The
system will take inputs from a number of OE distributor types including
those converted to run with an optical trigger. The ECU can be configured
to run as a full distributorless system using a number of crank
trigger patterns, including the Bosch 60-2 (Vauxhall/GM, VW, Porsche,
BMW), 36-1 (Ford Zetec/Duratec), Honda and Rover K-series.
The
system is fully plug-compatible with the Rover MEMS system as fitted
to the 'K' series Rover unit used in the Caterham Seven and Lotus
Elise. The software provides 32 speed sites(up to 15,500RPM) and
16 load sites with tailored load site grouping, allowing super sensitive
mapping around part throttle to improve drivability. The injection
software provides the same number of load sites and speed sites,
and also allows for cranking enrichment, acceleration fuelling adjustment,
cold start correction, water and air temperature correction to both
fuelling and ignition settings and Lambda sensor feedback. Map trimming
can be done both 'on the fly' - dialing in timing and fuelling settings
while the engine is running, or on a download basis.
M3DK
units incorporate a shift light, user-tailorable soft and hard cut
rev-limiters, tacho drive and tacho tell-tale.
The
software allows the ignition and injection maps to be presented
as surface contour graphs which greatly enhances the visibility
of the calibration settings.
All
M3DK kits include a comprehensive illustrated operating manual,
ECU loom plug and pins, wiring details with pin-outs, comms lead
and full operating software.
We
have used the M3DK to good effect on a variety of different engines
and have a library of maps for these engines in various states of
tune, particularly the Rover 'K' series as used in the Caterham
Seven, Lotus Elise and MGF.
Other
notable engines include Golf/Audi 1.8T, Golf 8/16V, Ford Crossflow,
CVH, Pinto, Zetec, Duratec, NatAsp Cosworth, Cosworth V6, Peugeot
205/406 8v/16V, Rover V8, Jaguar V12 and Vauxhall 8v/16V. |
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