2015/07/11 20:10:27
Dudeman
robk
As I mentioned a while ago, I implemented some custom functionality for my check-engine light (CEL), because the CEL is connected to an aux output on my Adaptronic e1280s ECU, and the configurability of the ECU is virtually limitless. I recently improved and expanded on that functionality, by adding custom functionality for my tachometer which is controlled by the ECU. The CEL is still involved, but now I can use the tacho to see the values of many different ECU parameters, not just RPM. Here's a video:
 
https://www.youtube.com/watch?v=wCIn27qR6XU
 
Enjoy!




 
Translated into non techie...
 
"Like I was saying, I stuck some custom stuff on my CEL, cos it's plugged into an extra output in my whizz bang ECU, and my ECU is the shizz and can do heaps of stuff. I made the ECU better, and the tacho gives more data through it as well now. The CEL is still involved, but now the tacho shows me heaps more stuff, not just RPM. Check this...
 
https://www.youtube.com/watch?v=wCIn27qR6XU
 
Drool! 
 
 
2015/07/11 22:06:14
rikkir
Great translation....
2015/07/11 22:15:54
Shaz
I have no idea what all that meant...... except the temperature, lol. Looks impressive tho.... very clever.
2015/07/12 02:55:03
Dudeman
Very impressive. You have a knack for this techie stuff, should take it up professionally.
2015/07/12 17:28:28
robk
Dudeman
Very impressive. You have a knack for this techie stuff, should take it up professionally.

Haha I know right! :-P

Having a Mechatronics Engineering degree, and working as a Software Engineer, makes this sort of thing seem like a walk in the park to me lol.
2015/07/12 18:53:53
rikkir
robk
Dudeman
Very impressive. You have a knack for this techie stuff, should take it up professionally.

Haha I know right! :-P

Having a Mechatronics Engineering degree, and working as a Software Engineer, makes this sort of thing seem like a walk in the park to me lol.

With your skills you shouldn't be wasting time using your tacho for info. You should have a Bluetooth link to your phone and have an app display all the ecu data....
Let's see what you can come up with :)
2015/08/26 22:42:44
robk
After months of talking about updating my oil catch can setup, I finally got around to doing it (with the help of a friend and an experienced welder). In theory, the catch can should never over-fill at the track ever again, and I'll only have to drain it occasionally with street driving.
 
I kept the same little 'D1 Spec' oil catch can, but the following changes were made:
- We welded a big extra section onto the side of the existing catch can, increasing it's capacity from ~400mL to ~1L.
- We improved the baffling, with a combination of plates and steel wool.
- We added a -8 drain hose from the catch can down to a new fitting welded to the sump.
- The drain hose comes from a 90 degree fitting on the side of the catch can, about a third of the way up from the bottom of the can, so almost nothing will be drained to the sump unless an excessive amount of oil enters the catch can while I'm at the track.
- On the street, the fluid level in the catch can will remain well below the drain to the sump.
- I still have another smaller drain hose from the base of the catch can, which goes down to a manual shut-off valve under the car. This allows me to easily drain anything that collects in the catch can below the level of the drain to the sump.
 
Next time I go to the track, hopefully the oil catch can mods will prove to be successful!
2015/08/27 05:55:12
Admin
Hi Rob, you may need a 1 way valve on the sump return line so you don't get pressure blowing the oil around in the catch can and out the vent. This is what was happening with my catch can
2015/08/27 12:32:42
robk
Yeah, I've heard mixed opinions about that from various people. I'll see how it goes without a check valve first.
2015/09/28 22:29:18
robk
On the weekend I installed a big brake kit on the rear of the car, to complement the front big brake kit which I've already had on the car for a few years. The previous owner had already upgraded the rear brakes from gen 2 to gen 3, therefore I only had to install the bigger discs and the DeltaV brackets to accomodate the larger diameter discs.
 
Rear:
DeltaV big brake kit with Mazda RX8 Sport 323mm rotors and later model SW20 22mm calipers

 
Front:
DeltaV big brake kit with Lexus LS400 315mm rotors and Nissan 300ZX 30mm aluminium calipers

 
(those photos were taken on different days which is why the lighting is different)
 
The ratio of the front and rear brake disc diameters is now the same ratio as the stock gen 2 turbo brake discs, which should be a good thing. I'm attending another Circuit Club trackday on Labour Day so it will be interesting to see if it makes a noticeable difference.
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