The steps to install BMW EWS Editor V3.2.0 Driver
BMW EWS Editor V3.2.0 is The best key programming for bmw vehicle. BMW EWS key programmer is designed to work with factory anti-theft system. BMW EWS Editor newest software is V3.2.0
BMW EWS Editor V3.2.0 Driver BMW EWS key programmer
ADK AUTO SCAN has sold lots of this device to the customers all around the world, and we got feedback on How to install BMW EWS Editor V3.2.0 Driver, how to use Bmw ews key programmer. Here ADK AUTO SCAN share with you How to install BMW EWS Editor V3.2.0 Driver. Sincerely hope it can help you.
Do you know BMW EWS Editor Driver instruction manuals?
Step 1. Start EWS_EditorInst.exe file.
Step 2. Select installation path. The default path is C:Program FilesAvtoToolsEWS_Editor
Step 3. Please connect device to USB
Step 4. Install drivers from folder C:Program FilesAvtoToolsEWS_EditorDrivers
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- EWS Editor Version 3.2.0 For BMW works with cars such as BMW 3 series (E46), 5 series (E39), 7 series (E38), X3 (E83), X5 (E53), Z4 (E85) and other vehicles of BMW AG - MiniCooper, Rover 75, Range Rover are equipped with this system. BMW EWS Editor is designed to work with factory anti-theft system (immobilizer) EWS.
- After downloaded by torrent need to extract the BMWAIOV7.vhdx To run system need 320GB free space on HDD! Download size: 200GB Extracted size: 260GB The VHDX file is dynamic in size can be expand until 500GB. That means it grows from 260GB as you add more data up to 500GB. Be sure the disk has enough free space on the host drive to be able to.
The EWS3 serves as an antitheft system and enables start of BMW vehicles. The function of the EWS3 is basically the same
as that of the EWS2: A transponder chip is integrated in each of the vehicle keys. A ring coil is fitted about the ignition lock.
The transponder chip is powered by the EWS3 control unit via this coil, i.e. no battery is required in the key.
The power supply and data transfer take place in the same way as a transformer between the ring antenna (coil) at the ignition lock and the transponder chip integrated in the key. In contrast to EWS2, this takes place directly and without any additional intermediate components. The key then sends data to the EWS3 control unit. If these data are correct, the EWS3 enables the starter by way of a relay installed in the control unit and additionally sends a coded start enable signal via a data link to the DME/DDE. In addition, the EWS3 replaces the contact in the ignition lock for the 'ignition key in lock' signal on US versions.
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Key with integrated transponder chip
A chip which can both transmit as well as receive (transponder) is integrated in the key. This transponder chip obtains its power from the field built up by the ring coil and uses it to communicate with the EWS3 control unit. This means that no battery is necessary in the key for power supply. Every key or the transponder integrated in it is a unique part. The control unit can also differentiate between the individual keys. The key transmits and receives data from/to the EWS control unit.
If errors occur during communication between the EWS3 control unit and the individual keys, these errors are stored in the fault code memory - separate for each individual key.
Ring coil
The ring coil is fitted on the ignition lock and serves as an antenna for communication between the transponder chip (in the key)
and control unit.
EWS3 control unit
The EWS3 control unit communicates with the key fitted in the ignition lock. If the communication procedure is correct and the key has sent all data necessary for identification and start enable to the control unit, the control unit detects whether the key is valid
and has been released for use. If this is the case, it releases the starter relay located in the control unit and sends a coded enable signal via the data link to the DME/DDE.
The control unit can manage a maximum of 10 keys allocated to the control unit, i.e. a maximum of 6 replacement keys are possible.
The control unit can identify the individual keys thus making it possible to disable/enable individual keys and to store fault codes for each individual key separately in the fault code memory.
Data link to DME/DDE
The EWS3 control unit sends a coded enable signal to the DME/DDE via the data link. The engine cannot be started before this signal has been transferred.
Engine control unit (DME/DDE) with coded start enable input
The engine control unit (DME/DDE) only enables ignition and fuel supply if a correct enable signal is received from the EWS control unit.
EWS-DME/DDE interface
The diagnostic program indicates under <Service functions> <Coding data> whether the interface is an EWS 3.2or EWS 3.3interface.
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EWS 3.2
In the same way as in the EWS 2, the basis of the enable signal sent by the EWS 3.2 to the DME/DDE is a variable code made
up of the individual control module numbers (ISN) of the engine control unit.
For this reason, after replacing the engine control unit (DME/DDE), the individual control unit number (ISN) of the new engine control unit must be transferred by means of coding into the EWS control unit (ISN calibration). The ISN cannot be changed from the outside.EWS 3.3
In the EWS 3.3, the enable signal is based on a variable code resident in the EWS control unit. It is therefore necessary to adapt a new DME/DDE control unit to the EWS 3.3 control unit.
Important!
Test replacementof the DME/DDE control units isno longer possiblein the case of engine control units with EWS 3.3 interface as adaptation to the EWS control unit is only possible with a new (virgin) DME/DDE control unit.
P/N input for automatic transmission
Whether the vehicle is equipped with automatic transmission is defined in the coding.
On automatic vehicles, a start procedure is enabled by the EWS3 only if the selector lever is in position P or N.
The EWS3 control unit receives the information with regard to the selector lever position twice:
-Via a data link
-Via the K-bus
If the information 'selector lever in position P or N' is sent only via the K-bus but, due to a fault, not via the data link, noticeable start delays within the range of 1 - 2 s can occur.
'ZV armed' signal/BC code active
The EWS3 control unit receives these two items of information only via the K-bus.
This information can be read out via 'diagnosis scan' in the diagnosis program. If the EWS3 receives the 'ZV armed' signal from the general module, in ignition lock position 1 (terminal R), the EWS3 sends a signal via the K-bus which releases (enables)
the vehicle. Start is not enabled as long as the EWS3 receives the 'BC code active' signal.
Afterrunning time
Important!
For safety reasons, the EWS3 control unit features a code-dependent afterrunning time. It begins when the ignition lock is switched to 0 position. Within this afterrunning time start with any mechanically fitting key is enabled.
Key
In the same way as with EWS2, replacement keys can be obtained from a sales point only via a BMW dealer where one of the 6 replacement keys fitting the vehicle is programmed. This key is not a copy of the lost key, but rather a new key.
A total of not more than 6 replacement keys suitable for the installed EWS control unit can be made and handed over.
There is a noticeable start delay of 1 - 2 s when a new key is inserted in the ignition lock for the very first time. From then on, the start procedure should take place without delay.
Lost keys must be blocked by means of diagnosis. Refer to 'Special features of the diagnosis program'.
CAUTION!
Every request for a key is documented so that enquiries from insurance companies and authorities can be followed up.
Procedure for loss of all 10 keys
A new EWS3 control unit is required if all 10 keys are lost.
By providing all the necessary data, it is possible to obtain a new EWS3 control unit from a BMW dealer and the new transponder keys allocated to it with the previous mechanical key code.
EWS3 control unit
The basic procedure is the same as with EWS 2 systems:
The following procedure should be adhered to when replacing the EWS 3.3 control unit:
Before replacing the EWS 3 control unit: Leave defective control unit installed in vehicle and in the coding program (Encoding ZCS) select point '1 New coding - 1 Replace control unit - 1 Read out data from defective control unit'. Coding data and vehicle-specific data are read out of the EWS control unit with this part of the program and buffered in the MoDiC or DIS tester.
Now install new EWS 3 control unit. After replacing the control unit: Encode new EWS 3 control unit with coding program selection point '1 New coding - 1 Replace control unit - 2 Transfer data to new control unit and encode control unit'. The buffered data are now transferred and EWS - DME/DDE matching is carried out./omnisphere-25-keygen.html.
Note
The procedure described above must be adhered to as all the data necessary for vehicle identification are also stored in the EWS control unit. It will be necessary to do without the data readout from the old control unit only if the EWS 3 control unit no longer has diagnostic capabilities.
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Proceed as follows in this case: Install new EWS control unit in the vehicle and encode with the encoding program and selection point '1 New coding - 2 Re-encode control unit'. Then carry out matching with selection point 'EWS - DME/DDE matching'.
In this procedure, the vehicle data necessary for automatic vehicle identification cannot be written to the EWS control unit.
Replacement of engine control unit (DME/DDE)
Download ppsspp gold for pc latest version. After replacing the engine control unit, 'EWS - DME/DDE matching' must be conducted with the coding program or in the diagnosis program.
Important!
The ignition must then be switched off for at least 25 s.
The following points are contained under point '3 service functions':
Data comparison EWS-DME/DDE (only on EWS 3.2)
Here, the individual control unit number (ISN) stored in the engine control unit (DME/DDE) is compared with the number stored in the EWS control unit.
Start enable to the DME/DDE is only possible if both individual control unit numbers are identical.
If both ISN numbers are not identical, EWS-DME/DDE calibration must be carried out manually.
Key test
The following information concerning the key currently inserted in the ignition lock is displayed: Key No., disabled/enabled,
valid/invalid, fault code memory entries concerning the current keyDisable/enable key
It is possible to disable or enable individual keys electronically via the diagnosis function.
Important!
Electronically disabled means that both the starter as well as the engine control unit are not released (enabled) for the start procedure. It should be borne in mind that an electronically disabled key still fits mechanically, i.e. all flaps, lids and doors can still be opened.
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Display of keys used to date in this vehicle
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Here, the display shows for each one of the 10 keys which can be managed by the EWS3 control unit whether it has been recognized at least once by the EWS3 control unit, i.e. it is possible to trace, also on older vehicles, how many keys have already been used in this particular vehicle.