AKTP14 AKTP14 AKTP14 AKTP14 AKTP14 AKTP30 AKTP30 AKTP30 AKTP30 -

INFORMATION

Transponder Type AKL Part No
Display Transponder Detail
Transponder Types Transponder Codes Locked or not Car brand EEprom codes Pin-Codes
Standard Standard Standard Standard Standard Standard
Standard - Supplied as part of the basic package

UNLOCKING

Most 48 Transponders Most transponders are locked during programming so that the transponders cannot be used again. AD900Pro can unlock most megamos crypto transp. Part Of Transponder Type Standard AKL Part No -

GENERATING

Crypto Transponders From Blank Crypto Transponders For Renault/Chrysler Jeep Transponder Logic For Fixed Transponders Crypto Transponders From Blank Crypto Transponders for MB Mercedes C-E-G Class ID33 You can generate 46 Renault, Chrysler and Jeep transponders from blank 46 transponders.

Standard

Blank 46

T5 Special

AKTP14 AKTP30

ADS908

Transponder Logic For Philips Crypto 40,41,42,44 Philips Crypto Transp (VAG), 44 mitsu & 45 Transponder Logic For Texas Crypto 61,62 & 65 Texas Crypto Transp. Transponder Logic For Mitsubishi Lancer/Colt, VW Philips Crypto 46 Touareg / Phaeton, Porsche Transponders Cayenne, Peugeot 307, Audi A8, Citroen C3 / Picasso, BMW E60-64/E65/E87

ADS909 ADS910

Blank PCF7935 Texas Crypto 60 Blank 46

AKTP31 AKTP7

ADS913

PIN CODE CALCULATING

From Transponders Renault Philips 33 (4 Digit) Peugeot Philips crypto 45 (4 digit) Renault 8 digit (Texas Crypto ID60, ID64) From Chassis Numbers Hyundai and Kia (last 6 digits of chassis number) Hyundai and Kia (last 6 digits of chassis number). Turkey vehicles. NLH/NLI chassis
Transponder Type AKL Part No -
Standard ADS912 ADS915 ADS911 ADS919

60, 64 -

EEPROM READING
Opel TMS370C002 (ID :40) VW TMS370C002 (ID :42) VW 24C04 (ID :44) Fiat 93C46 (ID :13) Alfa romeo 93C46 (ID :33) Honda 93C46 (ID :13) Honda MC68HC05B6 (ID :33) Fiat MC68HC705E6 (ID :11) Fiat MC68HC908AZ32 (ID :11) Mercedes Sprinter Vito MC68HC05X16 (ID :12) Fiat HC9S12 (ID :48) Fiat Boxer 93C56 (ID :48) VW MC68HC05B8 (ID :33) Renault Laguna 93C46 (ID:33) Renault Clio2 93C46 (ID:33) Renault Clio2 93C66 Siemens (Pin-Code) Fiat 93LC66B (ID :48) Bmw MC68HC08EA9 (ID :33) Toyota Corolla 98-00 93C66 (ID:4C) Toyota Corolla Delson 93C56 (ID:4C) Toyota Corolla Bosch 24C02 (ID:4C) Toyota Corolla Yaris 93C56 (ID:4C) Toyota Corona 24C04 (ID:4C) Laguna 2 HC9S12 (Pin-Code) Iveco 93C56 (Pin-Code) Megane 2 HC9S12 (Pin-Code) Alfa Romeo 93C56 (ID :44) Mitsubishi 93C56 (ID :44) Volvo 93C56 / 66 (ID :44) PSA 93C46 (ID :33) Mitsubishi 24C01 (ID :4C) Daihatsu 93C66 (ID :4C) Audi 93C46 (ID :13) Nissan- Subaru MC68HC05B6 (ID :33) Mercedes Sprinter Vito MC68HC908AZ32 (ID:12) Opel MC68HC05B6 (ID :33) Mitsubishi 93C46 (ID :33) Fiat Scudo 95080 (ID :33) Mazda MC68HC705P3 (ID:12) Peugeot 206 MC68HC05B16 (Pin-Code) Renault Megane 1 MC68HC05B16 (ID :33) Mercedes Actros-Atego 93c56/86 (ID :13) Part Of AD901 AD902 AD903 AD904 AD905 AD906 AD907 AD908 AD909 AD910 AD911 AD912 AD913 AD914 AD915 AD916 AD917 AD918 AD919 AD920 AD921 AD922 AD923 AD924 AD925 AD926 AD927 AD928 AD929 AD930 AD931 AD932 AD933 AD934 AD935 AD936 AD937 AD938 AD939 AD940 AD941 AD942 Transponder Type

NEXT: F. Press

NEXT: COPY
Please put T5 Transponder To the Antenna G. Press COPY WRITING PLEASE WAIT.

Successful.! ESC: X

To write more logic, press X to return to main menu.
Procedure For Writing Texas 4C Logic Onto A Silca EH2 or JMA TPX1 Transponder A. Ensure > is aligned with WRITE CODE B. Press C. Using the select ID 4C type of transponder logic. D. Press Write Code ID: 4C
NEXT: CANCEL: X E. Type in logic using the keypad. Write Code ID:4C TEXAS Write Code 7E5B801F000000000069B 57E0000 ID:4C TEXAS

NEXT: F. G. Press

NEXT:
COPY Press 1 or 2 to select type of transponder to be copied onto. Note: JMA TPX1 is an additional software module and will only be active if purchased. 1 - Jma TPX- Silca EH2
SELECT: COPY WRITING PLEASE WAIT.

CANCEL: X COPY

To write more logic, press X to return to main menu
4. SPECIAL FUNCTION Provides the ability to access information For many transponders (Refer to FEATURES Section): - Pin Code Calculating - Unlock 48 - Generate random code SPECIAL 1. > PIN CODE 2. 48 UNLOCK 3. RANDOM CODE
NEXT: CANCEL: X PIN CODE Select Pin Code required by moving PIN CODE 1 > HYUNDAI CODE 2 KIA PIN RENAULT PIN PSA PIN 5 HYUNDAI (TURKEY) NEXT: CANCEL: X
Hyundai & Hyundai manufactured in Turkey Enter last 6 digits of the chassis number using the keypad and press HYUN. PIN Last 6 Digit of Chassis Number 000000 NEXT: CANCEL: X CANCEL: X HYUN. PIN

PIN CODE : XXXXXX

Kia Enter last 6 digits of the chassis number using the keypad and press KIA PIN Last 6 Digit of Chassis Number 000000 NEXT:

KIA PIN

Renault 33 Pin Place key into reading area and press REN. 33 PIN

PIN CODE : XXXX

45 PSA Pin Place key into reading area and press

PSA PIN

48 UNLOCK Allows approx 75% of ID48 (T6) VAG transponders to be unlocked and re-used. 48 UNLOCK
RANDOM CODE Select function required by moving RANDOM CODE 1. > FIX CODE GENER. 2. CRYPTO GENER. 3. HITAG2 GENER. 4. MERCEDES GENER. 5. PRECODING 48 CAN NEXT: CANCEL: X 1. FIX CODE GENERATOR Generates logic for transponders that can be programmed onto a T5 or Philips ID33 transponder. Procedure A. Ensure > is aligned with FIX CODE GENER B. Press C. Using the select type of transponder logic.

RANDOM CODE ID: 13

MEGAMOS - MEG
NEXT: CANCEL: X D. E. Place either T5 or 33 transponder into the reading area. Press RANDOM CODE
The transponder can now be programmed into a vehicle.
2. CRYPTO GENERATOR Generates logic for Crypto transponders. Procedure A. Ensure > is aligned with CRYPTO GENER B. Press C. Using the select type of transponder logic.

RANDOM CODE

PHILIPS CRYPTO ID: 40
NEXT: CANCEL: X D. E. Place AKTP30 transponder into the reading area. Press RANDOM CODE
CANCEL: X F. The transponder can now be programmed into a vehicle.
3. Blank ID46 HITAG2 GENERATOR Generates logic for blank 46 transponders so they can be programmed used for Chrysler, Jeep, Renault & Mitsubishi. Procedure A. Ensure > is aligned with HITAG2 GENER B. Press C. Using the select type of transponder logic.
NEXT: CANCEL: X D. E. Place blank ID46 transponder into the reading area. Press RANDOM CODE
4. MERCEDES CEG GLASS ID33 ROLLING TRANSPONDER Generates logic for early Mercedes. Mercedes ID33 transponder is Rolling transponder and it is not possible to copy a Rolling transponder. However, this facility allows you to generate ID33 transponder logic for Mercedes and produce a transponder that will start the car directly. It means you can generate a transponder for Mercedes even if the customer has lost the keys. Procedure A. Ensure > is aligned with MERCEDES GENER B. Press C. Using the select either slot 6,7 or 8 to program a key into. RANDOM CODE 6
Place special transponder (AKTP30) into the reading area. Press

NEXT: CANCEL: X

The transponder can now be programmed into a vehicle. Note: remember the slot number that was programmed.
5. PRE-CODING 48 CAN Allows blank 48 CAN transponders to be pre-coded to a specific vehicle. There are 4 types of blank transponders ie Audi, VW, Seat & Skoda. If pre-coding a transponder for a VW then a blank VW CAN transponder must be used and likewise for the other makes. Procedure A. B. Using your PRO key programming device, select the READ PINCODE function within the appropriate manufacturer selection. Follow the procedure through until the following screen is displayed.

THIS IS THE 7 BYTES OF DATA REQUIRED FOR PRE-CODING THE CAN TRANSPONDERS. IF ALL 7 BYTES ARE DISPLAYED CONTINUE WITH STEP C TO STEP K. IMPORTANT: IF XX IS SHOWN AS THE 7TH BYTE (AS SHOWN BELOW), THEN GO TO STEP L. 2A C6 AXX
READ PINCODE PINCODE: 64715 AD900PRO PRECODING 2A C6 A2E SWITCH IGNITION OFF

SWITCH AD100PRO OFF

C. D. E. F.
Record the 7 bytes of data as it will be required to be entered on the AD900Pro. Switch the AD900Pro on. Select SPECIAL FUNCTIONS, then RANDOM CODE, then PRECODING 48 CAN & Press Using the select vehicle make. VAG CAN 1. 2. 3. 4. Volkswagen Skoda Seat Audi
G. Enter the 7 bytes of data using the AD900Pro keypad. VAG CAN 7 BYTE 00000000000000 VAG CAN 7 BYTE 2A2347C6A0862E
Place the blank 48 CAN transponder (correct manufacturer) into the AD900Pro reading area Press VAG CAN
Writing Please Wait.! CANCEL: X
The AD900Pro will display Successful when the transponder has been pre- coded.

VAG CAN

Successful
The transponder can now be programmed into the vehicle as normal using the Pro key programming device.
L. IF XX APPEARS AS THE 7TH BYTE OF DATA, GO TO STEP M. Note: For this procedure you will need to have the AD900Pro in/next to the vehicle for convenience. You can use the vehicle lighter socket to power the AD900Pro with an appropriate cable. M. N. Record the 6 bytes of data as it will be required to be entered on the AD900Pro. Select KEY INFORMATION menu option from the key programming tool. The following screen will be displayed.
KEY INFORMATION AUTHENTICATION: Yes or No LOCKBITS SET: Yes or No
KEY AUTHORISED: Yes or No IMMOBILISER STATUS (VARIES)

PRESS ENTER KEY

The status of various key information is displayed as either a YES or No AUTHENTICATION is what you are interested in for this procedure. At this stage: i) Leave the Key programming tool connected to the vehicle and displaying this screen. ii) The ignition can be switched off and the key removed as the tester will remain powered. O. P. Q. Switch the AD900Pro on. Select SPECIAL FUNCTIONS, then RANDOM CODE, then PRECODING 48 CAN & Press Using the select vehicle make. VAG CAN 1. 2. 3. 4. Volkswagen Skoda Seat Audi
R. S. Place the blank 48 CAN transponder (correct manufacturer) into the AD900Pro reading area Enter the 7 bytes of data using the AD900Pro keypad. Where the last byte is XX enter this as 00. VAG CAN 7 BYTE 00000000000000 VAG CAN 7 BYTE 2A2347C6A08600

NEXT: T.

The tester will automatically write this code to the transponder and then ask if you want to continue to scan. At this stage DO NOT press ENTER. This screen indicates that 00 has been programmed as the 7th byte. If ENTER is pressed 01 will be programmed as the 7th byte etc.

VAG CAN 001 DO YOU WANT TO CONTINUE TO SCAN? 00 NEXT: CANCEL: X

U. V. W.

Remove the transponder from the AD900Pro and place into a key (important: ensure it is put into a key). Put the key into the ignition, but DO NOT turn the ignition on. Check the AUTHENTICATION status on the key programming tool. Status is YES - The key can then be programmed into the car as normal using the key programming tool. Status is NO - Go to next step.
X. Place the key back into the AD900Pro reading area and press ENTER. IMPORTANT: Only press ENTER once. The tester will automatically write the next code to the transponder and then ask if you want to continue to scan. At this stage DO NOT press ENTER. This screen indicates that 01 has been programmed as the 7th byte. If ENTER is pressed 02 will be programmed as the 7th byte etc. Note: The 01 will continue in increments of 1 from 00 to FF (total of 256 attempts) each time ENTER is pressed. VAG CAN 002 DO YOU WANT TO CONTINUE TO SCAN? 01 NEXT: CANCEL: X
The number in the top right hand corner of the screen indicates the number of the programming attempt made ie 1 to 256. Z. Remove the key from the AD900Pro and put the key into the ignition, but DO NOT turn the ignition on. Check the AUTHENTICATION status on the key programming tool. Status is YES - The key can then be programmed into the car as normal using the key programming tool. Status is NO - Repeat steps X to Z. This will need to be repeated until the AUTHENTICATION is YES. The max number of attempts is up to 256 times, but one will be correct. The procedure takes a maximum of 20 minutes if all 256 attempts are required. Once the AUTHENTICATION STATUS is YES, the key can be programmed into the car as normal using the key programming tool.
5. TEST This function is not currently active.
6. SETTING SETTING 1. > INFO 2. LANGUAGE 3. KEY TONE
NEXT: INFO Shows the AD900Pro serial number & software version loaded on the unit
INFO Serial Number: XXXXXXXXXXXXXXXX Version: 1.0.4 NEXT:
LANGUAGE Shows the current language that is set. Press the to select a different language and press to confirm.

LANGUAGE

1 - ENGLISH
KEY TONE Allows the key pad tone to be switched ON/ OFF.
KEY TONE 1. > ON 2. OFF
AD900Pro PC SOFTWARE GENERAL OPERATION

SOFTWARE FEATURES

The following pages are a guide to using the AD900Pro in conjunction with the PC software program. The same functions are also available using the AD900Pro as a stand alone unit (please refer to the appropriate section)

A. B. C. D. E. F. G. H.

I. J. K. L. M. N. O.
Transponder Type Special Instructions Transponder Logic READ button WRITE button Status bar Add info to database
Main Menu (Screen shown above) Special EEPROM Transponder Catalogue Transponder PC Software Version Settings Database
Displays information relating to transponders including: - Transponder logic - Transponder type - Some car brands - If it is a crypto transponder - If the transponder is locked/unlocked - If the transponder can be copied or not IDENTIFICATION Procedure A. Select MAIN MENU tab. B. Place key into the reading area. C. Click READ Example of Identification screens

iii iv

i. ii. iii iv. D.
Transponder type. Transponder logic & locked/unlocked data. Type of transponder to copy onto. Transponder can/can not be copied.
To read more keys, press X to return to main menu
COPY Copy allows many types of transponders to be copied to duplicate keys. For a list of transponders that can be copied, refer to the FEATURES section of this manual. Procedure For Copying 11,12,13,33 & T5 Fixed Code Transponders
Procedure A. Select MAIN MENU tab. B. Place key into the reading area. C. Click READ D. E. Transponder detail will be displayed Remove key and insert blank (transponder to use is indicated)
Click WRITE The status bar will indicate if copying was successful.
To copy more keys, repeat steps A to G.
Procedure for copying Texas 4C Fixed Code Transponder

A. B. C. D. E. F. G.

Select MAIN MENU tab. Place key into the reading area. Click READ Transponder detail will be displayed Remove the key. Insert blank key Click either EH2 or TPX1 to select type of transponder to be copied onto. Note: JMA TPX1 is an additional software module and will only be active if purchased.
Procedure for copying Texas 4D Crypto Transponder To copy this type of transponder, the PC software must be used as an internet connection is required. 4D transponders can be copied into either Silca EH2, JMA TPX2 or Keyline TK40 transponders.
G. When the web calculation has finished one of the following dialog box will appear, click OK. EH2 or TPX2 Selected Note: If the calculation fails. You will be instructed to try again in approx 3 hours, by which time the code should be fixed (during a normal working week) i) ii) iii) iv) Remove the key that has just been read. Place either an EH2 or TPX1 transponder into the key reading area. Select the appropriate transponder type to copy onto. Next click WRITE.

Sniffing Procedure 2

The TK60 must not have been programmed > 256 times When inserting the TK60 into the ignition, insert the blade/ horse shoe with the TK60 head held next to the horse shoe, as close to the actual ignition barrel/antenna as possible.
Cut the TK60 key blade to the vehicle. Take the TK60 head and cut key to the car. Insert the original key & turn the ignition ON for 5 seconds. Turn the ignition OFF. Remove the original key from the ignition and wait for 20 seconds. Insert the TK60 blade with the TK60 head held next to the horse shoe and turn the ignition ON for 5 seconds. 7. Turn the ignition OFF. 8. Remove the TK60 from the ignition & wait for 20 seconds. 9. Insert the original key & turn the ignition ON for 5 seconds. 10. Turn the ignition OFF. 11. Remove the original key from the ignition and wait for 20 seconds.

1. 2. 3. 4. 5. 6.

12. Insert the TK60 blade with the TK60 head held next to the horse shoe and turn the ignition ON for 5 seconds. 13. Turn the ignition OFF. 14. Remove the TK60 from the ignition & wait for 20 seconds. 15. Insert the original key & turn the ignition ON for 5 seconds. 16. Turn the ignition OFF. 17. Remove the original key from the ignition and wait for 20 seconds. 18. Insert the TK60 blade with the TK60 head held next to the horse shoe and turn the ignition ON for 5 seconds. 19. Turn the ignition OFF. 20. Remove the TK60 from the ignition. Sniffing Procedure 3 The TK60 must not have been programmed > 256 times When inserting the TK60 into the ignition, insert the blade/ horse shoe with the TK60 head held next to the horse shoe, as close to the actual ignition barrel/antenna as possible. 1. 2. 3. 4. 5. 6. 7. 8. Cut the key blade to the vehicle. Take the TK60 and cut key to the car. Insert the TK60 blade with the TK60 head held next to the horse shoe and turn the ignition ON for 5 seconds. Turn the ignition OFF and wait for 20 seconds. Turn the ignition ON for 5 seconds. Turn the ignition OFF and wait for 20 seconds. Turn the ignition ON for 5 seconds. Turn the ignition OFF and wait for 20 seconds
9. Turn the ignition ON for 5 seconds. 10. Turn the ignition OFF and wait for 20 seconds. 11. Turn the ignition ON for 5 seconds. 12. Turn the ignition OFF and wait for 20 seconds Note If this procedure is not followed the vehicle ECU will be locked. To unlock the ECU, the vehicle battery must be disconnected for at least 20 minutes. H. Now take the TK60 and insert the it into the reading area of the AD900Pro.
I. J. Click READ Click the TK60 Supercomputer button.
Insert the original key that you are copying back into the reading area and click OK.

Procedure A. Select MAIN MENU tab. B. Select transponder type that you wish to write onto a blank transponder.
Enter transponder logic. Note: The logic that is on the transponder is either 8,16 or 32 digits. The number of digits shown on the display corresponds to the amount of digits that need to be entered.
D. E. Place blank key into the reading area. Click WRITE.
To write more logic, repeat steps A to F.
Procedure For Writing Texas 4C Logic Onto A Silca EH2 or JMA TPX1 Transponder
Procedure A. Select MAIN MENU tab. B. Select transponder type (4C) that you wish to write onto a blank transponder.

Enter transponder logic.

D. E. Insert blank key Click either EH2 or TPX1 to select type of transponder to be copied onto. Note: JMA TPX1 is an additional software module and will only be active if purchased.
SPECIAL FUNCTION Provides the ability to access information for many transponders (Refer to the FEATURES Section): - Pin code calculating - Unlock 48 - Generate random code
Procedure A. Select SPECIAL tab. B. Select appropriate function. HYUNDAI & KIA PIN CODE CALCULATOR Hyundai manufactured in Turkey NLH or NLJ chassis Enter last 6 digits of the chassis number and click CALCULATE PIN The 6 digit Pin code will be displayed. Pre 2007 Hyundai & Kia Enter last 6 digits of the chassis number and click CALCULATE PIN The 6 digit Pin code will be displayed.
Hyundai & Kia that use ID46 Transponder For this function you will require both the following software on your tester. ADS917--Copying ID46 (TK60) ADS919--Hyundai Made in Turkey Pin-Code Firstly, the transponder must be cloned using the normal ID46 procedure onto a TK60 head. Then place the TK60 into the reading area of the AD900Pro and press CALCULATE PIN RENAULT PIN CODE CALCULATOR (8 Digit - Texas Crypto ID60 & ID64) Megane-Scenic 1999 Megane-Scenic area and press the CALCULATE button (ID64) (ID 60)
1. Put the key into the key reading
2. Confirm that a correct transponder has been inserted.
3. Confirm that you have an internet connection
4. It takes about 30 sec. to calculate the pin-code
33 RENAULT PIN A. Place key into reading area and click READ.

33 PHILIPS CRYPTO

RENAULT

B. C. D.

A PIN CODE button will appear. Click PIN CODE The pin code will be displayed.
45 PSA PIN A. Place key into reading area and click READ.
HYUNDAI/KIA PIN CODE CALCULATOR FROM TK60 Once a TK60 has been cloned, the pin code can be read from the TK60 head. This will then allow a transponder (less expensive than a TK60) to be programmed into the vehicle using a Pro key programmer.
1. Put the key into the key reading area and press the CALCULATE PIN button
48 UNLOCK Allows approx 75% of ID48 (T6) VAG transponders to be unlocked and re-used. A. Place key into reading area and click READ.
If the transponder is Locked it will be indicated and an UNLOCK button will appear. Click UNLOCK The status bar will confirm if the transponder was unlocked.
RANDOM FIX CODE LOGIC GENERATOR Generates logic for transponders that can be programmed onto a T5 or Philips ID33 transponder.
Procedure A. Select type of transponder logic that you requite code generating for. B. Click GENERATE
The transponder logic will be displayed in the MAIN MENU page
The type of transponder to be programmed will be indicated.
Place blank key into the reading area. Click WRITE
RANDOM CRYPTO PHILIPS TRANSPONDER LOGIC CODE GENERATOR Generates logic for Crypto transponders.
The transponder logic will be displayed on the MAIN MENU page.
ID46 TRANSPONDER GENERATOR Generates logic for blank 46 transponders so they can be programmed used for Chrysler, Jeep, Renault & Mitsubishi.
Procedure A. Select type of transponder logic that you requite code generating for. B. Insert a blank ID46 transponder into the reading area. C. Click GENERATE
The status bar will indicate if the transponder has been programmed with the logic.
MERCEDES CEG GLASS ID33 ROLLING TRANSPONDER GENERATOR Generates logic for early Mercedes. Mercedes ID33 transponder is Rolling transponder and it is not possible to copy a Rolling transponder. However, this facility allows you to generate ID33 transponder logic for Mercedes and produce a transponder that will start the car directly. It means you can generate a transponder for Mercedes even if the customer has lost the keys. Procedure
Select either slot 6,7 or 8 to program a key into.
Place a special transponder (AKTP30) into the reading area. Click GENERATE

EEPROM

This function is used in conjunction with an EEPROM reader (not sold by Advanced Diagnostics). Depending on the system the transponder information and/or the pin code can be read. The file that is read by the EEPROM reader is programmed into the special transponder by using the AD900Pro and PC software program.
Procedure A. Select EEProm tab. B. Select the EEprom module that you want to work with from the pull down tab. There are 4 different methods of doing these EEproms, which for explanation purposes we will refer to as Type A, B, C, and D. Method 1 Method 2 Method 3 Method 4 Obtains the pin code and writes the key in the menu. Writing to the transponder only. Pre-coding transponder and reading the pincode. (used by the Fiat and Alfa derivative cars). Read the pin code only (as used on any vehicles using the Phillips crypto 2 (id46) chips).

The following pages all assume that you have read the file from the EEprom module using your EEprom reader and saved it to a known location on your PC. This manual does not cover the reading of the EEprom file with an EEprom reader.
METHOD 1 - Obtains the pin code and writes the key in the menu. Example module selected - (AD913) VW Golf with a Siemens 6 pin box. A. Select the module from the drop down menu.
Click the OPEN FILE button and point to the location you have saved the EEprom or Processor file (dump) that you have read with your programmer
C. Select the file that you need and click Open.
The path to the file selected will appear under the OPEN FILE button.

You now have 2 options.

Option 1 - Calculate Pin Clicking this option will provide you with the pin code, that can then be used to program the key into the vehicle using a key programming tool eg AD100Pro. Option 2 Program Transponder Insert a T5 transponder in the AD900Pro and click this option to program a transponder. You can now take this transponder, fit it into a key and start the car.
METHOD 2 - Writing to the transponder only. Example module selected - (AD39) Mazda with a Temic box, ID33 A. Select the module from the drop down menu.
Insert a T5 transponder in the AD900Pro and click this option to program a transponder. You can now take this transponder, fit it into a key and start the car.
METHOD 3 - Pre-coding transponder and reading the pincode. (used by the Fiat and Alfa derivative cars). Example module selected - (AD17) Fiat,Lancia,Alfa Romeo BSI Delphi (TP) This allows a T6 to be pre-coded to a virgin T6 transponder. It also reads the 5 digit pin number, to program this key to the car with your key programming tool eg AD100Pro A. Select the module from the drop down menu.
Click the OPEN FILE button and point to the location you have saved the EEprom or processor file (dump) that you have read with your programmer
Click Calculate Pin, which will provide you with the pin code. Insert a virgin T6 transponder in the AD900Pro and click Program Transponder. This will pre-code the transponder. The key can now be programmed into the vehicle using a key programming tool eg AD100Pro, and the pin code provided.
Alternatively the transponder can be prepared so that the car is ready to start with no programming with the diagnostic tool. A. Click Prepare immobiliser unit dump

When using AD900Pro in conjunction with the PC Software Program, ensure that the AD900Pro is switched on first, before opening the PC software. This ensures that the PC detects the com port correctly.
AD900Pro - Registration & Activation
Registration & Activation
This process is only required once for your device. A. B. C. D. E. F. G. Connect power to the tester but do not switch the tester on. Connect the USB cable from the tester to the PC USB port. Switch the tester on and wait for the main menu to be displayed. Open the PC program by double clicking on the AD900Pro icon on the desktop. Select SETTINGS. Check the correct Com port is selected by clicking CONNECT. Select the tab Register For Device
Enter a USERNAME, PASSWORD & valid E-MAIL ADDRESS. IMPORTANT Keep this information safe as you will require it for updating your tester and PC software)
I. Click Register For Device.
Confirm you have an internet connection.
The status bar at the bottom of the Settings screen should indicate that the process has been successful. You will receive an e-mail back to the e-mail address you entered that will confirm the following: Please do not reply to this e-mail User Name : tester Password : 1234 Activation Code : 5C90F929
Select the Activation tab, enter the activation code and click Activate the Device
N. Confirm you have an internet connection
You will then be presented with the following screen that confirms activation was successful.
If you wish to update either your device or the PC software you will need to go to the login tab and logon using your details. You will then be presented with the following screen.
AD900Pro - SOFTWARE UPDATE
PC Software Update Procedure
If this is the first time you are connecting your tester to the PC please refer to section F and follow the Connecting AD900Pro To The PC & Registration/ Activation instructions first. If you have already activated your tester then please proceed with the following instructions. A. B. C. D. Connect power to the tester but do not switch the tester on. Connect the USB cable from the tester to the PC USB port. Switch the tester on. Double click the AD900Pro icon on your desktop to open the software program. The PC program will open. click Settings

Enter Username & Password and click Login Note: Ensure that the correct com port is selected. The serial number will be displayed if it is correct.

Click Connect

H. Confirm you have an internet connection
The following screen will then be displayed. PC Software Version - Software version currently loaded on the PC. Device Version - Software version currently loaded on the tester. Serial Number - Serial number of the tester. Status - OK will appear at the bottom of the screen.
Click Check Current Version for PC Software UPDATE
Click YES to confirm you have internet connection.
K. The current software version available on the internet to download will be displayed.
Click UPDATE to download the latest version of software. Click YES to confirm you have internet connection.
The updater software will start.
O. P. The PC Software Update dialogue box will appear. Click Connect
The Next button should be now highlighted. Click Next
The PC software will start to update and will take approx 5 mins.
T. When completed the AD900Pro PC software will relaunch. The new PC software version will be displayed.
Device Software Update Procedure
If this is the first time you are connecting your tester to the PC please refer to the section Connecting AD100Pro To The PC first. A. B. C. D. Connect power to the tester but do not switch the tester on. Connect the USB cable from the tester to the PC USB port. Switch the tester on. Double click the AD900Pro icon on your desktop to open the software program. The PC program will open. Click Settings

Enter details and Login.

Note: Ensure that the correct com port is selected. The serial number will be displayed if it is correct.
Device Version Serial Number Status
- Software version currently loaded on the tester. - Serial number of the tester. - OK will appear at the bottom of the screen.
Select either Standard or Beta software Standard - Latest released software. Beta - New software still under development Click Check Current Version.
L. The current software version available on the internet to download will be displayed.
Click UPDATE to download the latest version of software.
The status bar will indicate the software update progress. Note: Sometimes the device will get to 100% and then start again. This is normal and should be left until completed.
The status bar will indicate when software update is complete.