Re: Vec3,LC-1\'s,Gauges!
No, no, no....that is for all his other devices (looks like a couple of wide bands, two guages, etc, etc.)
The Vec3 is now a single mini USB in to the Vec unit and a standard USB into your laptop. Its elegant and clean.
Jack, I'm still working on this but it looks like the RPM scale on the Vec3 is 250 and the max log time is 5 mins for any single session. Also, on the single graph of the mapping session are the following selectables, select them all if one would wish:
Analog 0-5V. The left or right Y-axis (side bar) will show the voltage scale of the sensor output.
Analog 0-100%. The voltage value will be expressed in a range of 0 (0 volt) to 100% (5 volt).
MPX US 3. The internal MAP sensor voltage will be expressed in inches of vacuum to PSI of boost.
MPX 2.5 Bar. The internal MAP sensor voltage will be expressed in absolute bar.
Viper MAP US. Displays the stock MAP sensor voltage in inches of vacuum.
Viper MAP Bar. Displays the stock MAP sensor voltage in absolute bar.
Ignition. Graphs ignition timing changes in positive (advance) and negative (retard).
Fuel. Graphs injector millisecond pulse changes in positive (adding fuel) and negative (reducing fuel).
Viper Stock A/F. Expresses the stock oxygen sensor voltage in an Air / Fuel ratio.
PWM. Displays the pulse width modulation output signal “on” time in milliseconds.
Power. A feature that displays the approximate horsepower being generated. Requires input for vehicle weight, gearing, etc in order to display properly.
Torque. A feature that displays the approximate torque being generated.
Speed. With proper input of the gearing ratio (factory Viper ratios inserted by default), the vehicle speed will be displayed on the graph. The gear the car was in at the time the log was made must be selected on the main Log window. You can change the selected gear accordingly when viewing a graph.
Accel. A feature that displays the approximate acceleration rate of the vehicle.
Fuel DC. The duty cycle the injectors are being driven in percent.
Fuel DC/100. The duty cycle the injectors are being driven, divided by 100.
Viper IAT (F or C). Displays the intake air temperature (when connected) that the stock sensor is reading.
Fuel trim %. The net percentage change to the injector pulse based on the IAT offset in the VEC3 program.
WB (NGK, AEM, Dynojet, LM1, LC1). A sensor definition for each wideband oxygen sensor that allows the graph shown to display the proper air / fuel ratio, based on the voltage being delivered to the VEC.
A first, full reading of the software manual reveals an exceptionally disciplined and well written document. This was a formidable subject for me and I was concerned that I was "crossing the tipping point". I am much less so after reading the materials and crusing the new programs. Software appears to be very intuitve and first walk throughs were flawless. Typical XP controls and well laid out tab systems. Sean must have a first class resource working on this release.
More to follow.