Vems installation on my84 928S Euro 16v
#76
Administrator - "Tyson"
Lifetime Rennlist
Member
Lifetime Rennlist
Member
If it helps, I can sneak a couple small parts into our CNC Mill at the shop. Just send me the file.
And / Or let me know which TB is preferred and I'll get one to my design team. This is the kind of stuff they do all day long.
And / Or let me know which TB is preferred and I'll get one to my design team. This is the kind of stuff they do all day long.
#78
Rennlist Member
Working on a VEMS pnp kit that’s not so pnp. What’s the current consensus on the tps to use and has any one made up a cnc adapter plate yet? Has anyone made up a knock mount yet? Aluminum MAF tube?
Here is an old discussion on how to tap the factory plug for sensors if anyone is looking:
https://rennlist.com/forums/928-foru...-needed-2.html
Thanks!
Last edited by NewToPig; 03-31-2024 at 08:51 PM.
#79
Rennlist Member
I have the TPS adapters machined for the 87+ cars. I can see how it fits on the S3 throttle, I happen to have one handy (just need to go through the cold storage bins to find the package of TPS adapters). I could easily have a batch made for the S3.
There also may be a workaround. On the management platform I am using, I can make a user table and assign the output of the table to the TPS% channel. I use a digital input for the source axis of the table, so a value of 1 results in a TPS% of 0. Value of 0 results in a TPS% of 10 (outside the threshold for IDLE). The WOT switch is just disregarded, but its output could easily be used with a second DIN pin and a simple enrichment table applied whenever that input goes low. Everything works fine with the factory switch using MAPT% as the AEC source.
WHP makes knock sensor bolts in M12, M10, and M8 pitches:
WHP Wideband Knock Sensor Kit - M12 – ECUMaster USA
There also may be a workaround. On the management platform I am using, I can make a user table and assign the output of the table to the TPS% channel. I use a digital input for the source axis of the table, so a value of 1 results in a TPS% of 0. Value of 0 results in a TPS% of 10 (outside the threshold for IDLE). The WOT switch is just disregarded, but its output could easily be used with a second DIN pin and a simple enrichment table applied whenever that input goes low. Everything works fine with the factory switch using MAPT% as the AEC source.
WHP makes knock sensor bolts in M12, M10, and M8 pitches:
WHP Wideband Knock Sensor Kit - M12 – ECUMaster USA
#80
Rennlist Member
I have the TPS adapters machined for the 87+ cars. I can see how it fits on the S3 throttle, I happen to have one handy (just need to go through the cold storage bins to find the package of TPS adapters). I could easily have a batch made for the S3.
There also may be a workaround. On the management platform I am using, I can make a user table and assign the output of the table to the TPS% channel. I use a digital input for the source axis of the table, so a value of 1 results in a TPS% of 0. Value of 0 results in a TPS% of 10 (outside the threshold for IDLE). The WOT switch is just disregarded, but its output could easily be used with a second DIN pin and a simple enrichment table applied whenever that input goes low. Everything works fine with the factory switch using MAPT% as the AEC source.
WHP makes knock sensor bolts in M12, M10, and M8 pitches:
WHP Wideband Knock Sensor Kit - M12 – ECUMaster USA
There also may be a workaround. On the management platform I am using, I can make a user table and assign the output of the table to the TPS% channel. I use a digital input for the source axis of the table, so a value of 1 results in a TPS% of 0. Value of 0 results in a TPS% of 10 (outside the threshold for IDLE). The WOT switch is just disregarded, but its output could easily be used with a second DIN pin and a simple enrichment table applied whenever that input goes low. Everything works fine with the factory switch using MAPT% as the AEC source.
WHP makes knock sensor bolts in M12, M10, and M8 pitches:
WHP Wideband Knock Sensor Kit - M12 – ECUMaster USA
And eventually I think regardless of the ECU chosen, these small parts we have been discussing by email would go a long way to cleaning up these stand alone swaps.
Once you have the other kit you are working on done, I'm first in line. I just embarked with VEMs as it was the only option without swapping flywheels (perhaps a poor justification but...).
#82
Rennlist Member
WHP makes knock sensor bolts in M12, M10, and M8 pitches:
WHP Wideband Knock Sensor Kit - M12 – ECUMaster USA
WHP Wideband Knock Sensor Kit - M12 – ECUMaster USA
OR
I checked McMaster for likely higher quality product but M14 seems big for this thread adaption. I'll pull a plug late today to confirm. I check my S3 and no valley knock sensors to compare to....
Last edited by NewToPig; 04-01-2024 at 12:20 PM.
#83
Rennlist Member
Hi Hans,
Its Greg here from Australia. I just happen to find myself in Jacksonville for the next 6 months for work. Since postage is within America I intend to buy up on some bits from various venders that I can fit into my luggage. If you find any S2 adapters for the 16V cars keep it aside for me. Much appreciated and sorry to spam the VEMS forum.
Thanks
Greg (VEMS installed).
Its Greg here from Australia. I just happen to find myself in Jacksonville for the next 6 months for work. Since postage is within America I intend to buy up on some bits from various venders that I can fit into my luggage. If you find any S2 adapters for the 16V cars keep it aside for me. Much appreciated and sorry to spam the VEMS forum.
Thanks
Greg (VEMS installed).