Category Archives: Programmateur de clés

CG-MB MISE À JOUR DE BENZ MONSTER V2.8.1.0

CG-MB Benz Monster V2.8.1.0 Nouvelle mise à jour:

1. Ajout du modèle EIS de K-line pour la prise en charge des collections perdues.
202/208/210, 203/463/639
2. Optimiser le processus de collecte de plug à plusieurs reprises sans clé
Résolvez les problèmes pouvant entraîner des erreurs de programme dans des situations spécifiques de la collection.
3. Optimiser la connectivité réseau et améliorer la stabilité de la connectivité serveur.
4. La langue d’affichage du logiciel augmente les restrictions régionales.
Les appareils vendus en Chine ne peuvent utiliser que le chinois simplifié.

cgdi-benz

KEYDIY KD-X2 PEUGEOT 307 2004 REMOTE N11: YES OR NO?

Tested Keydiy KD-X2 on Peugeot 307 2004

My test:
Remote Nb11 multifunction
Transponder id46 copy OK
Remote – try all systems – not work
Manually procedure

I tried to add the key 1 time and took 10 tokens off, then locked in procedure, transponder error with the original key, turned off and on again without detaching obd, I reprogrammed another 10 XD
I’m copying with KD X2 that do not need tokens

Nb11 Multifunction is the exact flip key, and it does not work, all the radio controls to be generated for 307 I tried with kd x2, but only the ignition works.

Tips from the experienced users:

FOR 307 CAR YOU NEED XHORSE REMOTE AND CHOUSE THE BRAND THEN SELECT 307 REMOTE VERSION 2 OR AFTER MARKET REMOTE THEN PRECODE IT WITH ZED FULL TO ASK ,AFTER KEY LERNING DO SYNCHRONISATIONS BY TURNING IGNITION TO ON THEN PRESS AND HOLD LOCK BUTON 10 SECONDES IT WORK LIKE A CHARME

The key model to use (Ignore the pen lines):

keydiy-citroen

There is not manual procedure for that car.

For Peugeot 307 there is the manual procedure:
Insert working key in position 2
10 seconds the lock button
turn off the panel wait 10 seconds and try

That is, you have to program transponder then remote

For proper info:
You need to program the nb multifunctional. After that, switch ignition on, press lock button 5-10 seconds, wait 10 seconds , switch ignition off to synchronise.
It wil not work when you copy the chip.

The remote part will lock with the transponder. That’s why copy wont work

Good News: LONSDOR K518ISE ADDS NON-SMART KEYS TO RENAULT CLIO 3: SUCCESS!

Confirmed! Lonsdor K518ise key programmer is able to add non-smart keys to Renault Clio 3

In Lonsdor K518ise:

Immobilizer – Renault – select from vehicle – Clio – Clio 3

lonsdor-k518ise-renault-clio-1

Add non-smart keys

lonsdor-k518ise-renault-clio-14

Downloading application…

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Lonsdor starts programming new keys…

Turn off the ignition switch and remove the key

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Current key: 2

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Insert the key and switch ignition on

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Switch ignition off, remove the key

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Insert the key and switch ignition on

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Switch ignition off, remove the key

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Continue to program the next key

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Key learn complete

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Test both keys

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Done!

HOW TO READ & WRITE 35160WT ON BMW ODOMETER

I’d like to answer the questions for you guys:

“Possible to read and write 35160WT with VVDI Prog

Tried with Vvdi programmer to reset eeprom chips on bmw clusters / odometers

But no matter how I try I can’t read ANY eprom soic 8 chips.

Then i tried a loose spare chip. Thinking if i can’t read out of circuit, i will know you have a vvdi or adapter issue

I’ve done that with 2 different Vvdi programmers.

None could read the chip off circuit or in circuit.

I’m sure i’m not trying to read a 35080WT

that’s the second eeprom on a bmw 6wb / 6wa cluster.
Strange thing here is, that cheap as crappy China tools can read both EPROMs but Vvdi can’t. Even though they’re bot on the supported eeprom list.

Finally, I desoldered the chip and used the quick release chip adapter

vvdi-prog-bmw-35160WT-read-write-1

vvdi-prog-bmw-35160WT-read-write-2

vvdi-prog-bmw-35160WT-read-write-3

vvdi-prog-bmw-35160WT-read-write-4

vvdi-prog-bmw-35160WT-read-write-5

vvdi-prog-bmw-35160WT-read-write-6-768x432

VVDI Prog is able to read 35160WT, but cannot read it

Xprog, Enigma, Smoke and Codiprog can read those but not write, so have to use an emulator and an 160Dxxx chip

But i read a post when i searched something good on the web

CG Pro 9s12 can read and write 35160WT. Perfectly!

Need a extra 35160WT adapter and also to choose in options, you´ll have to connect this adapter on separate port…

cg-pro-35160wt-adapter

CG Pro 9s12 and 35160WT:

35160wt-adapter-for-cg-pro-9s12

Chip:
ST 35160WT

Microchip PIC18F6520
Microchip PIC18F6720
Microchip PIC18F8520
Microchip PIC18F8620
Microchip PIC18F8720
Microchip PIC12F635
Microchip PIC12F683
Microchip PIC16F631
Microchip PIC16F636
Microchip PIC16F639
Microchip PIC16F677
Microchip PIC16F684
Microchip PIC16F685
Microchip PIC16F687
Microchip PIC16F688
Microchip PIC16F689
Microchip PIC16F690

Dashboard:
BMW 35080 V5 (35160WT)

Avis de mise à jour du programme Prog MB de l’ICDG

CG-MB BenzMonster V2.8.0.0  NEW
(2018.10.28)
1. Added online store function
   Now, you can self-renew your password calculation service or recharge points in the store.
   Currently only WeChat payment is supported.
2. Added the automatic activation function
   When you first purchase a device, you can choose the subscription service version to activate the device.
   Please note that the subscription version cannot be changed after activation.
3. Remove the limit on the number of password calculations per day
   You can calculate the password as much as possible within a day.
   Of course, the premise is that you have more than enough points.
4. We greatly optimized the stability of the server
   We are deeply sorry for the impact of the previous period of downtime maintenance, and we thank our customers for their support.

PSA IMMO Tool pour Peugeot et Citroen PIN CALCULATOR et IMMO EMULATOR from 2001 to 2018

PSA IMMO Tool for Peugeot and for Citroen from 2001 to 2018 Newest PIN CALCULATOR and IMMO EMULATOR

With this tool, you will be able to extract the pin code from PSA engines

in for Peugeot and for Citroen cars from 2001 to 2018

1.The KP008 for Peugeot and for Citroen Pin Code is a simple and easy device to extract the

pin code from a range of vehicles. It can read the pin code from the ECU memory of all Engine

Control Units, Sagem, Johnson Controls and Valeo BSI units

2.The device has two main functions :one is pin code calculation via obd, it intercepts the signal from bsi to ecu,

pin code from obd needs working key. Another function is the emulator programming this

allows you to enter the pincode into the emu to run the car without key.

3.The device has two modes of operation these are explained below :

Mode-1 Calculator: Connect the supplied OBD lead to car and select “Calculator” Then cycle the ignition 8 times.

Each time to cycle the ignition the counter will increase. On the 8th turn the calculator will start working.

Wait about 5 minutes and the security pin will be displayed on the screen.

4.Mode-2 Emulator: The Emulator function will just emulate a working key once the pin has been calculated.

This can be useful for diagnosing problems with the security system.

5.Not all cars can be done via the diagnostic port, some cars require the calculator to be connected to the

CAN H and L cables under the bonnet. Basically if a CAN H and L connection is available in the diagnostic

port then you will be able to use the calculator through the OBDII port, if not then it requires a direct connection.

6.The KP008 has a small backlit LCD display, small keypad to navigate the menu, a rear

magnet to aid testing and secure the device when working under the bonnet/hood, an OBD

Connector and cable and an additional cable/connectors for working with vehicles that do not

have CAN BUS located within the OBD Diagnostic connector.

Applications :

The device can work on all Peugeot and Citroen based models from 2001 to 2015 as listed in

the applications guide on our web site. The applications are updated on a regular basis, so

please always refer to the latest version to ensure you have the up to date information before

you attempt to read the pin code.

The device works on vehicles from 2005/2006 using the OBD port if CAN bus is available at the

vehicle OBD connector, however for vehicles prior to this a direct connection can be made to

the engine ECU connector CAN wires to enable communication with the BSI immobiliser ECU.

The device will only work on Peugeot and Citroen derived models, and cannot read the pin

code on Fiat or Toyota derived models such as the 107, C1 and Scudo as examples.

The device is protected by international copyright laws and Patent Pending status for its unique

design and software

The calculator will work on cars from 2001 to the present day as long as its the ORIGINAL PSA engine type found in Peugeot and Citroen

Lonsdor New Functions Instruction

Lonsdor K518ISE New Functions Instruction
Update Time:Oct.22th 2018

1.Click”Trial Apply” to get the latest update.

lonsdor-k518ise-new-function-update-step-1

Note:
1.Each device can apply for only one time, once click,counting will start and will lasts for 90 days.
then the”Trial apply” menu will disapper.
2.Functions with blue clock will be for free for 3 months,after that time, cutomer will need to subscibe to use.
3.The rest functions updated this time will be for free forever.
4.Check the update log for a basic idea of the update content this time.For more details,Lonsdor will update continuously later in flyer,please check the update log later then.Also you can check www.lonsdor.com for the detailed  car list.

lonsdor-k518ise-new-function-update-step-2

II.New&clearer model mark:

lonsdor-k518ise-new-function-update-step-3

III:Search the car by model initials

lonsdor-k518ise-new-function-update-step-4

lonsdor-k518ise-new-function-update-step-5

IIII:Scan the QR code to get operation reference during programming.

lonsdor-k518ise-new-function-update-step-6

Step1:Click the red mark to get the QR code
Note: So far, lots of car models have Help reference,once there is a red mark as shown above,
you can scan to get detailed operation reference.

Step2:Scan the code with your phone to get operation instruction during programming

lonsdor-k518ise-new-function-update-step-7

V:Push function
In case customer need lonsdor to support certain car model,and we may already have it on our inner test device,though not
release on standard K518 yet Or when lonsdor developed certain function while can’t find local car to test,if customer can
find the local car to test, please contact Lonsdor and we will release the function only to your device for certain time(it will depends)
as a return for your kind help

lonsdor-k518ise-new-function-update-step-8

LONSDOR K518ISE CAN GENERATE KEY CHIP 4D 46 48 T5 7935

Lonsdor K518ise has a special function – changing chip ID’s, including

Chip 4D, ID46, ID48, T5, 7935

lonsdor-k518ise-generate-keys-3

Here are chips can be generated by Lonsdor K518ise key programmer.

Special function – generate key chip – chip 4D, ID46, ID48, T5, 7935

lonsdor-k518ise-generate-keys-1

lonsdor-k518ise-generate-keys-3 (1)

lonsdor-k518ise-generate-keys-3 (2)

Chip 4D

lonsdor-k518ise-generate-keys-4

lonsdor-k518ise-generate-keys-5

lonsdor-k518ise-generate-keys-6

Chip ID46

lonsdor-k518ise-generate-keys-7

lonsdor-k518ise-generate-keys-8

lonsdor-k518ise-generate-keys-9

lonsdor-k518ise-generate-keys-10

Chip ID48: TP22, TP23, TP24, TP25, JETTA (2010-)

lonsdor-k518ise-generate-keys-11

Chip T5: Chip 11, Chip12, Chip13, Chip33

lonsdor-k518ise-generate-keys-12

Chip 7935

lonsdor-k518ise-generate-keys-13

lonsdor-k518ise-generate-keys-14

http://www.eobdii.fr/lonsdor-k518ise-key-programmer-support-vw-4th-5th-immods.html

Fly EasyMaker Honda Key Programmer Operation Instructions

Honda Key Programmer Operation Instructions

1. For transponder key.

A. Switch to “IMMO”, and prepare all keys to register.

B. Turn ignition ON to position II(Instrument panel light on but engine OFF), connect programmer to OBDII socket

C. The buzzer periodically short beep with “Di”, Turn ignition OFF.

D. The buzzer periodically short beep with “Di, Di, Di”, turn ignition on without changing key.

E. The buzzer long beep once “Di—“, key registration begins.

F. The buzzer periodically short beep with “Di”, Turn ignition OFF.

G. The buzzer periodically short beep with “Di, Di”, Change another key and turn ignition ON

H. Repeat step F,G, register more up to 6 keys.

I. For last key: First turn ignition ON/OFF following above instructions. When the buzzer periodically short beep with “Di Di”, turn on ignition WITHOUT changing key. Then the buzzer periodically short beep with “Di”, DO NOT turn off ignition and keep ignition on for more than 20 seconds.

J. The buzzer long beep once “Di—“, key registration finished.

K. The buzzer periodically long beep with “Di—“, start to learn remote function. Learning remote function instruction: close all doors, press and release lock/unlock button on key in 4 seconds until door locks lock/unlock. Then learn next remote.(Some cars do not need remote learning, and no buzzer beep tips for learning remote)

L. Turn ignition OFF. Pull out programmer from OBDII. Try to start engine with every key.

2. For smart key.

A. Switch to “SMRT”, and prepare all smart cards to register. Only 1 card in car, and the others out of car.

B. Push one-push-start button, or use ignition key in card, turn ignition ON(Instrument panel light on but engine OFF). If all cards lost and can’t turn ignition on, press and hold one-push-start button. Connect programmer to OBDII socket.

C. The buzzer periodically short beep with “Di”, turn ignition OFF

D. The buzzer periodically short beep with “Di, Di, Di “, turn ignition ON.

E. The buzzer long beep once “Di—“, card registration begins.

F. The buzzer periodically short beep with “Di”, take card out of car.

G. The buzzer periodically short beep with “Di, Di”, take another card in car.

H. Repeat step F,G, register more up to 6 cards

I. For last card: First take card in car following instruction. When the buzzer periodically short beep with “Di”, DO NOT take card out of car and keep card in car for more than 100 seconds.

J. The buzzer long beep once “Di—“, cards registration finished.

K. Turn ignition OFF. Pull out programmer. Try to start engine with every card.

Registration and activation guide for JLR-IMMO device

Registration and activation guide for JLR-IMMO device

New users are required to register, bind and activate the device for the first use. After activation , you can use the device functions.

Users who’ve bound Lonsdor product, can directly enter Email and password to login, no need to register again.

Register for website

1

  • Click【Register】, it skips to below interface.

2

  • According to prompts in frame box, input related info., click【Submit】to register( see below pic).

Input name: fill in user name

Set password: input min 6-digit login password

Confirm password: reconfirm the login password

Input Email: fill in registered email address

Input verification code: click【Get verification code】, then input the correct code.

3

Website login

According to prompts to input Email, password and verification code, click 【Submit】to login.

4

When login succeeds, it skips to “Bind account” interface.

5

 

Bind device

According to prompts to input correct info., click【Submit】to bind device.

Device No.: shown on boot screen and back of the device (PSN).

Registration code: after device boot, click A (Enter), there is instruction on activation operation, registration code will show.

Please set device password: 6-digit number

Please confirm device password: confirm the password

6

 

Activate device

7

 

Users who’ve bound Lonsdor product before, can directly enter Email and password to login, no need to register on the website. Users who doesn’t bind Lonsdor product, complete website registration, then input the registered Email and password to login.

  • After login, the screen shows bound device, see below pic.

8

  • Click JLR, see below pic.

9

  • Click【Get activation code】, the default in input box is bound device No., see below pic.

10

  • Click【Submit】, get activation code, see below pic.

11

  • Input activation code to the device, press A(Enter), shown in below pic. Press A(Enter) once again, activation succeeds and enter function interface.

12

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