see the followingfigures for the installation position of the FSEC on the module casing.

FMAA with FSEB and FSEC



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Flexi Multiradio BTS Feederless SolutionInstalling FSEC - Installation Procedure (1/5)

1. Open the lid of the FSEC box.

If you have version S1xxxxxxxxx,

remove the protector board from insidethe FSEC at this point to make

connecting the wires easier.

2. Install the box.

The maximum installation distance of

the FSEC is 1.5 m (59.1 in) from the RF

Module.

2. Cont’d ……In pole

installations, use the

fixing kit:

a) Thread the strainingstraps to theinstallation plate.

b) Tighten the strainingstraps around the

pole.

1

2a 2b



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3. Connect the grounding

cable (GND).

Route the grounding cable from

the bottom right corner of the

FSEC box to the grounding

point on the plinth.4. Cut the DC cable included

in the delivery close to the

connector, strip it as

necessary to reveal the

black and blue wires and

connect the wires

3

4 4

4



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5. Connect the other end of the DC cable

to the RF Module.

Make sure that the seal cap is in place.

6. Connect the DC feeder cable to the

FSEC box as shown in the figures.

Connecting DC cableto Dual RF Module

Connecting DC feedercable to FSEC(6Yxxxxxxxxx)

48V system floating or 48V system positive grounding

+24V/48V system, negative grounding

5

6

6 6

66

Note:

• The colours of the cables may vary depending on the country or cable type.

• The shielding of the feeder cable must be connected to the PE terminal at both

ends.



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7. Route the DC cable to the System Module.

8. If S1xxxxxxxxx is used, reinstall the protector board.

9. Install the module front covers.

7



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7. If used, connect the alarm

cable (not included in the

FSEC delivery).

8. Repeat steps 4-7 for

connecting the FSEC to the

System Module.

9. Check the FSEC

connections and close the

box.

10

12



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Content












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Installing Optional Items/modules:

• Installing Flexi System External Alarm (FSEB)

• Installing Flexi Power Module (FPMA)

• Installing Flexi Power Rectifier (FPRA)



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• Installing Flexi Power DC/DC Module 24V (FPDA)• Installing Flexi Power Rectifier (FPRA)



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Installing Flexi System External Alarm (FSEB)Overview

• The optional Flexi System External Alarm Module (FSEB) is used when up to24 external alarm inputs and 6 control outputs need to be supported with FlexiMultiradio BTS.

• The FSEB can be installed in the following ways:

– On a wall (vertical or horizontal position)

– On a module casing in pole, wall, or stack installations using Flexi Mounting AuxiliaryBrackets (FMAA).

– In the FCIA or FCOA roof (horizontal position only)

– In Citytalk cabinets, the FSEB can be installed on top of the stack (depending onworking space) or outside of the cabinet. The box cannot be installed on the roof.

• The module also supports Flexi Cabinet Fire Detector (FCDA).

• If there is not enough space left for the FSEB or other auxiliary boxes on the FCIA,

FCOA, or the FMAA, the additional auxiliary box(es) must be installed on a wall orpole close to the BTS.

• In stack, wall or pole installations, additional FMAA brackets can also be installed ifthere are multiple plinths. Note that the distance from each box to the BTS islimited by the lengths of the cables coming from the auxiliary box.



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Installing Flexi System External Alarm (FSEB)Installation Position (1/3)

FMAA with FSEB

FMAA with FSEB and FSEC

installation position of the FSEB

on the module casing.

Before installing the FSEB, see FSEB interface signals and connector pin

assignments.

In pole or wall installations, locate the box in the proximity of the System Module. Inwall

installations, make sure that the mounting surface is flat. The distance from the

FSEB

to the System Module is limited by the length of the alarm cable.

If using Flexi Mounting Auxiliary Brackets (FMAA), see the following figures for the



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FSEB fixing points on the FCOA roof

In FCIA and FCOA installations, use the fixing points on the cabinet roof.

FSEB fixing points on the FCIA roof

Summary

The FSEB can be installed either horizontally (cable lead-ins on the side) or

vertically (cable lead-ins facing downwards, or left or right). See the following figuresfor the two installation options.



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Note : In outdoor installations, the cable lead-ins mustbe facing downwards, left or right to meet the IP65standard.


FSEB installed horizontally

FSEB installed vertically

FSEB connectors

Fixing FSEB cables

When the cable is routed down, tie the cable a maximum of500 mm (19.7 in.) away from the FSEB to prevent theweight of the cable to break the cable lead glands of theFSEB.

• When connecting the cables, make sure that the cable lead-ins that are not used

are blocked.

• A module ground cable is not included in the FSEB delivery. The minimum cross-section of the cable should be 2.5 mm2 (14 AWG). The length of the cable

should be determined based on the FSEB installation option (for example pole,

wall, cabinet, 3rd party cabinet)

Summary

• The FSEB can be installed either horizontally (cable lead-ins on the side) or

vertically (cable lead-ins facing downwards, or left or right). See the following

figures for the two installation options.



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Installing Flexi System External Alarm (FSEB)Installation procedure (1/3)

1. Install FSEB with four M5 screws using the fixing holes

in the bottom of the box.

2. Ground the box using the grounding screw on the right

side of the FSEB front plate.

3. Connect the ESD wrist strap first to your wrist and then

to the grounding clip next to the grounding screw.

4. Open the lid of the FSEB box.

5. Connect the external alarms cable (included in the

FSEB delivery) from the FSEB to the System Module.

See the notes page for detail.

1

2

3

5a5b

5c

5d

5e 5g

5f 5i

Steps:

1. Install FSEB with four M5 screws using the fixing holes in the bottom of the box.

2. Ground the box using the grounding screw on the right side of the FSEB front plate.

3. Connect the ESD wrist strap first to your wrist and then to the grounding clip next to the grounding screw.

4. Open the lid of the FSEB box.

5. Connect the external alarms cable (included in the FSEB delivery) from the FSEB to the System Module.

a) Pull the left U-shaped cable gland from the FSEB box.

b) Remove the hole closing plug from the cable gland. If the plug is fixed with a cable tie, cut the cabletie first and remove it.

c) Insert the cable in the cable gland. The D-Sub plug must point to the inside of the box.

d) Connect the D-Sub plug to the leftmost D-Sub connector X1101 (ESM) on the FSEB board.

e) Fix the connector fixing screws.

f) Insert the U-shaped cable gland to the front plate.

g) Insert the cable to the round rubber-seal in front of the U-shaped cable gland.

h) Fix the cable with a cable tie. Make sure that the U-gland fixes the cable tightly. The cable must notmove inside the gland.

i) Route the cable between the FSEB and System Module and fix it with cable ties. The first fixing pointmust not be further away from the FSEB box than 0.5 m (1.6 ft).

j) Remove the cover of the EAC connector on the System Module.

k) Insert the other end of the cable with the MDR-36 connector to the EAC connector of the SystemModule. Make sure that the MDR connector is firmly in place.

l) Push the connector cover over the MDR connector and seal the EAC connector at the SystemModule with this cover.



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Installing Flexi System External Alarm (FSEB)Installation procedure (2/3)

6. If you are using an existing

alarm cable (cable

diameter min. 4-6 mm,

ovality 1 mm) with a 37-

pole D-Sub connector,

connect the cable with a D-

Sub connector.

7. If you are using the

separate alarm cables,

connect them to the screw

terminals

8. If you are using the control

output cables, connectthem as figure:

6. If you are using an existing alarm cable (cable diameter min. 4-6 mm, ovality 1 mm) with a

37-pole D-Sub connector, connect the cable with a D-Sub connector as follows:

☞

These two alarm cables can be connected to the EACX-I and EACX-II connectors of the FSEB,respectively. Connect the Flexi Multiradio BTS alarm cables (CS73113.01) 1-12 and 13-24 to

EACX-I and EACX-II connectors. Pay attention to connect them to the right EACX connector,

otherwise the alarm number and alarm description will not match. After the installation, trigger and

verify the alarm condition using the 2G Flexi BTS Site Manager.

a) Pull the right U-shaped cable gland from the FSEB box.

b) Cut the cable tie off the cable gland.

c) Remove the hole closing plug from the cable gland.

d) Insert the alarm cable in the cable gland. The D-Sub plug must point to the inside of the

box.

e) Attach the D-Sub plug to the right 37-pole D-Sub connector X4101 (EACX-I port).

f) Fix the connector fixing screws.

g) Insert the U-shape cable gland to the front plate.

h) Insert the cable to the round rubber-seal in front of the U-shaped cable gland.

i) Fix the cable with a cable tie. Make sure that the U-gland fixes the cable tightly. The cable

must not move inside the gland.

j) Route the cable and fix it with cable ties. The first fixing point must not be further away

from the FSEB box than 0.5 m (1.6 ft).



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7. If you are using the separate alarm cables, connect them to the screw terminals as

follows:

a) Tighten the cable gland nut. The cable must not move inside the gland.b) Insert the alarm cables in the FSEB box by using the cable glands on the right-side half

of the FSEB box.

c) Route the alarm cables and fix them with cable ties. The first fixing point must not be

further away from the FSEB box than 0.5 m (1.6 ft).

d) Attach alarm lines EXT_AL1 to EXT_AL12 using screw terminal blocks X4106-X4109.

e) For each alarm input, connect one wire to the GROUND screw terminal blocks X4107 or

X4109 and connect one wire to the selected alarm input on screw terminal blocks X4106

or X4108. The alarm inputs are marked on the FSEB board with 'EXT_AL6 ... EXT_AL1'

on X4106 and 'EXT_AL12 ... EXT_AL7' on X4108.

☞ If you use alarm inputs on the EACX-I port (D-Sub connector X4101), do not use the

same alarm inputs on the screw terminals X4106 and X4108.

8. If you are using the control output cables, connect them as follows:

a) Tighten the cable gland nut. The cable must not move inside the gland.

b) Insert the control output cables in the FSEB box by using the cable glands on the right-

side half of the box.

c) Route the control cables and fix them with cable ties. The first fixing point must not be

further away from the FSEB box than 0.5 m (1.6 ft).

d) Attach the control lines EXT_CO1 to EXT_CO6 by using the screw terminal blocks

X4104 and X4105.

e) Control outputs are open collector type. Connect a pull-up resistor (2-6 kilohms, 5

kilohms is recommended) or an opto-coupler to +5 V to ensure correct operation. The

control outputs are marked on the FSEB board with 'EXT_CO6 ... EXT_CO1‘ on X4104.

If galvanic isolation is required for the customer application, see the figure above for an example

with an opto-coupler. Follow the country-specific safety requirements.

The transistors and the serial resistors on their collectors are located in the System Module (not

in FSEB).

☞ If you use control outputs on the EACX-I port (D-Sub connector X4101), do not use the same

control outputs on the screw terminal X4104.



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Installing Flexi System External Alarm (FSEB)Installation Procedure (3/3)

9. Install the fire detector to the FSEB (optional).

10. Install the cover of the FSEB box and tighten the eight screws to 1.7 Nm.

Install the cover

10

9. Install the fire detector to the FSEB (optional):

a) Connect the fire detector to the FSEB using a four-wire cable. Two wires are needed for

fire detector power supply and two for the fire detector alarm connection.

b) Attach the four wires of the cable to the fire detector relay-base.

c) Insert the other end of the four wire cable through one cable gland at the right half of the

FSEB box. Tighten the cable gland nut.

d) The cable must not move inside the gland.

e) Route the cable and fix it with cable ties. The first fixing point must not be further away

from the FSEB box than 0.5 m (1.6 ft).

f) Attach the wire marked with + from the fire detector to the leftmost or rightmost opening

of the screw terminal X4114.

g) Attach the wire marked with - from the fire detector to one of the four middleopenings of

the screw terminal X4114 marked with GND.

h) Attach the fire detector alarm wires to one of the alarm inputs 'EXT_AL12 ... EXT_AL1'.

10. Install the cover of the FSEB box and tighten the eight screws to 1.7 Nm.



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Installing Flexi System External Alarm (FSEB)Connecting external alarms cable

• There are two options for external alarm cables in Flexi BTS:

– Flexi System External Alarm Module (FSEB) external alarm cable

– Flexi System Alarm cable (FSAA)

• The FSEB external alarm cable is connected from the System Module to theFSEB.

• The FSAA cable connects from the System Module directly to UltraSite,ExtraTalk, or other alarm systems.

• The FSAA cable is used when an FSEB is not required.

• The FSAA cable is used when an FSEB isnot required.

• The FSAA cable connects directly toUltraSite and ExtraTalk alarm cables withthe Dconnector.

• The FSAA cable can be connected to otheralarm systems by cutting the Dconnector and connecting the wires to the terminals.

Steps:

1. Remove the connector seal from the external alarms connector in the System Module

front panel. Store the seal for later use. The seal can be stored in the plinth.

2. Route the external alarms cable through the cable entry (stack, wall and pole

installations).

3. Pull back the connector seal covering the external alarms cable connector.

4. Connect the cable to the external alarms connector.

5. Push the cable connector seal firmly in place.

6. Route and connect the other end of the external alarms cable to the external alarms

control box or to the distribution frame. If connecting to an FSEB, connect the other end of

the cable to the ESM connector in the FSEB. If connecting to an UltraSite or ExtraTalk alarm

cable, connect the other end to the cable.

7. Make sure that all connector seals are firmly in place.



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Installing Flexi System External Alarm (FSEB)Installing optional Flexi Mounting Auxiliary Brackets

(FMAA)• The FMAA can be used with the following auxiliary units:• Flexi System External Alarm (FSEB)

• Flexi System External OVP (FSEC)

• Location Measurement Unit (LMUB) Outdoor

1. Remove the four connection pins

from the casing on which the

FMAA will be installed.

2. Align the outer holes of each

bracket with the connection pin

holes.

3. Use the M5 X 6 screws to mount

each bracket to the casing.

4. Mount the auxiliary unit on the

brackets

1

3

44

3

Before you start

Make sure the mains breaker is off. For FPMA installation locations in Flexi

Multiradio BTS configurations..



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• Installing Flexi Power DC/DC Module 24V (FPDA)




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Installing Flexi Power Module (FPMA)FPMA in stack, wall, and pole (1/3)

• The Flexi Multiradio BTS uses 48 VDC power.

• In a BTS site with AC feed only, a Flexi Power Module (FPMA) isrequired for converting the AC to DC before feeding the DC power to theSystem Module.

• The Flexi Power Module (FPMA) consist of :

• Mechanics

• AC terminal

• and four slots for AC/DC sub-module (FPAA) or battery sub-module(FPBA)

AC input cabling

to FPMA

+

-

48VDC

output to

BTS

AC feed to

FPAA (3pcs)

Example of FPMA with3 AC/DC sub-modulesand 1 Flexi Power

Battery



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• The following FPMA and FPAA/FPBA combinations are allowed:

• Up to two FPMAs can be connected to one System Module

• If two FPMAs are connected to the same System Module, doublerubber boots (822862) are required for safety

• Any combination of up to four FPAAs and FPBAs can be installed inone FPMA

• To find the number of FPAAs required for a configuration, see thesection Common cabinet configurations in the documents CreatingStack, Wall and Pole Configurations for Flexi Multiradio BTSGSM/EDGE . See also Creating FCIA configurations for Flexi MultiradioGSM/EDGE BTS and Creating FCOA configurations for Flexi

Multiradio GSM/EDGE BTS.• If two FPMAs are connected to the same System Module and both

FPMAs contain FPBAs, the current draw is distributed evenly amongall FPBAs.



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• The FPMA must be located close enough to the System Module so that the alarm cableand DC power cables reach the appropriate connectors without blocking access to othermodules.

• In stack, wall, and pole installations, the recommended location for the FPMA is below theSystem Module on the same plinth.

• By default, the DC output voltageof the FPMA is floating nominal48 VDC, however, it can also bepositive grounded as in the figure.

• The maximum diameter of the ACpower feed cable is 24 mm (0.9in.)

up to 10 mm2 (7 AWG)Flexible with ferrule (with plastic sleeve)

up to 6 mm2 (9 AWG)Flexible with TWIN ferrule

up to 10 mm2 (7 AWG)Flexible with ferrule (without plastic sleeve)

up to 10 mm2 (7 AWG)Flexible

up to 16 mm2 (6 AWG)Rigid (solid or stranded)

ValueRated connecting capacity

Maximum sizes of conductors



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Installing Flexi Power Module (FPMA)FPMA in stack, wall, and pole – Installation Procedure (1/5)

1. Install the Flexi Power Module (FPMA) andground it.

2. Loosen the two top screws and detach thebottom screw.

3. Remove the ingress protection plate fromthe left-hand side of the FPMA.

4. Pull out the AC terminal plate.

5. Route the cable through the round hole inthe top left corner of the ingress protectionplate.

6. Route the cable through the cable clampon the AC terminal plate.

1

2

3

6

5

Before you start

• Check that the mains breaker is off.

• For FPMA installation locations in Flexi Multiradio BTS configurations, see

Optional power modules (FPDA and FPMA) in Flexi Multiradio BTS configurations.

Steps:



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7. Make the AC connection

See the figures for AC connection alternatives

Note: Danger of lethal voltages! Switch offthe AC power breaker before connectingthe AC cable.

Single phase AC connection, 230 VAC

Split Phase L1-L2 base voltage 100-120 V AC

3-phase star connection, 230 V AC

3-phase delta connection, basevoltage 100-120 V AC

NOTE:REMOVE BRIDGES

NOTE:REMOVE BRIDGES

Note: The colours of the wires may vary depending onthe country.



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8. Push the AC terminal plate halfway back

into its slot.

9. Install the FPAA sub-modules required

by your configuration.

The first or only FPAA must always be installed

in the leftmost module slot. If there are empty

slots, they must always be on the right.

8. Fix the FPAA screws.

9. Connect the AC cable from the FPAA to

the FPMA AC terminal plate.

10. If you are using battery backup, installthe FPBA sub-modules required by your

configuration.

8 9

10

11

12



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13. If alarms from the FPMA to the

System Module are needed,

connect the alarm cables.

a) Remove the ingress protection

from the alarm cable connectors in

FPAA and FPBA.

b) Chain the sub-modules together

with the alarm cable from left toright.

c) Connect the alarm cable from oneof the sub-modules to the FPA

connector on the System Module.

14.Connect the DC cables to all the

sub-modules.

15.Push the AC terminal plate all the

way back into its slot.

13a

13b 13c

14

15



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16.Reinsert the ingress protection plate with

cables routed through it.

17.Fix the screw.

18. Install the cable entries.

19.Route the DC power feed cables through

the cable entries and connect them from the

FPMA to the System Module.

20.Check that the cable connectors' seal caps

are firmly in place.

21.Connect the mains power.

22.Power up the site.

23.Turn on the FPAA and FPBA by pushing

the switch.

24. Install the FPMA module front panel cover.

25. If FPBA(s) are used, shortly disconnect the

AC mains power after commissioning.

16

18

17

Note :

For step 23: Turn on the FPAA and FPBA by pushing the switch.

Make sure that the FPAA LED is stable green and the FPBA LED is green and

blinking slowly (charging). To maximise the FPBA life-time, the charging current is

limited. Therefore, it can take up to 12 hours to fully charge an empty FPBA.

For step 25: If FPBA(s) are used, shortly disconnect the AC mains power after

commissioning.

After the site is fully commissioned and integrated, disconnect the AC mains power

for a short while to ensure that the FPMA is able to supply the site and that the 7995

MAINS BREAKDOWN WITH BATTERY BACK-UP alarm is raised on the BTSManager.



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Installing Flexi Power Module (FPMA)FPMA in Flexi Cabinet for Indoor (FCIA)



• If two FPMAs are connected to the same System Module, double rubber boots(822862) are required for safety

• Any combination of up to four FPAAs and FPBAs can be installed in one FPMA

• To find the number of FPAAs required for a configuration, see the sectionCommon cabinet configurations in the documents Creating FCIA configurationsfor Flexi Multiradio GSM/EDGE BTS .

• The FPMA must be located close enough to the System Module so that the alarmcable and DC power cables reach the appropriate connectors without blockingaccess to other modules

• In FCIA, the recommended location for the FPMA is next to the System Module in

the rack.



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Installing Flexi Power Module (FPMA)FPMA in Flexi Cabinet for Outdoor (FCOA) – Installation

Procedure1. Remove the connection

pins for the module casing.

2. Remove the support plate

behind the cage nuts.

3. Detach the cage nuts from

the module.

4. Fix the cage nuts (from the

module) on the rack on the

left-hand side of the cabinet.

5. Insert the module.

6. Fix with screws.

7. Connect the mains breaker.

The sub-modules can be installed insidethe FPMA before installing it into thecabinet.

1

2

32

3 3

Before you start


Multiradio BTS configurations, see Optional

power modules (FPDA and FPMA) in Flexi Multiradio BTS configurations.



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Installing Flexi Power Module (FPMA)FPMA in Flexi Cabinet for Indoor (FCIA)



• If two FPMAs are connected to the same System Module, double rubber boots(822862) are required for safety

• Any combination of up to four FPAAs and FPBAs can be installed in one FPMA

• To find the number of FPAAs required for a configuration, see the sectionCommon cabinet configurations in the documents Creating FCOAconfigurations for Flexi Multiradio GSM/EDGE BTS.

• The FPMA must be located close enough to the System Module so that the alarmcable and DC power cables reach the appropriate connectors without blockingaccess to other modules

• In FCIA, the recommended location for the FPMA is next to the System Module on

the horizontal rack or on the vertical rack closest to the System Module.



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Installing Flexi Power Module (FPMA)FPMA in Flexi Cabinet for Indoor (FCOA) – Installation

Procedure (1/2)

1. Remove the connection pins

for the module casing.

2. Remove the cable support

plates from the casings.

3. Remove unit fixing screws

(tx25) and 10mm thick spacer

plates beneath them.

4. Remove gage nuts (4pcs) and

thin support plate (2pcs).

5. Detach the cage nuts and

support plates behind them

from the module.

6. Remove the air separator

plate.

3

2

1

2

33

Before you start





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Installing Flexi Power Module (FPMA)FPMA in Flexi Cabinet for Indoor (FCOA) – Installation

Procedure (2/2)

7. Fix the cage nuts (from

the module) on the rack

on the left-hand side of

the cabinet.

8. Insert the module.

9. Fix with screws and thick

spacer plates.

10. Connect the mains power.

7 8

Before you start





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Installing Flexi Power Module (FPMA)Connecting Power Module alarm cables

• The Power Module (FPMA) alarmcables are connected betweenPower Module submodules.

1. Remove the IP seals from the alarm cableconnectors in the FPAA and FPBA.

2. Chain the sub-modules together with thealarm cable from left to right.

3. Connect the alarm cable from one of thesub-modules to the System Module.

4. Make sure that all connector seals arefirmly in place.

Procedure installation

Notes:

• Incorrect cables and seals may not provide secured weather protection. In outdoor installations,including the outdoor cabinet, use only tested IP65 class outdoor cables with seals provided by

Nokia Siemens Networks. This is also recommended for indoor installations.

• Store all unused seals for later use.

• Risk of damage to equipment. Connector seals or boots must be installed at all times, whether

the site is active or not.



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Installing Flexi Power DC/DC Module 24V (FPDA)Overview

• The FPDA is an isolated 2U-high DC/DC Power Module that converts nominal 24 VDC input voltage to 48 V DC nominal output voltage and 2 kW power.

• When the BTS power load is more than 2 kW, multiple FPDAs can be installed inparallel.

• When FPDAs are used in parallel, a maximum of two DC cables can be installedtogether at each output terminal. This limitation is due to:

• The output current from the FPDA where all three are combined would exceedthe safety limits for the thickness of the DC cables provided in the delivery.

• The safety rubber boots provided in the delivery can accommodate up to twoDC cables per terminal.

• The DC output terminal bolt length can accommodate up to two DC cables perterminal

Before you start





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Installing Flexi Power DC/DC Module 24V (FPDA)FPDA provisioning based on number of FPDAs (1/3)

• examples of FPDA provisioning based on the number of FPDAs

CircuitBreaker

FPDA SystemModule

24 VDC 48 VDC

CircuitBreaker

FPDA SystemModule

24 VDC

48 VDC

CircuitBreaker

FPDA24 VDC

48 VDC

CircuitBreaker

FPDA System

Module

24 VDC 48 VDC

CircuitBreaker

FPDA SystemModule

24 VDC

48 VDC

CircuitBreaker

FPDA24 VDC

48 VDC

with one FPDA

with two FPDAs

with three FPDAs twosystem modules(sample 1)

the power draw from the System

module to the single FPDA cannotexceed 2kW.

Note:

•When FPDAs are installed in parallel, the DC output cables should be installed

together at the FPDA closest to the System module.

•Two additional 4 AWG (25 mm2) cable lugs are required for each additional FPDA

used in parallel. These lugs are not included in the delivery and must be sourced

locally.

•When FPDAs are installed in parallel and a power failure occurs in a DC line, the

input voltage to the System module will likely drop below the acceptable level. If an

FPDA is overloaded with power, then the unit will shut itself down.

•In the example in Figure FPDA provisioning for configurations with three FPDAs

and two system modules (sample 1), the power draw from the System module to

the single FPDA cannot exceed 2kW.



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• examples of FPDA provisioning based on the number of FPDAs … cont’d

CircuitBreaker

FPDA SystemModule

24 VDC 48 VDC

CircuitBreaker

FPDA SystemModule

24 VDC

48 VDC

CircuitBreaker

FPDA24 VDC

48 VDC

with three FPDAs onesystem module(sample 3)

48 VDC

with three FPDAs twosystem modules(sample 2)

CircuitBreaker

FPDA24 VDC 48 VDC

CircuitBreaker

FPDA

SystemModule

24 VDC

48 VDC

CircuitBreaker

FPDA24 VDC

Note:

•In Figure provisioning for configurations with three FPDAs and one system module

(sample 3), FPDA provisioning requires four pairs of double rubber boots (822862)for safety. The standard delivery for this configuration only includes three pairs of

double roots.

•An extra pair must be ordered as a spare part for combining the DC cables at each

System Module input terminal.



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• examples of FPDA provisioning based on the number of FPDAs … cont’d

CircuitBreaker

FPDA SystemModule

24 VDC

48 VDC

CircuitBreaker

FPDA24 VDC

48 VDC

with four FPDAs twosystem modules

CircuitBreaker

FPDA SystemModule

24 VDC

48 VDC

CircuitBreaker

FPDA24 VDC

48 VDC

The FPDA is delivered with two

sets of rubber boots:

• one set accommodates

cable thickness of 35-50

mm2 (2 to 1/0 AWG) for

24 V DC input. Required

cable thickness depends on

the distance and voltage

drop from the external 24 V

DC power supply.

• the other set accommodates up to two 25 mm2 (4 AWG) cables per terminal for 48 V DC

output to the System module. These boots can be used for single or dual DC cables at

each power terminal. Dual usage is required for pairing (chaining) cables when two FPDA

modules are used in parallel as shown in figure Parallel FPDAs with paired (chained) DC

cables and boots.

Note:



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Installing Flexi Power DC/DC Module 24V (FPDA)Installation procedure (1/3)

1. Install the FPDA and (in cabinet

installation) fix the module to the

cabinet with screws.

2. Attach the cable entries using

two screws (in stack, wall and

pole installation).

3. Make sure that the power switchon the front panel is in the stand-

by position.

4. Connect the grounding cable to

the plinth (in stack, wall and pole

installation).

23

4

Note:



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5. Remove the bolts and washers

from the DC output terminals.

6. Insert the rubber boots to the DC

output cables.

7. Route the DC output cables

through the cable entry (in stack,

wall and pole installation).

8. Connect the V48N- cable to the

minus terminal and V48RTN+

cable to the plus terminal in the

FPDA module.

9. Tighten the bolts to 10.0 - 14.0Nm (7.0 - 9.8 ft -lb) Nm.

10. Pull the rubber boots over the

DC output terminals.

11. Connect the DC output cables to

the System Module.

5

6

7

8 10

Note:

For no: 6 Insert the rubber boots to the DC output cables.

If the cable is 50 mm2, cut the rubber boot to fit the cable.

If two FPDAs are used in parallel, cut the sealed hole on the DC output boots.

For no: 7 7 Route the DC output cables through the cable entry (in stack, wall

and pole installation).

Use the top right entry hole for the V48N- cable and bottom right entry hole for the

V48RTN+ cable.

For no: 11 Connect the DC output cables to the System Module.

Note that there is a risk of short circuit. Connect the power cable as instructed.



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16. Connect the 24 V DC supply (and the battery circuit breaker if the 24 V DC supply

system is a battery back-up system). Make sure the LED is yellow.

17. Switch on the power by pushing the power switch on the front panel of the FPDA. Make

sure the LED is green.

18. Make sure that the unused connectors are covered with seal caps.

19. Install the module front cover ( in stack, wall and pole installation).

12. Remove one of the alarm connector seals on the

front panel of the FPDA and connect the alarm

cable.

13. Check that the power switch on the front panel of

the FPDA is still in the stand-by position.

14. Make sure that the 24 V DC supply for the FPDA is

de-energised and connect the DC input cables

similarly as the DC output cables.

15. 15 Connect the AC mains power for the 24 V DC

supply system.

Note:

For 12 Remove one of the alarm connector seals on the front panel of the

FPDA and connect the alarm cable.

Make sure that you are inserting the cable connector as instructed in the figure.

For no: 14 Make sure that the 24 V DC supply for the FPDA is de-energised

and connect the DC input cables similarly as the DC output cables.

Connect the minus wire to the minus terminal and the plus wire to the plus terminal.

Note that the DC input cables are not included in the delivery. The length and

thicknessof the DC input cables must be defined based on the distance to the 24 V

DC power source. The maximum thickness of a DC input cable that can be installed

to the FPDA is 50 mm²/AWG 1/0



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Installing Flexi Power DC/DC Module 24V (FPDA)Optional power modules combination (FPDA and FPMA)Installation location for 1+1+1 up to 6+6+6 2UD with one RF Module

1+1+1 upto 6+6+6 2UD configuration in a stack,with FPDA

1+1+1 upto 6+6+6 2UD configuration in a stack,with FPMA



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1+1+1 upto 6+6+6 2UDconfiguration on a wall, with FPDA

1+1+1 upto 6+6+6 2UDconfiguration on a wall, with FPMA



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1+1+1 upto 6+6+6 2UDconfiguration on a pole, with FPDA

1+1+1 upto 6+6+6 2UDconfiguration on a pole, with FPMA



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1+1+1 up to 6+6+6 2UDconfiguration in FCOA, with FPDA

1+1+1 up to 6+6+6 2UDconfiguration in FCOA, with FPMA



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Installing Flexi Power Rectifier (FPRA)Overview

• The FPRA also includes a Power Distribution Assembly(PDA), which contains a fully integrated battery protectionLVD, load/battery circuit breakers.

• Alarm signals to the BTS Alarm interface are connected to thePDA unit via a pull out Alarm Interface Card.

FPRA Power Distribution Assembly unitFPRA Alarm Interface card



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Installing Flexi Power Rectifier (FPRA)Principles for installing FPRx in Flexi Multiradio BTS configurations(1/2)

• The FPRx can be installed anywhere in a stack or cabinet provided that the 2 m(6.6 in.) alarm cable can be connected between the FPRx and System Module(System Module).

• In indoor cabinet (FCIA) installations, the recommended location forFPRx is:

• without batteries at the top of the cabinet, near the cabinet roof.

• with batteries near the bottom of the cabinet, in the next available rack space abovethe batteries.

• In outdoor cabinet (FCOA) installations, the recommended location forFPRx is:

• without batteries:

– If batteries are not used, only the FPRB or FPRC can be used in FCOA

– If the System Module (ESMB/C) is in the top vertical rack, install the FPRB/FPRCmodule on the lower vertical rack

– If the System Module is in the horizontal rack, install the module in the top verticalrack.

• with batteries:

– Site Support Module (FCSA) is installed inside the FCOA cabinet



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Installing Flexi Power Rectifier (FPRA)Principles for installing FPRx in Flexi Multiradio BTS configurations(2/2)

• In Stack installations, the recommended location for FPRx is:

• In outdoor only the FPRC module can be used because of WDR

requirements. Flexi front and back covers must be used.

• For indoor any FPRx can be used.

• Location is the bottom of the stack.

• This allows for easier future expansion because the top sector can be

expanded without the Upgrade RF Cable Kit (EUCA).

• In wall and pole installations, the recommended location for FPRx is:

• Only the FPRC is used in wall and pole installations. Flexi front and back covers

must be used.

• The recommended location is either on the same plinth as the System Module

or on an adjacent plinth



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Installing Flexi Power Rectifier (FPRA)Connecting FPRA alarms cables

• FPRA delivery does not include any alarm cables.

• The required cables are either supplied with the interconnecting units (FlexiSystem External Alarm (FSEB) and/or Flexi Cabinet Site Support Module(FCSA)) or must be ordered separately depending upon the configuration.

• When using Flexi Power Rectifier (FPRA) with Flexi Cabinet Site SupportModule (FCSA) in an outdoor application, there are three different cablingconfigurations for Flexi Multiradio BTS which can be used depending uponthe number of alarms signals required by the user

FPRA front view



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Installing Flexi Power Rectifier (FPRA)Connecting FPRA alarms - Overview

• The PDA supplies six isolated and floating EAC alarms to the BTS, whichare summarised in the table below.

• Battery temperature High/Low

• Rectifier temperature High

• Rectifier over current

• Battery test failure

• Rectifier fail

• High float voltage

• Battery low voltage

• PDA controller fail

Remote-start for Battery TestExt Alarm In

• Extended mains voltage range

• Low mains voltage range

Minor

• Rectifier Fan Failure

• Input voltage too high or too low (rectifier shutdown)

• Surge Protection Device failed

Major

• DC distribution failure (e.g. Circuit Breaker tripped)Critical

Main 3

Main 2

Mains phase failure indicates any single phase voltage of the 3-phase FPRA power sourceconfiguration that is below 85 V AC

Main 1

Description (see Tip below the table)EAC alarm

☞ The settings listed in the above table are the factory-default alarm settings. Theuser can re-configure the alarm settings as required.



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Installing Flexi Power Rectifier (FPRA)Connecting FPRA alarms - Connection Procedure

Detaching the Alarm Interface card

Connecting the FPRA alarm cable

1. Detach the Alarm Interface Cardfrom the PDA

2. To insert the cable, puncture thewaterproof seal marked ‘Alarm In’

3. Feed the bare end of the cablethrough the hole.

4. Strip back the outer sleeve of thecable

5. Cut the cable screening back toapproximately 20 mm

6. Connect the screening toposition ‘A’

7. Push the drawer back into itsslot horizontally until the drawerpin matches the

8. internal connector of the PDAand secure the twothumbscrews



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Installing Flexi Power Rectifier (FPRA)Connecting FPRA to System Module EAC connector

• ECBA Cable 471464A (separate sales item) is needed

FPRASystemModule

471464A

Flying

leadRJ45Connector

MINOR

ALARM_COM

MAJOR

ALARM_COM

CRITICAL

ALARM_COM

MAINS 3

ALARM_COM

MAINS 2

ALARM_COM

MAINS 1

ALARM_COM

ALARM IN (+)

ALARM IN (-)

Name

14

13

12

11

10

9

8

7

6

5

4

3

2

1

J11 pin number

FPRA

EXT_AL6LIGHT GREEN

GNDBLACK/GREEN

EXT_AL5PINK

GNDBLACK/RED

EXT_AL4GREY

GNDWHITE/GREY

EXT_AL3VIOLET

GNDWHITE/VIOLET

EXT_AL2BLUE

GNDWHITE/BLUE

EXT_AL1GREEN

GNDWHITE/GREEN

+5VWHITE/BLACK

EXT_CO1BLACK

EAC signalColor

FSAA cable

EAC connections

Steps:

1. Cut the 37 way D-type connector from cable assembly 471628A, leaving the MDR- 36

connector intact.

2. Insert the cable into the alarm module as described in Connecting Flexi Power Rectifier

(FPRA) alarm cable.

3. Connect the twisted pair cables to the J11 connector

4. Secure the alarm cable to the drawer sidewall with a cable tie.

5. Push the drawer back into its slot horizontally until the drawer pin matches the internal

connector of the PDA and secure the two thumbscrews.

6. Connect the MDR36 connector to the EAC connector of the System Module.



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Installing Flexi Power Rectifier (FPRA)Connecting FPRA to System Module FPA connector

• ECBA Cable 471464A (separate sales item) is needed

FPRASystemModule

471464A

Flying

leadRJ45Connector

COMMINOR

MAJOR

CRITICAL

MAINS 3

MAINS 2

MAINS 1

Name

314

12

10

8

6

4

J11 pin number

FPRA

GND776146

76135

76121

79952

79953

79954

FPA signalRJ45 wire number

Cable 471464A

FPA connections

Steps:

1. Cut the 9 way D Type connector from cable assembly 471464A.

2. Use a DVM to find which wire is connected to Pins 1-8 on the RJ45 connector, becausecable assembly 471464A is not color-coded.

3. Connect the wires to the J11connector

4. Make sure that any unused wires are insulated and sleeved.

5. Secure the alarm cable to the drawer sidewall with a cable tie.



7. Connect the RJ45 connector to the FPA connector of the Flexi System Module.

Note that FPRA Alarm outputs must be configured for “active closed” (closed on Alarm)

when using FPA Alarm Input. See the FPRA User Manual for details of alarm settings.



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Installing Flexi Power Rectifier (FPRA)Connecting FPRA to Flexi System External Alarm (FSEB)

• 994945 (supplied with FSEB) & 471628A (separate sales item) areneeded

EXT_AL44X4106GREY10CRITICAL

EXT_AL55X4106PINK12MAJOR

X4106

X4106

X4106

X4106

X4107

X4105

X4104

Connector

LIGHTGREEN

VIOLET

BLUE

GREEN

WHITE/GREEN

WHITE/BLACK

BLACK

Wirecolour

14

8

6

4

3

2

1

J11pin

MINOR

MAINS 3

MAINS 2

MAINS 1

ALARM_COM

ALARM IN (+)

ALARM IN (-)

Description

FPRA

EXT_AL66

EXT_AL33

EXT_AL22

EXT_AL11

GND1

+5V1

EXT_CO11

EACsignal

Pinnumber

FSEB

FSEB connections

Connecting FPRA to Flexi SystemExternal Alarm (FSEB)

Steps:

1. Connect alarm cable 994945 from the EAC connector on the System Module to the ESM

connector of the FSEB.

2. Cut both connectors from cable assembly 471628A leaving just the cable itself.

3. Insert one end of the cable into the Alarm Interface Card as described in Connecting Flexi

Power Rectifier (FPRA) alarm cable.

4. Connect the wires between the J11 connector of the Alarm Interface Card and the alarms

connector located in the FSEB box

5. Secure the alarm cable to the side wall with a cable tie.





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Installing Flexi Power Rectifier (FPRA)Connecting 3 FPRA alarms and 4 FCSA alarms

• 994957 (supplied with FCSA), 994945 (supplied with FSEB) &994157 (separate sales item) are needed

COM

MAINS 3

MAINS 2

MAINS 1

Name

3

8

6

4

J11 pinnumber

FPRx

GND

MAINS #3

MAINS #2

MAINS #1

FCSAalarm

ORANGE/WHITE

WHITE/GREY

WHITE/BROWN

WHITE/GREEN

Colour

Cable 994157

Cable 994157 connectionsConnecting 3 FPRA alarms and 4 FCSA alarms

Steps:



2. Connect alarm cable 994957 from the Ext Alarms Output connector on the FCSA control

card to the external alarms connector located in the FSEB box.

3. Cut one of the 9-way D-Type connector from cable assembly 994157, leaving the other

end intact.

4. Insert the cable into the Alarm module as described in Connecting Flexi Power Rectifier

(FPRA) alarm cable.

5. Connect the cables to the J11 connector as shown in the table below.

6. Secure the alarm cable to the drawer side wall with a cable tie.


connector of the PDA and secure the two thumbscrews

8. Connect the 9-way D-type connector to the MIBBU connector of the FCSA Control Card.



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Installing Flexi Power Rectifier (FPRA)Connecting 6 FPRA alarms and 4 FCSA alarms using ECBA cable

• 994957 (supplied with FCSA), 994945 (supplied with FSEB) &471464A (ECBA cable, separate sales item) are needed

76135MAJOR12

76121CRITICAL10

76146MINOR14

COM

MAINS 3

MAINS 2

MAINS 1

Name

3

8

6

4

J11 pinnumber

FPRx

GND

7995

7995

7995

FPAalarm

7

2

3

4

RJ45 wirenumber

Cable 471464A

Cable 471464A connectionsConnecting 6 FPRA alarms and 4FCSA alarms using ECBA cable

Steps:

1. Connect alarm cable 994945 from the EAC connector on the System Module to the ESMconnector of the FSEB.

2. Connect alarm cable 994957 from the Ext Alarms Output connector on the FCSA control card tothe external alarms connector located in the FSEB box.

3. Cut the 9-way D Type connector from cable assembly 471464A, leaving the RJ45 end intact.

4. Use a DVM to find which wire is connected to Pins 1-8 on the RJ45 connector, because cableassembly 471464A is not color-coded.

5. Insert the cable into the Alarm module as described in Connecting Flexi Power Rectifier (FPRA)alarm cable.

6. Connect the cables to the J11 connector


8. Push the drawer back into its slot horizontally until the drawer pin matches the internal connectorof the PDA and secure the two thumbscrews.

Note that FPRA Alarm outputs must be configured for “active closed” (closed on Alarm)

when using FPA Alarm Input.



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Installing Flexi Power Rectifier (FPRA)Connecting 6 FPRA alarms and 4 FCSA alarms

• 994957 (supplied with FCSA), 994945 (supplied with FSEB) &995239 (supplied with FCSA) are needed

FSEB connectionsConnecting 6 FPRA alarms and 4 FCSA alarms

EXT_AL44X4106GREY10CRITICAL

EXT_AL55X4106PINK12MAJOR

X4106

X4106

X4106

X4106

X4107

X4105

X4104

Connector

LIGHTGREEN

VIOLET

BLUE

GREEN

WHITE/GREEN

WHITE/BLACK

BLACK

Wirecolour

14

8

6

4

3

2

1

J11pin

MINOR

MAINS 3

MAINS 2

MAINS 1

ALARM_COM

ALARM IN (+)

ALARM IN (-)

Description

FPRA

EXT_AL66

EXT_AL33

EXT_AL22

EXT_AL11

GND1

+5V1

EXT_CO11

EACsignal

Pinnumber

FSEB

Steps:



2. Connect alarm cable 994957 from the Ext Alarms Output connector on the FCSA control

card to the external alarms connector located in the FSEB box.

3. Cut the 9-way D-Type connector from cable assembly 995239, leaving just the cable itself.

4. Insert one end of the cable into the Alarm Interface Card as described in Connecting Flexi

Power Rectifier (FPRA) alarm cable.

5. Connect the wires between the J11 connector of the Alarm Interface Card and the alarms

connector located in the FSEB box






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Content












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Cabling Principles for Flexi Multiradio BTS GSM/EDGEInstallation



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Cabling principles in stack, wall, and poleinstallation (1/2)

• Cables are routed along the sides of the modules. Excess cabling should be tiedto clamps.

• In stack installations, cables are routed out both the left and right cable entries..

• All cables except the optical cables can be routed in either direction aslong as they do not violate the bending diameter or block access to otherused connectors.

• The optical cable must always be routed to the left . It is alsorecommended to route the internal power cable in the same path as theoptical cable for each module.

• Antenna jumper cables can be routed out the left side, right side, orboth sides. However, access to the optical and internal power cablesduring maintenance and expansion is easier when all antenna jumpercables are routed to the right.

• Internal cable entries are not typically used with Flexi Multiradio BTS.

• When preparing the external cable entries, cut a slit in the cable entry for routingthe cables.

• In wall and pole installation, cables should be routed through the bottomcable entry whenever possible.



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Cabling principles in stack, wall, and poleinstallation (2/2)

• Internal power cables (PWR)

• External 24 V DC power cables

• External 48 V DC power cables (If

• EAC connector is used)• Optical cables (OPT)

• External AC power cables

• Flexi power alarm cable (FPA)

• Grounding cables

External cableentries (left side)

Antenna jumper cables (ANT), RF cables (RxO), and transmissioncables (FIxx) can be routed out either side of the module, depending onthe location of the interface with respect to the cabinet

External cableentries (rightside)

Cable entry

• External 48 V DC power cables (if

• EAC connector is not used)

• Grounding cables

• Optical cables with FIQA and FIYA (OPT)

• Optional cables:

• External alarm and control (EAC)

• Synchronisation (SYNC OUT, SYNC IN)

• Q1 interface (Q1)

• Location management unit (LMU)

Cables

Recommended cable routing principles in stack installation

Note: In large configurations,mark cables for identificationduring maintenance.



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Optional cable tunnels in stack, wall, and poleinstallation

• The optional cable tunnels can be used to hide excess cabling on theside of stack or pole configurations. Cable tunnels are not required forweather protection.

• Follow the below listed principles for the cable tunnels to fit properly:

• Route the external cables on the right side of the BTS, and tie allcabling in between the top and bottom square holes on the supportplates.

• Route the internal cables on the left side of the BTS, and tie all sidecabling as follows, using the square holes on the support plates asguides:

• For vertical routing, tie the cables in between the beginning of the

front hole and beginning of the rear hole.• For horizontal routing, tie the cables in between the top and bottom

square holes.

• Do not route internal cables through the back .

• Remove the ears from cable entries before installation



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Internal power cabling principles for SystemModule (ESMB/C)

• The following main principles for internal power cabling apply to RFModule (FXxx).

• For stack and cabinet configurations, RF Modules can be numbered 1to 4 from bottom to top. The power connection ports used on theSystem Module (ESMB/C) should match the RF Modules numbering.

• In wall configurations, numbering can be from 1 to 4 from bottom to top,with the lower number for each plinth corresponding to the RF Moduleclosest to the wall (the RF Module connected directly to the plinth).

• In pole configurations, the RF Module closest to the System Moduleshould correspond with port 1 for PWR on the System Module.

• Numbering applies to optical cables and any numbering order can be

followed.• Also, it is recommended that optical and power cable numbering should

match for each RF Module, when the RF Module is powered by theSystem Module.



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Bending Diameter for Cables for Flexi MultiradioBTS GSM/EDGE

• The table below shows the minimum bending diameter of Flexi Multiradio BTScables.

• Static bending diameter refers to the allowed bend while the cable is fixed (forexample, when the cable is tied to the side of the cabinet).

• Dynamic bending diameter refers to the allowed bend while the cable is in motion(for example while routing the cable through the cable entry).

170 mm (6.7 in.)117 mm (4.6 in.)995281Power cable

140 mm (5.6 in.)140 mm (5.6 in.)Optical cables

45 mm (1.8 in.)40 mm (1.6 in.)471370

471371

471372

471377

471384

471464

471521

EMCA LMP cable

Sync cable for Flexi

Sync cable for Ultra-Site

Sync LMU cable

Q1 cable

MIBBU EPA alarm cable

Clock test cable

Transmission cable

Cable CodeCable name

Cable Dynamic bendingdiameter

Static bendingdiameter

Bending diameter of Flexi Multiradio BTS cables



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Installation tools and torque values for Flexi Multiradio BTSGSM/EDGE



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Installation Tools for Flexi Multiradio BTSGSM/EDGE (1/4)

• This list provides a reference for installation tools required for all Flexi MultiradioBTS installation options.

• These options are stack, wall, pole, Flexi Cabinet for Indoor (FCIA), Flexi Cabinetfor Outdoor (FCOA), feederless sites, and installation in legacy and 3rd partycabinets.

• Installing modules (T25)

• Installing casing kits (T25)

• Module grounding (T25)

• FCIA/FCOA/FCFA/FCSA/FMFA mechanics (T25)

• Installing sub-modules (T20)

• Fan plate assembly (T20)• Anchoring EMIA standoff casing and EMIB rack

plinth (T45)

• FCIA site grounding (T45)

• Isolating cable clamps (T10)

• EMIA or EMIB door alarm kit (T10)

TORX screwdriver set: T10, T20, T25, T45

Module/sub-module installationESD wrist strap and cable

UsageInstallation tools



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• Connecting antenna cables to FXxxTorque wrench for antenna cables (sizedepends on antenna jumper/feeder cable sizeand manufacturer)

• RS Torque wrench 25 Nm, 27/32 mm (CS77564.20)

• RS Torque wrench 1.7 Nm, 19 mm (CS77507.30)

Torque wrench (7/16 in.)

• Cutting tie wraps, general installation toolSide cutters

• Grounding and DC power input cablesCrimping tool for 16 mm2 (6 AWG), 25 mm2

(4 AWG), 35 mm2 (2 AWG), or 50 mm2(1/0 AWG) cable lugs

• General installation tool Adjustable wrench

• Unpacking

• Routing cables through cable entries

• Preparing power and ground cables

Folding knife

• DC power terminal nuts (17 mm)

• Plinth site grounding (13 mm)

• FCOA site grounding (13 mm, 8 mm)

• Anchoring cabinets/plinths (19 mm)

Socket or open-ended spanner (wrench) set: 8mm, 13 mm, 17 mm, 19 mm Torque wrench isrecommended for fastening the DC input lug.




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• VMPB/FPKA pole mounting kit (8 mm)

• EMIA or EMIB installation (4 mm, 5 mm, 6 mm)

• Feederless sites (grounding kit) (5 mm)

Allen (Hexagon) keys:

4 mm (5/32 in.), 5 mm (3/16 in.), 6 mm (7/32 in.), 8mm (5/16 in.)

General installation toolLevel

FPMA AC power terminalsFlathead screwdriver

• Anchoring cabinets/plinths (12 mm)

• EMIB rack plinth rivet holes (5 mm)

• EMIB top support C-plate fixing holes (6 mm)

• EMIA/EMIB Citytalk cabinet bottom plate waterholes (13 mm)

• Grommet hole drilling (64 mm, Bi-metal hole saw)

Drill with bit set:

For EMIA: 10 mm (3/8 in.) - 13 mm (1/2 in.)

For EMIB: 5 mm (3/16 in), 6 mm (7/32 in), 10 mm(3/8 in.), 13 mm (1/2 in), 64 mm (2 1/2 in.), Bi-metalhole saw

General installation toolMarker, pen, or comparable tool

General installation toolPliers

General installation toolFlashlight, pocket lamp or torch

General installation toolTape measure

Routing cablesCable ties




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Flexbus Jumper Cable and Outdoor Flexbus cableconnection

Weatherproof protection tape

Feederless sitesHeat gun for cable shrinking sleeves

Cleaning the optical connectorsLint-free swabs

Cleaning the optical connectors99% alcohol

Feederless sitesHand saw

EMIA or EMIB installationVacuum cleaner or broom with dust pan

Installation on a pole or wall FMSAThread locking compound (medium strength, nonpermanent), for example Loctite 242 or equivalent




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Torque Values for Flexi Multiradio BTS GSM/EDGE(1/2)

• Nokia Siemens Networks strongly recommends that you tighten to the followingtorque values.

• Use these values unless stated otherwise.

1.2 - 1.6 Nm (0.9 - 1.2 ftlb)FCSA and FCFA fansScrew, TORX cylinderhead

M4

2.7-3.3 Nm (1.99-2.43 ftlb)• FIxx installation

• ESMB/C, FXxx, and FPDA

fanplate assembly• FMAA

Screw, TORX pan head or

thumb (knurled head)

M4

3.0 Nm (2.21 ft-lb)FCOA site groundingNut, HexM5

Screw, Allen or TORX head

Screw, TORX pan head

Type

M6

M3

Size

4.2-5.8 Nm (3.1-4.28 ft-lb)• EMIA and EMIB

• FMAA

0.7 - 1.0 Nm (0.52 -0.74 ft-lb)EMIA and EMIB

TorqueUsage

Torque wrenchTorque values for the BTS



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Torque Values for Flexi Multiradio BTS GSM/EDGE(2/2)

10.0 - 14.0 Nm (7.0 - 9.8 ft -lb)ESMB/C, FPDA and EOCADCpower terminals

Nut, HexM10

30.0 Nm (22.9 ft-lb)VMPB/FPKA/FMFA polemounting kits

Bolt, Allen headM10

49.0 Nm (36.1 ft-lb) Anchoring FCIA/FCOA/FMFAto floor (not included in Flexi

Multiradio delivery)

Anchoring boltsM12(15/32

in.)

5.0 Nm (3.68 ft-lb)FCOA site groundingNut, HexM8

10.0 Nm (7.37 ft-lb)Plinth adapter mechanicsScrew, hex headM8

20.0 Nm (14.74 ft-lb) Attaching FMFA to FPKAScrew, hex headM8

Antenna connector

Screw, TORX or hex head

Type

7/16 DIN

M8

Size

25.0 Nm (18.5 ft-lb Antenna jumper cables (notincluded in Flexi Multiradiodelivery)

8.0-10.0 Nm (5.9-7.37 ftlb)FCIA/EMIA/EMIB/plinth sitegrounding

TorqueUsage

Torque values for the BTS …cont’d



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Appendix - Common Configuration



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Common ConfigurationExamples of Flexi Multiradio BTS configurations

3 Pipe RFM 1800

ESMB System Module

3 Pipe RFM 900

S y s m o d u l e

E S M B

3 Pipe RFM

3 Pipe RFM

ESMC

Wall/PoleUp to 6/6/6

ESMC System Module

3 Pipe RFM

3 Pipe RFM

ESMC

3 Pipe RFM

StackUp to 12/12/12

Dual band900 8/8/8@15W1800 4/4/4@15W

FSMx Multimode SM

HEX

FAN batt

LTE

batt batt batt

F S M x

3 Pipe RFM

ESMC

3 Pipe RFM

3 Pipe RFM

Outdoor cabinet with batteriesConcurrent Mode @20W/carrier900 GSM 4/4/4, WCDMA 2/2/2

1800 GSM 2/2/2, LTE 1/1/1

ESMC

FRMx

3 Pipe RFM

3 Pipe RFM

3 Pipe RFM

3 Pipe RFM

ESMC

3 Pipe RFM

3 Pipe RFM

ESMC

Indoor Cabinet36/36/36 with Multi BCF

FRMx with 3 modules (6KW)

LTE

LTE

FRMx

*LTE Line Terminat ing equipment

For the configurations where the number of antennas is specified as X or Y:

• X = the number of antennas required for 1UD and antenna-optimised

configurations

• Y = the number of antennas required for 2UD configurations



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Common ConfigurationCommon Sector Configuration

1 or 21No40 –201 (2G) – 1 (3G)

20 –40

1 or 21No20 –202 (2G) – 1 (3G)

10 –40

1 or 21No10 –303 (3G) – 1 (3G)

2 or 42Yes20 –402 (2G) – 1 (3G)

2 or 42Yes20 –204 (2G) – 2 (3G)

22 or 4Yes601 IDD

22 or 4Yes602 IDD

42 or 4Yes304 IDD

22Yes30/301 IDD nad2 non-IDD

2 or 43Yes306

2 or 42Yes1012

2 or 42Yes158

22Yes206

22Yes304

Yes

No

No

No

No

No

Antennaoptimized

22602

1 or 21106

1 or 21154

1 or 21203

1 or 21302

1 or 21601

# of antennas# of RFbranches

(pipes)

Max Tx Power # of carriers(2G-3G)

For the configurations where the number of antennas is specified as X or Y:

• X = the number of antennas required for 1UD and antenna-optimised

configurations

• Y = the number of antennas required for 2UD configurations



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RA22714EN01GLA02 03 ©N o ki a Si em en s Ne tw orks

Common ConfigurationDedicated 2G Configuration

3 ***)

2

2

2

2

1

# of FPDA *)

1

1

1

1

1

1

# ofESMB/C

2454Four unchained RF

Modules 4+4+4 up to 12+12+12 2UD

1843Three unchained RF


1232Two unchained RF


1843Three chained RF


1232Two chained RF


621Unchained RF

Module 1+1+1 up to6+6+6 2UD

#antennas

# of FPAA *)**)

# of FXxxConfigurations )

*) Optional depending on the external power source. The number of power modules is based on maximum power

consumption and does not account for redundancy.

**) One FPMA supports up to four FPAAs. FPBAs may also be installed in the FPMA.

***) An FSEC is also required since a maximum of two FPDAs can be installed in parallel for each System Module.



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RA22714EN01GLA02 04 ©N o ki a Si em en s Ne tw orks

Common ConfigurationAntenna-optimised configurations

2

2

1

# of FPDA*)

1

1

1

# ofESMB/C

1843Three chained RF

Modules antenna optimised

3+3+3 up

to 12+12+12 2UD

1232Two chained RF

Modules antenna optimised

2+2+2 up

to 12+12+12 2UD

1221One RF Module

antenna optimised 2

up to 12 OMNI 2UD

#antennas

# of FPAA*) **)

# of FXxxConfigurations)

*) Optional depending on the external power source. The number of power modules is based on maximum powerconsumption and does not account for redundancy.

**) One FPMA supports up to four FPAAs. FPBAs may also be installed in the FPMA.



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Concurrent ConfigurationCommon Sector Configuration

RFM 900 shared withGSM in concurrentmode




WCDMA HW ModuleSystem Module:FSMD/E

No extension module

RFM 900 shared withWCDMA in concurrentmode

RFM 1800 in dedicated

mode

Dual band conf #1:

1800: 2+2+2 30W

900: 1+1+1 40W

Dual band conf #2:

1800: 6+6+6 10W

900: 4+4+4 10W

Single band 900:

1+1+1 8/20W

1 RFM 900 shared withWCDMA in concurrentmode

1RFM 900 in dedicatedmode

Single band 900:

4+4+4 20W

Single Band 900:

1+1+1 40W


Single band 900:

1+1+1 40W

2+2+2 20W

4+4+4 10W

Single Band 900:

1+1+1 8/20W


Single band 900:

1+1+1 10/20W

2+2+2 10/20W

Single band 900:

1+1+1 8/20/40W

GSM HW Modules

System Module: ESMB

GSM ConfigurationWCDMA Configuration

WCDMA and GSM concurrent mode configurations

• Flexi Multiradio BTS is a multiradio BTS, which means that multiple radio technologies can be

used concurrently.

• The 3-branch RF Module supports GSM/EDGE and WCDMA simultaneously.• The System Modules are separate for GSM/EDGE and for WCDMA.

• The GSM/EDGE System Module (ESMB/C) supports up to 18 or 36 TRX capacity, that is, two 3-

branch RF Module capacity, and it has power and OPT connections for four radios (or radio

chains) or System Modules.

• In the concurrent mode, the RF Modules as well as the antenna lines can be shared between

the System Modules and different radio technologies.

• The System Modules have to be interconnected in concurrent operation.

• The Flexi Multiradio BTS is seen as a separate logical network element for different radio

technologies with common radio resources.

• In concurrent mode either ESMB/C or FSMx can be the synchronization master of Flexi

Multiradio BTS while the other is the slave.

• The operator can define the synchronization master while commissioning the BTS.



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Appendix - Content of Delivery



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Content of DeliveryPower Module (FPMA)

2• M5 screws for fixing thecasing to another casingor plinth

10• Cable ties

4• K30 screws for the cable

clamps

2• Cable clamps

4• M5 screws for fixingcableentries to the casing

1• Alarm cable to theSystem Module

2• Power Module cableentries (identical toEMHA cable entries)

1470139APower Module (FPMA)with internal AC and DCcabling and cablesupport plates

QuantityProductCode

Description

Power Module (FPMA)



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Content of DeliveryPower AC/DC sub-module (FPAA) and power battery sub-

module (FPBA)

2• M5 screws for fixing theFPAA to FPMA

1• Alarm cable

1470140APower sub-module(FPAA) with two RJ-45connector seal capsinstalled

QuantityProductCode

Description

Power AC/DC sub-module (FPAA)

2• M5 screws for fixing theFPBA to FPMA

1• Alarm cable

1470140APower battery sub-module (FPBA) with twoRJ-45 connector sealcaps installed

QuantityProductCode

Description

power battery sub-module (FPBA)



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Content of Delivery24V Power Module (FPDA)

2• Cable clamps

4• K30 screws for cableclamps

4• M5 screws for fixing cable

entries to the casing andM5 screws for fixing thecasings to each other

1• Alarm cable

4• AWG 4 (25 mm2)connector single rubberboot

2• DC output power cables

2• Cable entries

1470139ADC/DC converter corepreinstalled inside a 2Ucasing with cablesupport plates and withtwo RJ-45 connector sealcaps installed

QuantityProductCode

Description

24V Power Module (FPDA)



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Content of DeliveryFlexi System External Alarm Module (FSEB)

3• Cable tie, PER31

1• D37 Cable Assembly

1471424AFlexi System ExternalAlarmModule (FSEB)

QuantityProductCode

Description

Flexi System External Alarm Module (FSEB)



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Content of DeliveryFlexi Pole Installation Kit (FPIA)

1Straining strap

4M5 screws

1Installation plate

QuantityProductCode

Description

Flexi Pole Installation Kit (FPIA)



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Content of DeliveryFlexi Pole Mounting Kit (FPKA)

6• Module fixing screws

2• Assembling bolts

2• Bolt restrainer

2• Aluminium castings

QuantityProductCode

Description

Flexi Pole Mounting Kit (FPKA)



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Content of DeliveryPole Mounting Kit delivery (VMPB)

8• M8 x 25 bolts

4• M10 x 200 bolts

4• M10 x 300 bolts

4• M10 x 120 bolts

2• Block

4• Washers

1469978APole Mounting Kit(VMPB)

QuantityProductCode

Description

Pole Mounting Kit delivery (VMPB)

Blocks

M10x120 bolts M8x25 bolts

M10x200 bolts M10x300 bolts washer



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Content of DeliveryFlexi Cabinet for Indoor (FCIA)

4

822083

6332594

Site packs; the site packs

are attached with cableties inside the cabinet.

Contents of site package 1:

• Guide plates

Contents of site package 2:

• Loose cage nuts

4Cage nuts; pre-installed forthe followingconfigurations:

• 1+1+1/2+2+2 bypass

• 3+3+3/4+4+4 2-wayWBC (34 cage nutsare pre-installed and28 are loose in sitepack)

26490006Cabinet key

1469978AFlexi Cabinet for Indoor(FCIA)

QuantityProductCode

Description

Flexi Cabinet for Indoor (FCIA)

1800

600600

FCIA, Flexi indoor cabinet36 Height Units



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Content of DeliveryFlexi Mounting Kit for Batteries (FMBB)

8• Cage nuts

3• Cable ties

1•Back plate

1•Front plate

1• Battery fixing adjuster

14•M5 X 10 screws

1• Bottom plate

1469978AFlexi Mounting Kit forBatteries (FMBB):

QuantityProductCode

Description

Flexi Mounting Kit for Batteries (FMBB)



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Content of DeliveryFlexi Mounting Shield 6U (FMSA)

6• Cable tie point plates

1• Grounding cable betweenthe cabinet and plinth

3•Cable entry

4•M8 screws

6• Module grounding cable

1471650AFlexi Mounting Shield18U (FMSB)

QuantityProductCode

Description

Flexi Mounting Shield 18U (FMSB)

Note:

• Weight 20 kg (empty)

• Flexi Plinth FMFA Required FMSBassembled at site (flat pack delivery)

• vandal protection for floor stack



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Content of Delivery3 U Module Casings (EMHA)

6 (2 loose, 4preinstalled)

• Cage nuts

2• M5 x 6 screws

2• Maintenance straps

1• Grounding cable

1• 3 U front cover

1•3 U rear cover

4•M5 x 10 screws

2• 3 U cable entries

1470316A3 U casing (EMHA)

QuantityProductCode

Description

3 U Module Casings (EMHA)

2. Casing(metal)

3. Front cover(plastic)

1. Rear cover (plastic)

Note: Casings are not a part of themodule sales item and needs to beordered separately for stack/wall/polemounting



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Content of Deliverymounting kit for floor, wall and pole (FMFA)

12• M5x8 screws

1•M5x12 screws

2• Fixing plate for the casing

1470149AMounting kit for floor, walland pole

QuantityProductCode

Description

mounting kit for floor, wall and pole (FMFA) v. 104 delivery content

12• M5x8 screws

2• M5x12 screwsFixing platefor the casing

26• Spring washers (18 pcs forM5 screws and 8 pcs for M8screws)

8• M8x20

1• Adapter mechanics (used inwall and pole installationsonly)

1470149AMounting kit for floor, walland pole

QuantityProductCode

Description

mounting kit for floor, wall and pole (FMFA) v. 103 delivery content



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Content of DeliveryLong Term Battery Backup Solution (MIBBU)

1CS7000009• Battery box plinth

1CS7000008• Battery box

1CS7000010• Battery box wall mounting kit

1CS71362.03• Power safe batt 4x12V92F92Ah/10h

1CS7000002• Surge protection device

1CS7000001• Rectifier AA2500L 48/2000

1471020A• Flexi mounting kit for batteries (FMBA)

1471459A• Flexi battery mounting kit (FMBB)

1CS7136211• Powersafe batt 4x12V62F 48V- 62Ah

1CS7000011• Battery box Flexi bracket kit

1

1

1

1

CS7000000

CS7000003

CS7000005

CS7000007

Flexi Power Rectifier (FPRA)

• PDA Unit

• Temperature Sensor

• Accessory bag

1

1

469784A

469950A

WPxx

• Power Distribution Unit (WPUB)

• Wideband Power Unit (WPMB)

Quan-tity

ProductCode

Description

Long Term Battery Backup Solution (MIBBU)



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Content of DeliveryTalk Conversion Kit (EMIA)

1• Front door assembly

1• Back wall assembly

2• Upper lock rod supports

16• M5 x 10 TORX screws


4• Connection pins

4• M8 x 16 screws

4• Washer, flat M8

2• Nut, hex M6

1• Standoff proximity bracket

1• Standoff casing plate

1• Ring inlets

1• Door proximity bracket

2• Washer, M6

4• Rivets

1• Door alarm cable assembly

1471429ATalk Conversion Kit (EMIA):

Quan-tity

Product Code

Description

Talk Conversion Kit (EMIA)

Standoff casingplate

Standoffbracket

Doorproximitybracket

Upper lockrod support

(2 pcs)

Door alarmsensor wirh

wire

M8(4 pcs)

M5(16 pcs)

M3(4 pcs)

Connec-tion pins(4 pcs)

Flatwasher(4 pcs)

Startwasher(2 pcs)

M6 Nut(2 pcs)

Ring Inlet(1 pc)

Rivet(4 pcs)

Door switchparts

Front doorassembly Backwall

assembly



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Content of DeliveryTalk Conversion Kit (EMIB) (1/2)

1• Rack plinth

1• Rack side plate rightassembly

1• Rack side plate left

assembly

1• Door alarm cable assembly

2• Cover plate

2• Dummy Panel

1• Top support plate

• Cont’d ……..

1• Air guide plate

1• Top IP-cover

1• Front door assembly

1• Back wall assembly

1471953ATalk Conversion Kit (EMIB):

Quan-tity

Product Code

Description

Talk Conversion Kit (EMIB)



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Content of DeliveryTalk Conversion Kit (EMIB) (2/2)

…. Cont’d

2• Upper lock rod supports


1• Standoff proximity bracket

1• Top support C-plate

1• Rack plinth

2• Nut, hex M6

4• M4 x 10 screws


1• Door proximity bracket

2• Grommet

40• Hole Nut

4• M8 x 16 screws

6• Cable tie

14• Support rail

Quan-tity

Product Code

Description

Talk Conversion Kit (EMIB) … cont’d

Door sensor assembly accessories bag (1pcs)

Door sensor assembly accessories bag (1pcs)



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Content of DeliveryFlexi Mounting Auxiliary Bracket (FMAA)

471657AFlexi Mounting Auxiliary

Bracket (FMAA):

46151410• M4 x 10 screw

86150240• M5 x 10 screw

1822962• Bracket

46368770• M5 spring washer

46150275• M5 x 25 screw

86150343• M6 x 10 screw

Quan-tity

Product Code

Description

Flexi Mounting Auxiliary Bracket (FMAA)



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Content of DeliveryLMP cable delivery (ELCA), BBU Alarm Cable delivery (EBCA),Q1 cable delivery (EQCA), Flexi System Alarm Cable (FSAA)

1471370ALMP cable 50 m (164.0 ft), ELCA

Quan-tity

ProductCode

Description

LMP cable delivery (ELCA)

14717464BBU Alarm Cable Kit (EBCA) 2m (6.5 ft)

Quan-tity

ProductCode

Description

BBU Alarm Cable delivery (EBCA)

1471384AEQCA Q1 Cable 3.01 m (9.9 ft)

Quan-tity

ProductCode

Description

Q1 cable delivery (EQCA)

1471628AFlexi System Alarm Cable (FSAA):

D37 cable assembly 15 m (49.2 ft.)

Quan-tity

ProductCode

Description

Flexi System Alarm Cable (FSAA)



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Content of DeliverySynchronisation cable deliveries (ESxA)

1471372AESUA synchronisation cablefor Flexi Ultra 12 m (39.4 ft)

1471371AESFA synchronisation cablefor Flexi 12 m (39.4 ft)

1471377AESLA synchronisation LMUCable 2 m (6.6 ft)

Quan-tity

Product Code

Description

Synchronisation cable deliveries (ESxA)



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Appendix - FSEB interface signals and connector pinassignments



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FSEB interface signals and connector pinassignments (1/5)

FSEB printed wiring board



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EACX connector I pin assignment EACX connector II pin assignment



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Screw terminal pin assignment EACX connector II pin assignment

1)The X connectors are marked on the bottom of the FSEB PCB.



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Screw terminal pin assignment …cont’d Smoke detector power supply interface

1)The X connectors are marked on the bottom of the FSEB PCB.



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Flexi System Alarm cable (FSAA) pin colour mapping

"CAN_L" and "CAN_H" refer to an internal busused between ESMB/C and FSEB.



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RA22714EN01GLA0234 ©Nokia Siemens Networks

Flexi Multiradio BTS GSM/EDGEInstallation Planning

Appendix - Antenna Line



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RA22714EN01GLA0235 ©Nokia Siemens Networks

Antenna LineAntenna jumper cable requirements

Antenna jumper cable requirements:

• 1/2" or 3/8" antenna jumper cables can be used. 1/2"antenna cable connectors can be connected directly to themodule if a right angle connector is used.

• The length should be determined based on the FlexiMultiradio BTS GSM/EDGE installation option (forexample pole, wall, cabinet, 3rd party cabinet) and thedistance of the BTS from the antenna feeder line.

• Antenna jumper cables must be IP54-rated or better.

Basically, Jumper cables are low–loss and flexible, which allows easier

connection to units such as the WCDMA MHA unit without causingunnecessary stress to the connected units (vs. feeder cables).



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RA22714EN01GLA0236 ©Nokia S iemens Networks

Jumper cable

Feeder connector

Grounding kit

Feeder

Feeder clamp

Grounding kit

X-pol antenna

Antenna LineAntenna Line configurations with or without MHA

Jumper cable

Feeder connector

Grounding kit

Feeder

Feeder clamp

Grounding kit

Jumper cable

X-pol antenna

Jumper cable

MHA

Antenna Line configurationswithout MHA

Antenna Line configurationswith MHA

02 ra22714en01gla0 flexi multiradio installation

Documents