- Joined
- Aug 11, 2012
- Messages
- 663
Been racking my brain over this.
Currently have a Speedfactory 4bar map sensor for the Turbo setup.
I've got a PLX Wideband setup on its way and was looking at the Boost Gauge setup with their Sensor Module that has a 3bar map sensor built in.
Was looking into wether or not I could use the built in map sensor on the PLX unit.
The Module has a 0-5v Output.
Vacuum Range: (0V = 30.5inHg = -15PSI, 1.66V = 0PSI)
Boost Range: (1.66V = 0PSI, 5.0V = 30PSI)
Measurement Range: 30.5inHg - 30 PSI (760mmHg - 2.11kg/cm2)
Using Hondata's Calculations
1.66v = 0 psi = 0 Millibar
5.0v = 30psi = 2068.43 Millibar
Scalar = 619.29
Offset = -1028.02
1.66v x 619.29 - 1028.02 = 0 mbar @ 1.66v
5.0v x 619.29 - 1028.02 = 2068.43 mbar @ 1.66v
Is this correct ? Could I use the Analog output on the PLX Unit ?
Currently have a Speedfactory 4bar map sensor for the Turbo setup.
I've got a PLX Wideband setup on its way and was looking at the Boost Gauge setup with their Sensor Module that has a 3bar map sensor built in.
Was looking into wether or not I could use the built in map sensor on the PLX unit.
The Module has a 0-5v Output.
Vacuum Range: (0V = 30.5inHg = -15PSI, 1.66V = 0PSI)
Boost Range: (1.66V = 0PSI, 5.0V = 30PSI)
Measurement Range: 30.5inHg - 30 PSI (760mmHg - 2.11kg/cm2)
Using Hondata's Calculations
1.66v = 0 psi = 0 Millibar
5.0v = 30psi = 2068.43 Millibar
Scalar = 619.29
Offset = -1028.02
1.66v x 619.29 - 1028.02 = 0 mbar @ 1.66v
5.0v x 619.29 - 1028.02 = 2068.43 mbar @ 1.66v
Is this correct ? Could I use the Analog output on the PLX Unit ?