1. 寶馬電腦的編程
寶馬汽車發動機電腦編程步驟DME Control Mole Programming
DME Control Mole Programming
DME programming is used to change a "basic control unit" into a "programed control unit" by writing operating instructions onto a blank EPROM.
Programming is also used to update an existing DME program by writing additional instructions that compliment the existing software.
Programming is used on DME M3.X variants.
Storage of Programming Data
In it's unprogrammed basic state, the EPROM only contains "resident data". The resident data provides control mole/EPROM identification to the
programming software prior to programming.
When programmed, the EPROM is filled with the required characteristic maps (ignition timing, injection etc), control mole constants,
Identification data, etc.
When is programming necessary?
Programming an engine control mole is necessary when:
- Installing a replacement basic control mole
- Recall or Service Action campaign: This falls into one of the following categories:
- Program update to existing program
- Complete programming procere after EPROM replacement.
Programming a replacement basic control mole
Control moles are received from the parts department in the basic state (EPROM loaded only with resident data). These control moles require
programming using the DIS/MoDiC and the latest programming software.
Programming Update
Updates are referred to as "Customer Service Measures" in the programming software. The existing program in the control mole is amended with
an updated program. This new data changes various operations of the existing control programming. Program updates write the new data in a
reserved section of the EPROM. The location of the old data is overwritten with instructions for the DME to search the reserved section in the
EPROM when the function is required.
Because of limited space on the EPROM, program updating can only be done one time.
The DIS/MoDiC will display the message "Measure not applicable to the control mole version" if update has already been done or the DME is
factory updated
Vehicle: Testing and Inspection
EPROM Replacement and Programming
EPROM Replacement and Programming
Larger updates have too many changes to fit in the update portion of the EPROM. An update with this many changes requires an EPROM
replacement and reprogramming procere.
The EPROM is removed and replaced with a new basic state EPROM. The latest software is programmed into the new EPROM providing a data
set that has the latest available software.
Vehicle: Testing and Inspection
Control Mole Identification
Control Mole Identification
It is important to know how to properly identify DME control moles prior to programming. The control moles are identified by:
- BMW Part number
- BMW Hardware number
- Bosch Hardware number
These numbers are displayed in the following locations:
- Control mole ID label.
- Control mole ID display using the Diagnostic program.
Part Number Basic Control Mole
This number refers to the part number of the control unit without any data status.
Part Number Programmed Control Mole
This number refers to the part number of a factory programmed mole that includes the data status.
2. 寶馬編程問題
寶馬汽車發動機電腦編程步驟DME Control Mole Programming
DMEControlMoleProgramming
DMEprogrammingisusedtochangea"basiccontrolunit"intoa"programedcontrolunit".
.
ProgrammingisusedonDMEM3.Xvariants.
StorageofProgrammingData
Init'sunprogrammedbasicstate,theEPROMonlycontains"residentdata"./EPROMidentificationtothe
.
Whenprogrammed,(ignitiontiming,injectionetc),controlmoleconstants,
Identificationdata,etc.
Whenisprogrammingnecessary?
:
-
-RecallorServiceActioncampaign::
-
-.
().Thesecontrolmolesrequire
programmingusingtheDIS/.
ProgrammingUpdate
Updatesarereferredtoas"CustomerServiceMeasures"intheprogrammingsoftware.
anupdatedprogram..
reservedsectionoftheEPROM.hereservedsectioninthe
.
,.
TheDIS/MoDiCwilldisplaythemessage""
factoryupdated
Vehicle:TestingandInspection
.
.
.
.
Vehicle:TestingandInspection
ControlMoleIdentification
ControlMoleIdentification
ing.:
-BMWPartnumber
-BMWHardwarenumber
-BoschHardwarenumber
:
-ControlmoleIDlabel.
-.
PartNumberBasicControlMole
.
datastatus.
3. 寶馬車做電腦編程有什麼作用
實現一些功能的自動化，例如自動泊車，距離探測，超速預警之類的
4. 寶馬5系編程是什麼意思
寶馬5系編程是更換新的控制單元，控制單元升級，英文改中文，加裝及改裝，更換一些感測器比如說轉向角度感測器等。
寶馬5系列是迄今在國內生產的最先進的高檔轎車。新一代BMW5系列的外部長寬高尺寸為4841×1846×1468(毫米)，軸距為2888毫米。新5系比上一代車型加長66毫米。BMW5系列的動力系統得到了進一步加強。頂級版本545i配備了來自7系的V8發動機，最大功率245千瓦/333馬力(6100轉/分)，最大扭矩達450牛頓米(3600轉/分)，最高時速250公里，0-100公里加速僅需5.9秒。寶馬5系的風格定位在動感時尚的3系和高貴典雅的7系之間。將動感與典雅和高級商用轎車的功能性完美融合，將寶馬的偉大傳統和 指引未來的進取精神以及經得起歲月考驗的美學標准統一在一起。目前，華晨寶馬5系列為其所屬系列下的最新車系。
5. 寶馬車換完一個模塊編程，是只編換的模塊還是全部模塊都要編程
應該是全部模塊都要編程。具體要看你更換了哪個模塊，哪個底盤序列和用什麼設備編了，具體問題具體分析。
1、大燈電腦等這些LIN線子控制單元的話做下初始化就行了，但是其他模塊必須要編程。
2、F序列底盤的必須整車編程，E系底盤可以用OPS+SSS單模塊編程，如果涉及到CIC/CCC模塊呢，還要獲取授權證書和地圖授權碼。
6. 請問寶馬車為什麼要電腦編程，
現在不管那一款車都有程序輔助哦，飛機都可以由電腦程序控制哦。
7. 寶馬編程編死了怎麼弄
1、對於E60 將CAS 控制單元的1 腳KL 30G、8 腳KL 15、19 腳15wup 人為連接12V 電源，然後對車輛進行編程。
2、對於E65 E66 將CAS 控制單元的48 腳15wup、49 腳KL15 人為連接12V 電源，然後對車輛進行編程，
3、對於新E70 E71 將CAS 的1 號7 號8 號14 號19 號腳人為連接12V 電源，然後把OBD-II的1號腳（空）和16號腳對接。
4、對於OBD-II 有1 號腳線的老款車輛只需要短接1 號和16 號腳就可以編程通過以上方法對CAS 編程）（新款車的CAS 和FRM 還有老款車的LM 還有3 系儀表裡面有車輛數據的模塊不要使用二手，如果一定要用二手零件號務必使用相等且車架號務必手工修改後對車輛才可以進行編程和設碼工作））
8. 寶馬什麼情況下要編程
更換新的控制單元，控制單元升級，英文改中文，加裝及改裝，更換一些感測器比如說轉向角度感測器等等是需要編程的。
寶馬編程注意事項：
1，盡量使用正版寶馬編程電腦，如ops加sss、isss加icom，穩定的外接13.8伏電源，大電風扇三個。
2，因編程時間比較長約2至6小時，要將所有車門，車頭蓋，尾箱打開，用三個落地大風扇對住車頭、駕駛室工作台、尾箱三個地方開最大擋吹。防止全車電腦通電時間長，電腦過熱後保護，造成編程中斷。很多朋友就會忽略此項而造成損失，用正版儀器也編壞電腦，也找不出是什麼原因編壞CAS、DME、CCC、EC等電腦模塊的。
3，編程時不要讓其他閑雜人員靠近，要關閉音響、空調、燈光，不能按動車輛任何開關，如升降車窗、打開或關閉車門，打開音響等都是不允許的，這樣電流不穩定都會造成編程中斷。
4，編程時會將車輛每一個電腦模塊的flash清空，再寫入新版本的flash上去，如果正在編程空調時中斷編程，就會將空調電腦編壞而不能使用，編程時正在編程音響CCC時，突然中斷編程就會造成音響系統及電視黑屏，所以我們在編程時一定要小心，按以上1、2、3的方法一般都能安全編好的。
5, 寶馬06年以前的車型，我們可以盡量避免全車編程，找到舊版本軟體sss44，對於更換的全新電腦模塊可單獨設碼，不需要進行全車編程，不受編程版本影響。