Trafic Mode feature
Allowing for the engine to run the lowest possible at idle with a cooler temperature.
In traffic the engine will always near 90ºC / 194ºF and this puts the engine with
more heat, creating wear by reducing the lubrication specifications.
This feature allows to minimize emissions, gas, engine wear/damage by maintain
the engine cooler in traffic conditions.
Example, steps :
- - Engine is running idle and hot at operating temperature, lets say 850 rpm, with 85ºC / 185ºF;
- - Driver enables by pressing Datalog button (previous selected in FPM to be Trafic Mode);
- - The vehicle speed is 0, clutch depressed and 10s pass;
- - Some parameters are sent from FP to ECU (like Live feature):
* Engine idle rpm is set at lowest value (lets say: 600 rpm or lower)
* Radiator fan sooner (example: 3ºC less)
- - 5 minutes pass with low rpm, a dashboard light blinks, representing that the engine should stop;
- - Driver press the clutch and the values return to normal (previous values);
- - Driver press the datalog button or a certain rpm value is reached (for example: reached 2000 rpm) and
the feature stops.
Idle Shutdown feature
Enable the engine to automatically shutdown after running at idle for a programmed amount of time.
This feature limit the idle time, increasing the vehicle's fuel economy and maintain performance.
A warning light will begin to flash during the last 30 seconds of
the programmed idle shutdown time. Pressing the clutch would prevent engine shutdown.
Example:
- Select the feature in FPM and choose the amount of time, lets say 5 minutes;
- This feature only be enabled if ECT below 90ºC / 194ºF and VSS equals 0.
one other way could be:
- - Driver enables by pressing Programming button (previous selected in FPM to be Idle Shutdown);
- - Rev counter shows time to idle (for example: 5m = 5000 rpm)
- - Driver increase or decrease idle, showing the value through in Rev Counter;
- - Set by pressing again the Programming button, to set the value.
Cool-down feature
Warning the driver with a dashboard light to alert that the engine is cooling and
the fan is on. Allowing to proper engine cooling, before engine shutdown.
Example:
- - Engine is running with the fan to cool down the engine and the vehicle is still;
- - Driver wants to shutdown the engine;
- - Warning light blinks, warning that the engine is cooling.
Change Gear
At low cam, blink two iVtec shift lights to change to lower gear, and all light to change to upper gear.
In case case access to iVtec shift light is not possible, use Rev counter like AF ratio.
The RPM shows the representing gear to change when uncorrected engine load is presented.
Example:
- Driver running at 3 500 rpm in 4 gear;
- Temporary, lets say 2 seconds, the rev's are placed in 6000 rpm representing to shift to 6 Gear.
Encouraging the driver to operate as much as effectively possible in top gear.
Maximizing time in top gear means the engine runs in a lower rpm range, thus producing increased fuel
economy and improved durability without compromising performance.
AC Engine Braking
Useful In summer days or cold day when AC is turn on in Auto mode.
This feature that allows to activate the Air conditioner in deceleration.
The AC pulley will engage in this way maximizing braking.
For example... the AC is in Auto and with high load deceleration the AC will turn ON.
The added horsepower draw associated with the fan engagement and operation helps to
increase braking. Maximizing brakes durability and longer safer stopping distances.
by the way... I noticed that the launch control feature do not have a upper rpm limit.
What is the safest upper rpm limit ?
Best regards and keep up the good work.