asikha kirjoitti:Olisiko kellään tietoa mihin kohtaan irtonainen johto mahdollisesti kuuluu, kaksi mustaa johtoa lähtee samalta apicolta ja toinen pää on kytketty ja toinen on irrallaan, kyseinen kohta on satulan alla missä on sulakkeet ja releet, ilmeisesti jokin rele on ollut tämän johtovirityksen tilalla, pyörästä on poistettu absit liittyneenkö siihen, pyörä toimii eikä mikään ylimääräinen valo pala mittaristossa. Pyörä on v.2002 adventure.
Tuohon kantaan kuuluu Motronicin moottorinohjauskartan koodausplugi jonka joku on nyt heittänyt vasemman olan yli ties minne. Tosin joissain malleissa on oletuksena ettei coding plugia ole. Haulla "BMW R1150 Coding plug" löytyy kyllä aihesta juttua.
Tässä jenkkipalstoilta poimittua:
Earlier in this thread I posted up the best info I could find at the time on how BMW designed its Coding Plugs, or CCPs as they get called. Recently, I've come across much more accurate information from "the source". That is to say, the Motronic units themselves.
It turns out, as most of you know, that each Motronic unit has an EPROM. The EPROM contains instructions for the Motronic, along with over 600 tables of data that include 8 sets of fuel and 8 sets of spark tables. It also includes a table with 8 text string entries that say exactly what each of the 8 Coding Plugs has been designed for.
It is pretty easy to get the Motronic 2.4 to tell you what each CCP selects. You simply plug in a CCP and run an Autoscan with a GS-911. I've also confirmed the GS-911 report by having the chips removed from the Motronic and read with an EPROM reader and Hex Editor.
The bottom line is that the ONLY good advice one can give is to use the stock Coding Plug. The reason is that there is no formula that says a certain pin on the CCP has any particular function (e.g. Pin 86 does not effect Octane). It also turns out that even if you compare two R1150GSs, for instance, the CCP can have a different meaning based on the date and delivery-location of the motorcycle.
So ignore earlier posts in this thread, and since there are several different EPROMs, if you want to know which CCP is designed for which motorcycle-configuration for your bike, READ THE EPROM with a GS-911 (R1150).
Five bikes I have data on at the moment are:
2004 R1150RT US (USA) Twin Spark
2003 R1150GS SA (South Africa) Twin Spark
2002 R1150GS CA (Canada) Single Spark
2002 R1150R CA Single Spark
2002 R1150GS US Single Spark
Here is the readout from each bike's various coding plug configurations. You can see the differences for yourself. If for example you put a Yellow Coding plug into the SA bike it selects No Series, and runs accordingly—barely at all!
2004 R1150RT US (USA) Twin Spark
No Coding Plug: R1150R/GS US+ECE
Yellow Coding Plug: R1150R/GS Japan
Beige Coding Plug: R1150R-GS Ocatan 91
Pink Coding Plug: R1150RT-RS US+ECE
30-86 Coding Plug: R1150RT/RS Japan
30-86-87: R1100S US+ECE
30-86-87a: No Valid String found
30-86-87-87a: keine Serie (no series)
2003 R1150GS SA (South Africa) Twin Spark
No Coding Plug: R1150R/GS US+ECE
Yellow Coding Plug: R1150R/GS Japan
Beige Coding Plug: keine Serie (no series)
2002 R1150GS CA (Canada) Single Spark
No Coding Plug: R1150 GS ECE Kat
Yellow Coding Plug: R1150 GS US u.TEV
Beige Coding Plug: R1150 GS CH o.TEV
2002 R1150R CA Single Spark
No Coding Plug: R1150R/GS ECE Kat
Yellow Coding Plug: R1150R/GS US u.TEV
Beige Coding Plug: R1150RS/GS CH o.TEV
Pink Coding Plug: R1150RT ECE/US Kat/T
30-86 Coding Plug: R1150RT US II Kat/TE
30-86-87:
30-86-87a: KEINE SERIE
30-86-87-87a:
2002 R1150GS US Single Spark
No Coding Plug: R1150R/GS ECE Kat
Yellow Coding Plug: R1150R/GS US u.TEV
Beige Coding Plug: R1150RS/GS CH o.TEV
Pink Coding Plug: R1150RT ECE/US Kat/T
30-86 Coding Plug: R1150RT US II Kat/TE
30-86-87: R1150 R/GS ECE ROZ91
30-86-87a: KEINE SERIE
30-86-87-87a:
