Siemens Xelibri X2 Service Manual

Information and Communication Mobile

Mobile Phones

Level 2

Repair

Manual

XELIBRI-X2

Issue Date Author Description

0.9 11.03.02 Noblet First release

1.0 17.04.03 Lerner Layout update and 1st official release

1.1 22.05.03 Lerner Update on page 12: different antennas for X2 and X4

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Table of Contents:

1 TECHNICAL FEATURES OF THE XELIBRI ___________________________3

2 MOBILE SOFTWARE PROGRAMMING ______________________________4

3 UNLOCKING PROCEDURE ________________________________________4

4 ACCESSORIES__________________________________________________4

5 BATTERY INFORMATION _________________________________________4

5.1 label making____________________________________________________4

5.2 Charging time: __________________________________________________5

5.3 Charging procedure: _____________________________________________5

6 EXPLODED VIEW________________________________________________7

7 DISASSEMBLY PROCESS ________________________________________8

8 ASSEMBLY PROCESS __________________________________________11

9 TOOLS DESCRIPTION___________________________________________15

10 IMEI ACCES ___________________________________________________16

11 IMEI LABEL DESCRIPTION_______________________________________17

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1 TECHNICAL FEATURES OF THE XELIBRI

Feature Description

Frequency

Power

Antenna

Telephony

SMS

SIM Appl. Tool Kit

Keypad

Display

Illumination

Physical Details

Interfaces

Battery type

Charging

Melody

Phone Book

CPHS

Text input

Silent Alert

Phone No. Memory

Voice Recognition

Echo cancellation

Noise reduction

EGSM-900 GSM-1800 EGSM-900: Class 4 (2 W) GSM-1800: Class 1 (1 W) Integrated, built in patch antenna SAR for Lunar <= 1. W/kg / Target 0.8 W/kg in 1 g and 0.7 W/kg target 0.5 W/kg in 10 g SAR for Jedi <= 1.2 W/kg / Target 0.8 W/kg in 1 g and 0.9 W/kg target 0.5 W/kg in 10 g. Coding RPE/LPC with LTP HR, FR, EFR Class 0, 1, 2 GSM TS 7.05 Short Message MT / MO Cell Broadcast Concatenated Messages / Picture Messages refer to chapter Fehler! Verweisquelle konnte nicht gefunden werden.

0 to 9; *; # 4-contact navigation element (2 soft keys + up / down) refer to MMI specification refer to MMI specification, 101 x 65 pixels B/W

Supported

Target weight: 80g

temperature range: Normal operation (acc. 3GPP TS 51.010-1): –10°C to +55°C Storage: –40°C to +85°C

according to Siemens design specification Slim Lumberg for accessory support

exchangeable Li-Ion 600 mAh min 200h Standby and talk time of 3H30 at level 10 and DTX = off in EFR max. 6 h for empty batteries (0 – 5% capacity) charging of deeply discharged battery possible Embedded: 15 polyphonic (32 voices)

SIM, 255 records (SIM dependent) ADN, FDN, SDN, MS-ISDN Version 4.2 (no ALS)

T9 4.1

Vibration acceleration min 1g for front and rear measurements, less than 11000 rotations/min Mechanical noise of the component : loudness max 50 dBA @ 10 cm distance 30 numbers, for last number dialled, last number missed, last number received all with date and time stamp Speaker dependent: 20 tags via a “simple” UI

Supported

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2 MOBILE SOFTWARE PROGRAMMING

See the Software Update Manual.

3 UNLOCKING PROCEDURE

Not appilcable.

4 ACCESSORIES

The only available accessory is the standard charger:

Is designed by Siemens according to specification “ Charger for L55 series – version 03”Spec Ref: DIS 10506; date: 17/04/02 from Siemens AG ICM MP PO2 KLF32

The Standard Charger is only available in 3 country versions: UK, EU, China.

5 BATTERY INFORMATION

5.1 label making

- Customer Part Number: The label artwork will have the customer part no. shown as follows :

Siemens part number: V30145-K1310-X267 The product index number, which signifies battery version, shall be printed after the CELLon part number. The mass product index number is 3.

-Tracking Code: Each battery will be marked with a unique code as follows :

YYYYMMDD ABCXXXX Where YYYYMMDD = The battery manufacturing date. A = the line number B = the shift number ( A,C day shift: B,D, night shift) C= serial number from A to Z XXXX = is a sequence number.

- The country of origin of the cell shall be printed on the label.

Also after cell origin country shall be printed in brackets, S for Sanyo and T for Toshiba, to denote cell supplier.

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5.2 Charging time:

2-3 hours (as mentioned in the user guide).

5.3 Charging procedure:

The “Two current steps charge ” is divided in 4 phases :

PH1 : Continuous Full Current. PH2 : Wait Step. PH3 : Continuous low current charge . PH4 : Pulsed low current charge.

Battery voltage

Mobile Phones

Charge Current

Phase 1 Phase 3 Phase 4

Phase 2

A High average current limited by the charger B Continuous low current limited by the phone C Release voltage of 4.2V +/-1%

Pulse 50ms

Trelax

Time

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Phase 1: High average current charge

This phase occurs if the voltage is between 3.1V and 4.2 V +/- 1%. During this step, the charge current is only limited by the charger, except if this current is too high for the battery (refer to Annex13 for further explanations on this current limit). As some of the SIEMENS chargers delivers a high current compared to the capacity of the battery, it’s necessary to detect too high a current and to directly go through “continuous low current charge”. If this is not implemented, some customers could have their talk time and standby time shortly and drastically reduced after few charges. In order to prevent this risk, it’s necessary to measure the current at the beginning of this “high average current charge” phase and to go to next step if this current is too high.

The phase 1 ends when the battery voltage is 4.2V +/-1%. At the end of this phase, Wait step begins.

Phase 2: Wait Step

This phase begins at the end of the phase 1 and is a wait step during which the charge is stopped. It is used to let the cell voltage decrease and avoid random transitions. This timer is set to 4 seconds.

Phase 3:Continuous low current charge

For any charger, the charge current is limited between 100mA and 200mA, until the cell’s voltage reaches

4.2 Volts +/-1% for the second time (first time during phase 1). At the end of this phase, the Pulsed low current charge phase begins.

Phase 4: Pulsed low current charge

This phase begins at the end of the phase 3. The phase is applied endlessly The current is applied for 50 ms. The next pulse is applied as soon as the battery voltage goes down to 4.2V +/-1%.

With any switch mode chargers, the pulse has the following profile :

time

Imax = 200 mA T1typ = 50 ms T1 max = 52 ms

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