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General description

3BK 17416 3001 RJZZA 02 9 / 72A L EC T L

1 General description

This chapter provides general information concerning theoperating principle and requirements of the procedure:

Hardware description Prerequisites Restrictions Initial state Final state Task sequences Time schedule Information required

General description

10 / 72 3BK 17416 3001 RJZZA 02A L EC T L

1.1 Hardware description

1.1.1 Rack configurationFigures 1 to 3, which show the layout of the equipment fitted ineach rack for each BSC configuration, are provided to assist thevisual check procedure.

The key used in the figures is as follows:

Table 1-1 Rack key

CE number at a CPRC unit = Network address

AB = OSI- CPRC

AC= SYS- CPRC

AA= BC- CPRC

number at a DTCC unit = Network address

number at a TCUC unit = Network address

NE number at an QA unit = Qmux address

SWCH number at a AS unit AS = Access Switch Number

number at a GS unit GS1/n = Group Switch Stage 1/Plane+Switch Element Number

GS2/n = Group Switch Stage 2/Plane+Switch Element Number

number at a BCLA unit SYS = SystemVariant

RACK = RackVariant

M = Master S = Slave

General description

3BK 17416 3001 RJZZA 02

11

/ 72A

LE

CT

L

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63

top rack unit for the fuses

DC

DC

DC

DC

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

DC

DC

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

AS

DC

DC

BIUA

TCUC

BCLA

BCLA

BCLA

BCLA

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

DC

DC

TSCA

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

CPRC

SWCH

SWCH

CPRC

CPRC

CPRC

CPRC

CPRC

air baffle

SWCH

SWCH

DC

GS2/1 ........................ GS2/1

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SAU01

SAU03

SAU02

SAU04

SAU06

SAU07

SAU08

SAU05

0 1 2 3 4 5 6 7GS2/2 ........................ GS2/20 1 2 3 4 5 6 7

GS2/3 ........................ GS2/30 1 2 3 4 5 6 7

3 7AS

6QA

7QAAS

2 6AS

4QA

5QA

030

031

032

033

034

035

036

037

020

021

022

023

024

025

026

027

GS2/0 ........................ GS2/00 1 2 3 4 5 6 7

GS1/0 ........................ GS1/00 1 2 3 4 5 6 7

2QA

010

011

012

013

014

015

016

017

AS1 5

AS SYSM S M S

RACK

AS1 5

AS

000

001

002

003

004

005

CB A01 ........................ CB A09

A01 B71 B72

CB B71 ........................ CB B78

fuse fuse fuse

A02fuse

A05fuse

B75fuse

A06fuse

A07fuse

A09fuse

B77fuse

B78fuse

B76fuse

A08fuse

N+1

N+1

ABIS16 BSCL06

ATER16

BGSA10SYSA16SYSB06

BGSA10

ATER16

ATER16

BGSA10 BGSA10 BGSA10

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63


DC

DC

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

DC

DC

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

AS

DC

DC

BIUA

TCUC

BCLA

BCLA

BCLA

BCLA

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

DC

DC

TSCA

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

CPRC

SWCH

SWCH

CPRC

CPRC

CPRC

CPRC

CPRC

air baffle

SWCH

SWCH

DC

GS2/1 ........................ GS2/1

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SAU01

SAU03

SAU02

SAU04

SAU06

SAU07

SAU08

SAU05

0 1 2 3 4 5 6 7GS2/2 ........................ GS2/20 1 2 3 4 5 6 7

GS2/3 ........................ GS2/30 1 2 3 4 5 6 7

3 7AS

6QA

7QAAS

2 6AS

4QA

5QA

030

031

032

033

034

035

036

037

020

021

022

023

024

025

026

027

GS2/0 ........................ GS2/00 1 2 3 4 5 6 7

GS1/0 ........................ GS1/00 1 2 3 4 5 6 7

2QA

010

011

012

013

014

015

016

017

AS1 5

AS SYSM S M S

RACK

AS0 4

AS

000

001

002

003

004

005

CB A01 ........................ CB A09

A01 B71 B72

CB B71 ........................ CB B78

fuse fuse fuse

A05fuse

B75fuse

A06fuse

A07fuse

A09fuse

B77fuse

B78fuse

B76fuse

A08fuse

N+1

ABIS16 BSCL06

ATER16

BGSA10SYSA16SYSB06

BGSA10

ATER16

ABIS16

ATER16

ABIS16

GBIS16


BIUA

TCUC

DC

DC

SWCH

SWCH

DC

DC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

8QA

100

101

102

103

104

105

106

107

AS8 12

AS

A03fuse

A04fuse

N+1

BIUA

TCUC

DC

DC

SWCH

SWCH

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

10QA

110

111

112

113

114

115

116

117

AS9 13

AS

B74fuse

BIUA

SWCH

SWCH

14QAAS

11 15AS

DC

DC

B73fuse

SWCH

SWCH

GS1/10 1

SWCH

SWCH

GS1/12 3

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

130

131

132

133

134

135

136

137

SWCH

SWCH

GS1/16 7

DC

DC

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

AS10 14

AS12QA

13

120

121

122

123

124

125

126

127

A02fuse

SWCH

SWCH

GS1/14 5

QAN+1

Half Rack Full Rack DC/DC converter removed, starting from rack variant 3BK 06796 AAAC

Figure 1-1Rack Layout Rack 1, C

onfiguration 1 and 2

General description

12

/ 723BK 17416 3001 RJZZA

02A

LE

CT

L

DC/DC converter removed, starting from rack variant 3BK 06796 AAAC

SAU03

SAU04

ABIS16

ATER16

ABIS16

GBIS16

BIUA

TCUC

DC

DC

SWCH

SWCH

DC

DC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

8QA

3 00

3 01

3 02

3 03

3 04

3 05

3 06

3 07

AS24 28

AS

A03fuse

A04fuse

N+1

BIUA

TCUC

DC

DC

SWCH

SWCH

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

10QA

3 10

3 11

3 12

3 13

3 14

3 15

3 16

3 17

AS25 29

AS

B74fuse

BIUA

SWCH

SWCH

14QAAS

27 31AS

DC

DC

B73fuse

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

330

331

332

333

334

335

336

337

SWCH

SWCH

GS1/36 7

DC

DC

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

AS26 30

AS12QA

13

320

321

322

323

324

325

326

327

A02fuse

SWCH

SWCH

GS1/34 5

QAN+1

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63


DC

DC

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

DC

DC

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

AS

DC

DC

BIUA

TCUC

BCLA

BCLA

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

DC

DC

TSCA

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

air baffle

SWCH

SWCH

DC

GS2/5 ........................ GS2/5

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SAU01

SAU02

SAU06

SAU07

SAU08

SAU05

0 1 2 3 4 5 6 7GS2/6 ........................ GS2/60 1 2 3 4 5 6 7

GS2/7 ........................ GS2/70 1 2 3 4 5 6 7

19 23AS

6QA

7QAAS

18 22AS

4QA

5QA

230

231

232

233

234

235

236

237

220

221

222

223

224

225

226

227

GS2/4 ........................ GS2/40 1 2 3 4 5 6 7

GS1/2 ........................ GS1/20 1 2 3 4 5 6 7

2QA

210

2 11

2 12

2 13

2 14

2 15

216

AS17 21

ASM SRACK

AS16 20

AS

CB A01 ........................ CB A09

A01 B71 B72

CB B71 ........................ CB B78

use use fuse

A05fuse

B75fuse

A06use

A07fuse

A09fuse

B77fuse

B78fuse

B76fuse

A08fuse

N+1

ABIS16 BSCL06

ATER16

BGSA10SYSA16SYSB06

BGSA10

ATER16


BIUA

TCUC

TCUC

TCUC

TCUC

TCUC

0QA

2 00

2 01

2 02

2 03

2 05

TCUC

TCUC

TCUC

2 06

2 07

2 04

2 17

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63


DC

DC

DC

DC

01 03 05 07 09 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

DC

DC

DTCC

ASMB

DTCC

DTCC

DTCC

DTCC

ASMB

DTCC

DTCC

DTCC

SWCH

SWCH

AS

DC

DC

BIUA

TCUC

BCLA

BCLA

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

TCUC

DC

DC

TSCA

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

air baffle

SWCH

SWCH

DC

GS2/5 ........................ GS2/5

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

DC

DC

SWCH

SWCH

SWCH

SWCH

SWCH

SWCH

SAU01

SAU03

SAU02

SAU04

SAU06

SAU07

SAU08

SAU05

0 1 2 3 4 5 6 7GS2/6 ........................ GS2/60 1 2 3 4 5 6 7

GS2/7 ........................ GS2/70 1 2 3 4 5 6 7

19 23AS

6QA

7QAAS

18 22AS

4QA

5QA

230

231

232

233

234

235

236

237

220

221

222

223

224

225

226

227

GS2/4 ........................ GS2/40 1 2 3 4 5 6 7

GS1/2 ........................ GS1/20 1 2 3 4 5 6 7

2QA

210

211

212

213

214

215

216

AS17 21

ASM SRACK

AS16 20

AS

CB A01 ........................ CB A09

A01 B71 B72

CB B71 ........................ CB B78

fuse fuse fuse

A02fuse

A05fuse

B75fuse

A06fuse

A07fuse

A09fuse

B77fuse

B78fuse

B76fuse

A08fuse

N+1

N+1

ABIS16 BSCL06

ATER16

BGSA10SYSA16SYSB06

BGSA10

ATER16

ATER16


BIUA

TCUC

TCUC

TCUC

TCUC

TCUC

0QA

200

201

202

203

205

TCUC

TCUC

TCUC

206

207

204

217

Half Rack Full Rack

SWCH

SWCH

GS1/30 1

SWCH

SWCH

GS1/32 3

SWCH

SWCH

GS1/32 3

SWCH

SWCH

GS1/30 1

Figure 1-2Rack Layout Rack 2, C

onfiguration 3 and 4

General description

3BK 17416 3001 RJZZA 02 13 / 72A L EC T L

S AU

03 S AU

04

AB

IS1

6

ATE

R1

6

AB

IS1

6

GB

IS1

6

B I U A

T C U C

D CD C

S W C H

S W C H

D CD C

T C U C

T C U C

T C U C

T C U C

T C U C

T C U C

T C U C

8QA

500501502503504505506507AS 40

44AS

A03

fuse

A04

fuse

N+1

B I U A

T C U C

D CD C

S W C H

S W C H

T C U C

T C U C

T C U C

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Figure 1-3 Rack Layout Rack 3, Configuration 5 and 6

General description

14 / 72 3BK 17416 3001 RJZZA 02A L EC T L

1.2 Prerequisites The site must comply with the “safety rules” (See “BSS Methods

Handbook ”).

At least two Atermux PCM links must be available

1.3 Restrictions There are no restrictions in this document.

1.4 Initial state The BSC racks are installed and wired on the customer’s site.

The power supply is connected and powered up, but the racksare not powered up (all circuit breakers at the top of eachrack must be in the "OFF" position)

1.5 Final state The BSC is powered up and downloaded with the build

requested by the customer.

The BSC is connected to TC and OMC-R, ready for physicalconnection of the BTSs.

General description

3BK 17416 3001 RJZZA 02 15 / 72A L EC T L

1.6 Operating principleB e f o r e le a v i n g f o r t h e s i t e

B e f o r e s t a r t in g ( o n a r r i v a l a t t h e s i t e )

H a r d w a r e c h e c k

C h e c k in g t h e p o w e r s u p p lya n d p o w e r in g u p

In s t a l l in g t h e B S C T e r m in a la n d X .2 5 b o a r d

In s t a l l in g t h e B S C T e r m in a la n d X .2 5 b o a r d

In s t a l l in g t h e B S S S W f r o m f lo p p y d is k s

B u i ld d e l iv e r y ?IO M E G A z i pF lo p p y d is k s

In s t a l l in g t h e B S S S W f r o m I O M E G A z ip d i s k

R e lo c a t i o n o fs y s t e m C P R C s

L o a d i n g a n d a c t iv a t in gt h e B S C s o f t w a r e

C h e c k in g b a t t e r y b a c k u po f S - C P R C b o a r d s

C o r r e c t in g t h e B S Cd a t e a n d t im e

A l a r m c a b le sa r e in s t a l le d ?

Y E SN O

T e s t in g t h e e x t e r n a la la r m s

B S C c o n f i g u r a t io nm o r e t h a n 2 ?

Y E SN O

B S C h a r d w a r e t e s t

S e t t i n g a n d c h e c k in gB S C - O M C - R l i n k

F in i s h in g c o m m is s i o n in g

C h e c k in g B S C - T Cl i n k

General description

16 / 72 3BK 17416 3001 RJZZA 02A L EC T L

1.7 Time Schedule

Task time

(mn)

1st person

time

(mn)

2nd person

Preliminary checks

Before leaving for the site 20 20

Before starting 20 20

Hardware check(1) 10-60(2) 10-60(2)

Checking the Power Supply andPowering Up(1)

25 25

Installing the BSC Terminal and BSS SW

Installing the BSC Terminal software andX.25 communication board

45

Installing the Craft Terminal 10

Installing the BSS software 10-20(3)

Commissioning tests

Relocation of system-CPRCs 2

Loading and activating the BSC software 90

Checking battery backup of S-CPRC boards 30

Correcting the BSC date and time 2

Option: Testing the external alarms 10 10

Option: Hardware test 40

Checking BSC - TC link 20

Setting and checking the BSC - OMC-R link

30

Finishing commissioning 20

6h24-7h24 1h25-2h15(1) tasks where two persons are mandatory for execution(2) depending on BSC configuration (1-6)(3) 10 min from IOMEGA zip, 20 min from floppy disks

The times given are based on technical constraints, not takinginto account safety considerations.

General description

3BK 17416 3001 RJZZA 02 17 / 72A L EC T L

1.8 Information required

1. Site

• DDF map

2. Equipment configuration

• Rack configuration number (1 to 6)

• X.25 routing:

- extraction at BSC site

- extraction on TRCU modules via X.25 packet switch

- X.25 routed through MSC

• BSS topology

• BSS software version

3. Other

• Version of TSC firmware (B5 , B6 or higher)

• Status of A interface cables at the TC side (connected toMSC or looped)

• Which A interface cables are connected at the MSC (ifapplicable)

• External alarm cables (available or not)

General description

18 / 72 3BK 17416 3001 RJZZA 02A L EC T L

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Preliminary checks

3BK 17416 3001 RJZZA 02 19 / 72A L EC T L

2 Preliminary checks

This chapter describes the preparation of the operation in two steps:

At back-office

At arrival on site.

Preliminary checks

20 / 72 3BK 17416 3001 RJZZA 02A L EC T L

2.1 Before going to the siteCheck prerequisitesCheck prerequisitesCheck prerequisitesCheck prerequisitesfulfilmentfulfilmentfulfilmentfulfilment

See prerequisites in chapter 1

Check availability ofCheck availability ofCheck availability ofCheck availability ofNeeded informationNeeded informationNeeded informationNeeded information

See needed information in chapter 1

Check availability ofCheck availability ofCheck availability ofCheck availability ofdocumentationdocumentationdocumentationdocumentation

See documentation list in appendix

Check availability of toolsCheck availability of toolsCheck availability of toolsCheck availability of tools See tools kit list in appendix, refer to the« Tools catalogue » for content checking

Check availability andCheck availability andCheck availability andCheck availability andversion of softwareversion of softwareversion of softwareversion of software

See software list in appendix, refer to thecorresponding documents for SW versionchecking

2.2 Before you start (at arrival on site)Check applicableCheck applicableCheck applicableCheck applicablenotifications andnotifications andnotifications andnotifications andoperation instructionsoperation instructionsoperation instructionsoperation instructions

Refer to “Applicable notifications list” for

checking if notifications have to applied duringthe operation (ITL)

Refer to “Applicable operation instructionslist” for checking if operation instructions have toapplied during the operation (IO)

Check that the safetyCheck that the safetyCheck that the safetyCheck that the safetyinstructions have beeninstructions have beeninstructions have beeninstructions have beenappliedappliedappliedapplied

Refer to “Method Handbook” for checking that the

safety precautions have been taken, in accordancewith safety instructions

Read instructions to beRead instructions to beRead instructions to beRead instructions to beapplied in case ofapplied in case ofapplied in case ofapplied in case ofanomalyanomalyanomalyanomaly

Refer to “Method Handbook” for instructions

Fulfil completion checkFulfil completion checkFulfil completion checkFulfil completion checklistlistlistlist

Complete header field of the CCL

see Check Completion List

The CCL is completed as each instruction iscarried out

Check the antistaticCheck the antistaticCheck the antistaticCheck the antistaticwrist strapwrist strapwrist strapwrist strap

Check the resistance of antistatic wrist strap is lessthen 1 MΩ

Connect the antistatic wrist strap to rack earth

Hardware check

3BK 17416 3001 RJZZA 02 21 / 72A L EC T L

3 Hardware check

This chapter describes how to check the BSC configuration andHTS of the boards inside the BSC.

Hardware check

22 / 72 3BK 17416 3001 RJZZA 02A L EC T L

PurposePurposePurposePurpose

To check that the BSC configuration corresponds to thecustomer’s order.

To verify that the hardware level of the boards inside BSC is asrequested by the customer, by taking the rack inventory.

ProcedureProcedureProcedureProcedure

See Information required

See Chapter 1 “RackConfiguration”

A. Verify the presence and position of the boards according tothe requested configuration.

Refer to “CI 08 - SiteEquipment Inventory”

B. Perform the rack inventory.

ATTENTIONCheck that there are no alarms of type “NOT IN CAL”,when running Inventar for BTS. This ensures that the

boards inside the BSC meet the requirements of a specificcustomer.

Checking the Power Supply and Powering Up

3BK 17416 3001 RJZZA 02 23 / 72A L EC T L

4 Checking the Power Supply and Powering Up

This chapter describes the tasks to perform to check the powersupply and power up the BSC.


24 / 72 3BK 17416 3001 RJZZA 02A L EC T L

PurposePurposePurposePurpose To check the rating of the fuses at the customer power panel.

To check the polarity of power voltage and to power up theBSC racks.

4.1 Check the rating of the fuses


A. On the customer power panel (cabinet), check for theexistence of two DC power supply distribution circuits. Eachdistribution circuit is provided with a DC circuit breaker (fuseholder).

B. On the site power panel, disconnect the two -48V powersupply lines (line A and B) at the rack fuse holders.

See SPP-27 C. Check that the fuse ratings are in accordance with the SPPdocument.

4.2 Discharge the capacitors in the racks


A. At the customer power panel, make sure the two -48 V powersupply lines for BSC are disconnected.

B. Close (ON position) all the rack (and extension rack ifapplicable) circuit breakers for 10 seconds.

C. Open (OFF position) all the rack circuit breakers.


3BK 17416 3001 RJZZA 02 25 / 72A L EC T L

4.3 Check the polarity of the power supply line,Branch A


Action Results

A. At the BSC top rack filter units for eachrack (basic rack and extension racks ifapplicable) remove the protection capsfrom the power supply terminals.

B. Connect the -48 V power supply (branchA) at the fuseholder.

Branch A is connected.

N O T IC E Branch A is associated with the fuseholder marked BAT A.

C. Using the multimeter, check the presenceof -48V DC between BAT A and BATRETfor all racks (basic and extensions).

Check that no voltage is present betweenBAT B and BATRET for all racks.

-48V DC present between BAT Aand BATRET

No voltage is present betweenBAT B and BATRET.

See Chapter 1 “Racksconfiguration”

D. Switch all the rack circuit breakers to ON.

Note: Converters B72 and B78 areremoved starting from rack variant 3BK06796 AAAC.

The DC/DC converters A01-A09for all racks are powered up.

The DC/DC converters B71-B78for all racks are not powered up.

E. Switch all the rack circuit breakers to OFF. No board in the racks ispowered up.

F. At the customer power panel, disconnectthe -48 V power supply (branch A) at thefuseholder.

Branch A is disconnected.


26 / 72 3BK 17416 3001 RJZZA 02A L EC T L

4.4 Check the polarity of the power supply line,Branch B


Action Results

see § 4.2 A. Discharge the capacitors in the rack. The capacitors are discharged.

B. At the BSC top rack filter units for eachrack (basic rack and extension racks ifapplicable) remove the protection capsfrom the power supply terminals.

C. Connect the -48 V power supply (branchB) at the fuseholder.

Branch B is connected.

N O T IC E Branch B is associated with the fuseholder marked BAT B.

D. Using the multimeter, check the presenceof -48V DC between BAT B and BATRETfor all racks (basic and extension).Check that no voltage is present betweenBAT A and BATRET for all racks.

-48V DC present between BAT Band BATRET

No voltage is present betweenBAT A and BATRET.

See Chapter 1 “Racksconfiguration”

E. Switch all the rack circuit breakers to ON.

Note: Converters B72 and B78 areremoved starting from rack variant 3BK06796 AAAC.

The DC/DC converters B71-B78for all racks are powered up.The DC/DC converters A01-A09for all racks are not powered up.

F. Switch all the rack circuit breakers to OFF. No board in the racks ispowered up.

G. At the customer power panel, disconnectthe -48 V power supply (branch B) at thefuseholder.

Branch B is disconnected.

4.5 Power up the BSC racks


A. Switch ON the two power supply lines at the fuseholders.

B. Switch ON all the rack circuit breakers, powering up the racks.

Refer to “BSS MethodsHandbook”

C. All the boards take about 1 minute to run their self-tests.


3BK 17416 3001 RJZZA 02 27 / 72A L EC T L

5 Installing the BSC Terminal and BSS SW

This chapter describes installation procedures for the followingsoftware:

BSC Terminal and X.25 communication board

Craft Terminal

BSS software


28 / 72 3BK 17416 3001 RJZZA 02A L EC T L

5.1 Installing the BSC Terminal software and theX.25 communication board


To install:

• the X.25 communication board in Windows environment

• the "BSC Terminal" software in Windows environment

5.1.1 Install EICON C31 board



A. Install the EICON C31(for notebook) board in Windowsenvironment

5.1.2 Install Windows BSC Terminal



A. Install BSC Terminal software for Windows

5.2 Installing the Craft Terminal

PurposePurposePurposePurpose To install the LMT-CT Craft Terminal program on the PC



A. Install Craft Terminal for Windows


3BK 17416 3001 RJZZA 02 29 / 72A L EC T L

5.3 Installing the BSS software

PurposePurposePurposePurpose To install the BSS software on the PC and to print the

“CONTENTS.LST”

5.3.1 Case 1: Build is delivered on floppy disks


A. On the notebook create the following directory(ies):

C:\BUILDBSS\B7\”Name of the customer build”

B. Copy all the build delivery compressed files (gzip) from floppydisks to the new created directory (all files in same directory).

C. Copy gzip.exe from C:\Program Files\Alcatel\WINBSC\B7 toC:\BUILDBSS\B7\”Name of customer build”

D. Open a command prompt window:

Start Programs Command Prompt

E. In the command prompt window enter the followingcommands:

cd \BUILDBSS\B7\”Name of customer build” <CR>gzip -dvN *.gz <CR>Note: *.gz means all the files in the current directory with theextension gz.All the gzip files are uncompressed.

F. Using a text editor (eg. Notepad) open the “CONTENTS.LST”file.

Refer to “BSS softwarelist”

G. Check the BSC master file (i.e. bscmxtxx) version specified in“CONTENTS.LST” against the requested customer version.


30 / 72 3BK 17416 3001 RJZZA 02A L EC T L

5.3.2 Case 2: Build is delivered on IOMEGA ZIP disk

NOTICE In this case it is mandatory for the notebook to have an IOMEGAZIP drive installed.


A. On the notebook create the following directory or directories:

C:\BUILDBSS\B7\”Name of customer build”

B. Copy all the build delivery files from the IOMEGA ZIP disk tothe new created directory.

C. Copy gzip.exe from C:\Program Files\Alcatel\WINBSC\B7 toC:\BUILDBSS\B7\”Name of the customer build”

D. Open a command prompt window:

Start Programs Command Prompt

E. In the command prompt window enter the followingcommands:

cd \BUILDBSS\B7\”Name of the customer build” <CR>gzip -dvN *.gz <CR>Note: *.gz means all the files in the current directory withextension gz.All the gzip files are uncompressed.

F. Using a text editor (eg. Notepad) open the “CONTENTS.LST”file.

Refer to “BSS softwarelist”

G. Check the BSC master file (i.e. bscmxtxx) version specified in“CONTENTS.LST” against the requested customer version.

Commissioning tests

3BK 17416 3001 RJZZA 02 31 / 72A L EC T L

6 Commissioning tests

This chapter describes the following tasks:

Relocation of system CPRCs

Loading and activating the BSC software

Checking battery backup of S-CPRC boards

Correcting the BSC date and time

Commissioning tests

32 / 72 3BK 17416 3001 RJZZA 02A L EC T L

6.1 Relocation of system-CPRCs


To move the S-CPRC PBAs from their transport positions totheir operational positions.


WARNING

Use the antistatic wrist strap when working in contactwith the BSC boards, otherwise permanent damage could

be caused to the boards.

Action Results

Refer to “BSS MethodsHandbook” for LEDsmeaning

A. Move the S-CPRC PBAs from theirtransport positions to their operationalpositions as follows:

-PBA in position 23 (transport) toposition 21 (operational).

-PBA in position 27 (transport) toposition 25 (operational).

System CPRCs are in operationalposition.

The boards run their self-tests forabout 1 minute. When the bottomLED is blinking they are requestingto be loaded.

Commissioning tests

3BK 17416 3001 RJZZA 02 33 / 72A L EC T L

6.2 Loading and Activating the BSC software


To prepare the X.25 link by downloading the minibuild

To configure the first BIUA module of each rack with a genericfile

Option: To upgrade the TSCA firmware from B5

To load and activate the BSC software.

6.2.1 Prepare X.25 configuration linkProcedureProcedureProcedureProcedure

Refer to “Toolscatalogue for field activity”for cable reference

A. Connect the COM1 port of the BSC Terminal to the 9 pinconnector of the system CPRC 1 (SAU 08 position 21) usingthe CPRC serial cable.

B. To run ‘BSC Terminal B7’, from the Taskbar, select:

Start Programs WinBSC B7 WindowsBSC Terminal B7

The following window appears:

B. Select serial connection and Logging in the ‘BSCCommunication Control’ window and click <Connect>.

C. In the ‘Windows BSC Terminal’ window select:

Utilities Minibuild Loading

The ‘Minibuild Loading’ window opens:

Commissioning tests

34 / 72 3BK 17416 3001 RJZZA 02A L EC T L

Refer to “BSS MethodsHandbook” to monitor theprogress of the downloadby observing the LEDs onthe CPRC PBA

D. Give the path of the minibuild directory in the “Directory Path”field (as in the figure) field using the <Browse> button. SelectAvailable Files ‘bssmini.*’ and click <Go!>.

The files are automatically downloaded.

When the download is complete, a successful reportmessage appears.

N O T IC E Check the lower right corner in ‘Windows BSC Terminal’

windows to monitor communication between PC and BSCequipment (“the message has been sent to BSC...” and areply has been received).

E. Exit Windows BSC Terminal:

- click the shortcut exit button (top right corner in the‘Windows BSC Terminal‘ window)

- click <Yes> to confirm the close connection messagebelow:

Commissioning tests

3BK 17416 3001 RJZZA 02 35 / 72A L EC T L

6.2.2 Configure the rack’s first BIUA with the generic file


A. Connect the LMT Terminal to the first BIUA PBA using LMT-CTTerminal/MMI cable.

B. Run ‘Craft Terminal B7’:

Double click the LMT Terminal SW icon.

When the password window appears, click the <OK> button.

The Alcatel Main Menu appears:

C. In the Alcatel Main Menu Select: Session Connect

The Craft Terminal software establishes the connection withthe BIUA board:

D. In the “BIUSC” Menu select:

Options Data Download

and in the “Write Block” window click <Browse>.

Commissioning tests

36 / 72 3BK 17416 3001 RJZZA 02A L EC T L

See Chapter 1 “RackConfiguration”

E. In the “Open” window select, using “Folders” field, thetransmission data file corresponding to the module rackposition:

LMT-CT Setting...

F. Click <OK>.

In the “Write Block” window click <OK> again, and wait forthe successful ‘Report’ message window below:

G. In the “BIUSC” Menu, disconnect the board link by selecting:

Session Disconnect

The “Alcatel” menu is activated.

Disconnect the RS232 cable from BIUA board.

H. Repeat the section Configure the rack’s first BIUA withinitial generic file, for the first BIUA module of each BSCrack.

Commissioning tests

3BK 17416 3001 RJZZA 02 37 / 72A L EC T L

6.2.3 Check and upgrade the TSCA FW

ATTENTION This upgrade MUST be performed if the TSCA FW doesnot correspond to release B6 or B7!

PurposePurposePurposePurpose To upgrade the TSCA SW from B5 to B6 (even if thecommissioning of BSC is done in B7).

6.2.3.1 Check the FW version on the TSCA board

ProcedureProcedureProcedureProcedureA. Connect the LMT Terminal to the first TSCA PBA using LMT-CT

Terminal/MMI cable.

B. Run Craft Terminal B7: Double click the LMT Terminal SW icon.When the password window appears, click the <OK> button.The Alcatel Main Menu appears:

C. In the Alcatel Main Menu Select:

TSC Download Migration Software

D. If the connection is not established, the FW version is forrelease B6 or higher and no FW upgrade is required.

E. If the Craft Terminal software establishes the connection withthe TSCA board an update of FW is required.

Commissioning tests

38 / 72 3BK 17416 3001 RJZZA 02A L EC T L

6.2.3.2 If applicable, upgrade TSCA firmware from B5 to B6

1. Installing the TSC B6 software on the PC

A. Create the directory TSC_FW on the PC.

see BSS Software List B. Copy the firmware delivery for release B6 (TSCSAQxx.0xx)from the floppy disk into the TSC_FW directory.

C. Leave the diskettes of the installed software in the sitedocumentation.

2. Upgrading the TSCA board to FW level B6

A. The Craft Terminal software sets up the connection with theTSCA board, following the action of the command alreadygiven at LMT CT B7:

TSC Download Migration Software

B. The following messages appear:

“Waiting for Download Request from TSC...” “Download of Both Code and Data Requested.Proceed?”

Click <OK> .

C. The program asks for the TSC CODE file .

D. Select the file that you installed in the TSC_FW directory:

C:\ TSC_FW / TSCSAQxx.0xx

Choose this file and click <OK>.

E. The following messages appears:

“TSC is currently erasing a page of memory.”

And then download starts.

F. “Download of Data Requested.Proceed?” appears.Click <OK> .

G. Select the file with data from the LMT CT directory:

.../LMT_CT/B7/Settings/g2/tsca/empty_db.tsc

Choose this file and click <OK>.

H. Wait for the TSC to download successfully. (After the TSCAboard has been downloaded wait approximately 10 minutes).

I. Manually reset the board.

J. After the TSCA board has been reset, the B6 firmware shouldbe active and will start sending a load request via TSL.

K. Apply the same procedure for each TSCA board.

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6.2.4 Format Disk A


1. Set up the X.25 communication link

Refer to “Toolscatalogue for field activity”for cable reference type.

A. Connect the X.25 number 0 port of the BSC Terminal to the25 pin connector of system CPRC 1 (SAU 08 position 21)using CPRC parallel cable.

B. Open a new session and select the X.25 link.

C. Select X.25 connection and Logging in the ‘BSCCommunication Control’ window and click <Connect>.

N O T IC E If an “X25 Link” error message window appears verify the

link with the BSC equipment and repeat the last two stepsagain.

2. Format Disk A

A. In the ‘Windows BSC Terminal‘ main menu select:

Commands Disk operations Format SSD

the ‘Format SSD’ window opens.

B. In the “Directory Path” field enter the full path to the BSSdirectory using the <Browse> button (e.g.:C:\BUILDBSS\BSSS7_1).

C. Select <Disk A>.D. A list of files that can be used to format the SSD appears.

Select the BSS-masterfile xxxMxTxx . xxx and click <Enter>.

E. Click <Go!> to initiate SSD formatting. When SSD formatting is complete, a report appears

showing the result of the formatting.

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6.2.5 Load the BSS software onto disk A


A. In the ‘Windows BSC Terminal‘ main menu select:

Commands Disk operations File Transferfrom PC to BSC

The BSS File Directory window opens:

B. In the “Directory Path” field enter the full path to the BSSdirectory using the <Browse> button (e.g.:C:\BUILDBSS\BSSS7_1).

C. Select the BSS-masterfile xxxMxTxx . xxx and click <Enter>.

D. Specify the Destination Disk. Select <Disk A>.

E. In the ‘Files To Transfer’ window the files to be transferred aredisplayed.

F. Click <Go!> to initiate the file transfer (Start Download).

G. Check reports.

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6.2.6 Check the content of disk A


A. To generate and print out the content of disk A, from the‘Windows BSC Terminal‘ main menu select:

Commands Disk operations Control SSD

B. Select the parameters as in the ‘Control SSD’ window belowand then click <OK>.

C. In the ‘Windows BSC Terminal’ window check the commandreports.

D. Compare the content of disk A, shown in the reports window,with the CONTENTS.LST file.

6.2.7 System initialization


Action Results

A. In ‘Windows BSC Terminal‘ select the followingmenu path:

Commands System Activation

System initialization

‘System Initialisation’window opens.

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Refer to “BSS MethodsHandbook” describing thevarious LED states for thedifferent boards.

B. Select the parameters as in the ‘SystemInitialisation’ window above and then click<OK>.

The loading procedure is indicated by theLEDs on the board front panels.

All BSC boards, includingNE and TSCA, upload thesoftware stored in CPRCboard.

NOTICEAfter the system initialization command the BSC Terminal loses the

X.25 connection with the BSC.

After about 5 minutes, reestablish the link by closing andreopening BSC Terminal.

C. Wait about 20 min. for the successful report.

Verify that all CE's are equipped. If CE missing,run Hardware Test to investigate.

BSC is successfullyinitialized.

6.2.8 Set to "OPR" the SBLs of the declared BTSs


A. In ‘Windows BSC Terminal‘ select:

Commands Equipment Handling SBLDisable

B. Select the parameters as in the ‘SBL Disable’ window below:

see Informationrequired

C. In the "Unit number" field enter the parameter number fromthe corresponding BTSs.

D. Click <OK> and wait for the successful report.

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6.2.9 Check board status

ProcedureProcedureProcedureProcedureA. To generate and print out the states of the faulty SBLs, in

‘Windows BSC Terminal’ select:

Commands Equipment Handling SBL StateList

B. Select the parameters as in the ‘SBL State List’ window belowand then click <OK>.

C. In the ‘Windows BSC Terminal’ window check the reports toverify that all the CPR, DTC, TCU, TSC and SWITCH SBLs ofthe BSC are "In Traffic". They should not appear in the StateList command report.

NOTICE

The State List command displays the states of all SBLs that are not"In Traffic".

In the ‘Windows BSC Terminal’ window use the mouse to double-click on the compressed report message any time you want a “Full

Report View”.

6.2.10 Format disk B

ProcedureProcedureProcedureProcedure See Appendix A. Disable Alarm Reports.

CAUTION

If the sequence of operations is blocked at any time,apply WORKAROUND no.1 for restarting the BSC

Terminal.

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B. In ‘Windows BSC Terminal’ select:

Commands Disk Operations Format DuplexSSD

C. In ‘Format Duplex SSD’ enter the "Source - Destination"parameter and click <0K>.

D. Check the reports to see if the action was successful.

E. Wait for the final report “FILE TRANSFER RESULT”.

6.2.11 Copy the BSS software to disk B


A. In ‘Windows BSC Terminal’ select the following menu path:

Commands Disk Operations FileTransfer from BSC to BSC

B. Enter the Source and Destination disk parameters, select “AllFiles” and click <0K>.

C. In the ‘Windows BSC Terminal’ window check the reports(check to see that the BOOTROOT file already exists on disk B).

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6.2.12 Check the content of disk B


A. Repeat the instructions in section 6.2.6 for Disk B.

6.2.13 Activate disk B


A. In the ‘Windows BSC Terminal’ main menu select:

Commands Equipment Handling SBLInitialise

B. Click <0K>.

See Appendix C. Enable Alarm Reports.

D. Check the message reports.

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6.3 Checking battery backup of S-CPRC boards


To check that the content of the S-CPRC disks is not altered(safeguarded by the internal battery backup) by a loss of BSCpower supply.


Action Results

A. At the customer power panel switch OFF thebreakers for the two BSC branches (A and B).

BSC is powered down.

B. At the customer power panel switch OFF thebreakers for the two BSC branches (A and B).

BSC is powered up andstarts initialization.

Refer to “BSS MethodsHandbook” for LED states

C. Wait for BSC initialisation to finish (follow thedifferent LED states).

Refer to the abovesections

D. Check the board status as described in theabove sections.

The respective SBLs are“IT”.

Refer to the abovesections

E. Check the content of the S-CPRC disks (A and B)against the “CONTENTS.LST” file.

The content of the S-CPRCdisks was not altered bythe loss of power supply.

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6.4 Correcting the BSC date and time


A. In ‘Windows BSC Terminal’ select the following menu path:

Commands Date & Time Modify Date & Time

B. Select the parameters as in the example ‘Modify Date andTime’ window below and then click <OK>.

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6.5 Option: Testing the external alarms


To verify the external alarms sent to the BSC Terminal.


Action Results

See Chapter 1“Information required”

A. If the external alarms are not looped at theDDF, the external alarms should be activeat the BSC Terminal. They will remainactive until they are either connected orlooped.

If they are looped at the DDF, theprocedure will entail checking that they arecorrectly sent to the BSC Terminal byopening them in turn.

See Chapter 1“Information required”

B. If the external alarms cables are installed,simulate the alarms, one by one, at theDDF side, by inserting disconnectterminals.

The corresponding alarms arereported at the BSC Terminal.

(for example:

Alarm Class: 32-Environmental

Alarm type: 002-EXT-ALARM)

C. Remove the disconnect terminals, one byone.

The corresponding alarmsdisappear.

Option: Hardware Test

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7 Option: Hardware Test

This chapter describes the following sequence of hardware testsin “off-line” mode, applied for BSC configuration 3 or higher:

Network test

Broadcast test

Clock test


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7.1 BSC hardware test

ATTENTION This test applies only for BSC configuration 3 or higher!


To perform the following sequence of hardware tests in “off-line” mode:

• Network test to detect failures in the switching networkcabling.

• Broadcast test to detect failures in the broadcast buscabling and faulty PBAs.

• Clock test to detect failures in the clock distribution buscabling. It also detects faulty PBAs.


Action Results

1. Preparing the BSC for the test

A. The hardware test must be executed inconfiguration 3 or higher, to check theinter-rack cabling.

N O T IC E For a BSC in configuration 1 or 2 the Hardware Test is notneeded.

B. Before the BSC can be tested, it mustbe in the idle state.

Software in all the Control Elements(CE) is running in the idle mode.

2. Reboot the BSC in “off-line test” mode

A. From the ”Windows BSC Terminal”window main menu, select:

Commands CommissioningTests BSC System TestInit

The “BSC System Test Init” windowopens.

B. Select the parameters as in the “BSCSystem Test Init” window below:


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C. Click <OK>. A message indicating that thecommand has been sent to the BSCappears in the lower left corner ofthe “Windows BSC Terminal”window.

D. Wait about 20 min. for BSC to run inthe test mode.

(Wait about 5min, exit and reconnectthe BSC Terminal).

When the BSC is in test mode, bothtop LEDs are blinking fast.

2. Network Test

A. In the ”Windows BSC Terminal” mainmenu select:

Commands CommissioningTests Test Facilities forG2 Network Test

The “Network Test” window opens.

B. Select the parameters as in the“Network Test” window below and click<OK>.


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Refer to “BSS MethodsHandbook” for cable andplug descriptions.

See Example of Inter RackCabling in appendix

C. Wait for the report message and try tofix the problem, if there is one.

- note down the given address.

If one or more BSC test reports arenot successful the report will providethe identities of the networkaddresses of the links on which themost errors were detected.

- find the given address in the InterRack Cable List and check thecorresponding cables for theiraddresses on both racks.

(Use the mouse to double-click thecompressed report message any timeyou want a “Full Report View”).

3. Broadcast Test


Commands CommissioningTests Test Facilities forG2 Broadcast Test

The “Broadcast Test” window opens

B. Select the parameters as in the“Broadcast Test” window below andclick <OK>.

C. Wait for the successful report message.

4. Clock Test


Commands CommissioningTests Test Facilities forG2 Clock Test

The “Clock Test” window opens.

B. Select the parameters as in the “ClockTest” window below and click <OK>.


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C. Wait for the successful report message.

NOTICEIf any hardware test fails, try to identify the problem and fix it.

Repeat all the hardware tests if necessary. If the failure persists,check the cabling between the racks (see BSS Methods Handbook)!

7.2 Reboot the BSC in OPERATIONAL mode


Action Results

A. From the ”Windows BSC Terminal”window main menu, select:

Commands CommissioningTests BSC System TestInit

“BSC System Test Init” windowsopens.

B. Select the parameters as in the “BSCSystem Test Init” window below:


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C. Click <OK>. A message indicating that thecommand has been sent to the BSCappears in the lower left corner ofthe “Windows BSC Terminal”window.

D. Wait about 15 min. for BSC to run inoperational mode.

(Exit and reconnect the BSC Terminal)

When the BSC is in operationalmode both bottom LEDs areblinking fast.

See § 6.2.8 E. Check board status. CPR, DTC, TCU, TSC and SWITCHSBLs are “IT”.

Option: Checking the BSC-TC link

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8 Option: Checking the BSC-TC link

This chapter describes how to check the BSC - TC link.


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PurposePurposePurposePurpose To remove the loops at the DDF for AterMux PCMs on the BSC

side and check the alarm reported by ASMB boards. To check the state of A trunk SBLs.


CAUTION

Apply the following task only if the TC is installed andconnected at the DDF on the BSC site.

1. Remove the AterMux loops and check the alarms onthe ASMB boards

See Informationrequired

A. At the DDF on the BSC side remove the loops for the AterMuxPCMs that are connected to TC equipment.

B. Open the LMT Terminal application and connect the RS232cable to the notebook (COM).

C. For each ASMB board that corresponds to the removed loopat the DDF: connect the serial cable to the board

Session Connect

The message “SM2M connection established” appears

Click <OK>.

Choose:

Services Alarm Collection


D. Case 1: A interface cables are looped at TC site

Check that the message “No Alarms Detected” appears,meaning that the TC link has no alarms.


E. Case 2: A interface cables are connected to MSC

Check that for the A tributaries connected to MSC there are noalarms.Also check there are no alarms for the “Highway and controlmodule”.


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2. Check the status of A trunk SBLs

A. At the BSC Terminal:

Commands Equipment Handling SBL ReadStatus

B. Object class: SBL

Unit Type: BSC

Unit Number: 1

SBL Type: ATR

Nbr: A trunk number (corresponding to the number ofthe A trunk connected to the MSC or looped at the TC)

SbNbr: 255

C. Click <OK>.

D. Check that the ATR SBL is “in traffic” in the report window.

E. Repeat steps A-D for all the A trunks that are connected to theMSC (corresponding to the AterMux PCMs connected to theTC).


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Option: Checking the BSC-TC linkThis chapter describes how to check the BSC - TC link.

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9 Setting and checking the BSC - OMC-R link

This chapter describes how to set up the BSC - OMC-R link.

Option: Checking the BSC-TC linkThis chapter describes how to check the BSC - TC link.

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PurposePurposePurposePurpose To set up the BSC - OMC-R link (only if the BSC is linked to

the OMC via the X.25 network)

To test the connection.


1. Physical connection

ATTENTION This step applies only if the BSC is linked to the OMC viathe X.25 network.

Action Results

BSC site A. Connect the modem to the 25-wayconnector (reference 3BK 07784 GLAA)on CPRC board C (subrack 8, slot 17).

On the modem LEDs 103 and104 must be ON.

On the CPRC C board the topLED must be OFF.

BSC site B. At BSC Terminal verify the alarms. The "Unsolicited Alarm Report"should appear:

This message indicates that theX.25 link has beenreestablished.

2. Test the communication

Action Results

OMC-R site A. Ask the operator to check at OMC-R thatthe BSC - OMC-R link is operational.

The operator confirms the link isoperational.

BSC site B. Check the X.25 SBL status. The corresponding X.25 SBL is“IT”.

OMC-R site C. Perform a Software Audit of BSSequipment.

Software audit report message.

OMC-R site D. Check for communication Errors Reportsin the “BSS_xx Follow up” messagewindow.

No communication errors.

Finishing commissioning

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10 Finishing commissioning

This chapter describes the tasks that have to be performed atthe end of commissioning.

Finishing commissioning

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To ensure that commissioning is totally complete, and a copyof all reports from the commissioning of the BSC equipmentis left with the equipment on site.


A. Close the doors of the racks.

B. Leave the site tidy.

C. Close the site and hand the keys to the keyholder.

D. Return the completed forms and the inventory files relating tothe operation to base.

Abbreviations

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Abbreviations

ASMC Ater submultiplexer C

Ater Interface between BSC and TC

BSS Base station subsystem

DDF Digital distribution frame

CCL Completion check list

GSM Global system for mobile communications

G2 Second generation

ITL-PRO Procedure technical and support information

NE Network Elements (i.e.: BIUA, ASMB ...)

PCM Pulse Code Modulation

SAU Subrack unit

SR Subrack

TC Transcoder

Abbreviations

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Appendix A List of Items Required

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1 List of documents required

The following table is used to check, at base, the availability of thenecessary documents.

Document tittle Reference

Applicable notification list (ITL-PRO) release B7 3DF 00462 0015 UAZZA

Applicable operation instructions (IO) release B7 3DF 00300 0015 UAZZA

BSS site premises inspection, post handover 8BL 00704 0016 DRBRA

Site premises inspection form (CEL) 8BL 00704 0015 DRBRA

SPP-27, Specification for site preparation G2 BSC 8BL 00704 0018 DRBRA

Tools catalogue for field activity 3BK 20458 0001 RJZZA

Completion Check List (CCL) 3BK 17408 3001 QZZZA

BSS Methods Handbook release B7 3BK 17408 0002 PCZZA

Site Equipment Inventory CI 08 3BK 17257 0001 RJZZA

BSS software list Depending on the software version requestedby the customer

2 List of tools required

The following table is used to check, at base, the availability of thenecessary tools.

see « Tools catalogue » for checking the content

Kit name Reference Calibration

Basic kit OUT 001 No

Test cables and plugs (G2 BSC) OUT 013 No

Digital multimeter DES 001 No

Utility PC (BSC LMT) DES 002 No

Inventory kit N° 7 OUT 017 No


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3 List of software required

The following table is used to check, at base, the availability and theversion of the necessary software.

refer to the corresponding document for checking the SWversion

Name Version checking

Operating system See Tools catalogue for field activity

BSC Terminal/BSCWATxxx BSS software list

LMT_CT/CTxxx.exe BSS software list

TSCSAQxx.0xx BSS software list

BSSBUILD BSS software list

EICON card driver for Windows NT BSS software list

Appendix B Example of Inter-Rack Cabling

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123

rack B rack A

A = rack AB = rack B

Figure 10-4 Connecting extension loom

A. Run the interconnection loom at the rearof the racks (fig.1). Use the addresseswritten on the end cable labels (fig.1).

B. Connect the cables to the rear of theracks.

The addresses locate a locking latch (1fig.2), and the connector must beplugged just below it (2 fig.2).

C. Tie the cables to the racks.

Example (fig.2) : 03::36BA03

Subrack 03Slot 36Board connector BALocking latch address 03

1

2

01

04

07

10

13

16

19

22

25

28

31

0103

07

10

13

16

19

22

25

28

31

AA

BA

Figure 10-5 Locking latch address


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Appendix C Disabling/enabling alarm reports

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To disable Alarm Reports during files transfers between PCand BSC equipment. This measure is taken to avoidunsuccessful files transfers.

To enable Alarm Reports when file transfers are finished.

1 Disable Alarm Reports


A. From the ‘Windows BSC Terminal’ main menu:

Commands Alarm Handling Enable PCReport

B. Select the parameters as in the window below and then click<OK>.

C. In the ‘Windows BSC Terminal’ window check the reportmessage.


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2 Enable Alarm Reports


A. From the ‘Windows BSC Terminal’ main menu select:

Commands Alarm Handling Enable PCReport

B. Select the parameters as in the window below and then click<OK>.

C. In the ‘Windows BSC Terminal’ window check the report.

Appendix D Workarounds

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1 - Exit/Connect WinBSC Terminal


To exit from the WinBSC Terminal interface any time thesequence of operations is blocked.


A. To exit from Windows BSC Terminal:

- click the shortcut exit button (top corner corner in the‘Windows BSC Terminal‘ window)

- click <Yes> to confirm the close connection messagebelow:

B. The following message window appears:

C. To close the connection choose <Yes>.

D. To run ‘BSC Terminal B7’, from the Taskbar, select:

Start Programs WinBSC B7 WindowsBSC Terminal B7

The following window appears:


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E. In the ‘BSC Communication Control’ window select:

X25 for “Link Selection” and the “Logging” option and click<Connect>.

N O T IC E If an “X25 Link” error message window appears verify thelink with the BSC equipment and repeat the last two stepsagain.

g2 bsc commissioning manual release b7.2

Engineering