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'''Documenting VEMS installation on 2009 Ford Fiesta 1.6 16v Sport''' *1.6 16v Duratec Ti-VCT *VCT controls both cams via 2 hall sensors and 2 solenoids **solenoids have 2 wires **PWM controlled 50% is neutral, less than 50% retards camshaft and more than 50% advances the camshaft *crankshaft sensor is VR and crank wheel is 36-1, tooth #1 angle 80deg *ignition tower with 2 coils, wasted spark (3 wires) - constant 12v, ground to fire **dwell 2.5ms **ignition input: falling edge **spark output: going high *throttle control is drive-by-wire *injectors, 12Ohm, 116g/min *Other sensors: **air-mass sensor (2 wire) **coolant temp sensor (2 wire) **accelerator pedal (6 wire) **knock sensor (2 wire) **oil pressure switch (1 wire) **clutch control switch (2 wire) **break paddle switch (2 wire) **2x lambda sensor (4 wires) **manifold absolute pressure (4 wire) **fuel pump with sender (4 wires) **each wheel has a speed sensor hall on ABS ring (2 wire) For the project we have the following requirements: *retain the basic operation of the engine, including drive-by-wire **no need to retain upstream lambda *log the brake pedal movement **we can do this by replacing the existing break switch with a potentiometer *log oil pressure sensor **need to find space for oil pressure sensor *log oil temperature sensor **need to find space for oil temperature sensor *enable launch control and flat shift **use the clutch control switch to achieve this *add a shift light *include road/race switch **race mode should use secondary VE+ignition+VVT tables and override (always on) radiator fan plus turn off daylight running lights - some of the things might be done by controlling a relay and not from ECU **road mode should use primary VE+ignition+VVT tables, radiator turned on at a certain temperature, daylight running lights on *make a warning buzzer **buzzer would go off if oil pressure would be low, oil or coolant temperature would be high *continuous logging (SD card or tablet)
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