SpeedFactory 4 Bar Map Sensor - K Series
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Our SpeedFactory 4 Bar MAP sensors use state of the art bipolar op amp circuitry with thin film resistor networks built into each micro chip. Pressure changes are calculated on a true linear 0-5 volt scale via a specially designed silicon pressure sensor that also compensates for temperature changes. The unique ability to compensate for temperature changes allows our MAP sensor to remain a minimum of 99% accurate from 32 degrees F to 180 degrees F through out its range of scale. With the true linear pressure vs. voltage scale there is never a need to re-tune at different altitudes as with other sensors. SpeedFactory 4 bar MAP sensors can precisely calculate boost pressure from 1-43+ psi while still allowing smooth stock OEM drivability at any boost level. Conveniently packaged in an OEM dimensional housing for easy install and an OEM look.
Key features:
- 40 to 260 degrees Fahrenheit temperature operating range
- Able to respond from 10% of the pressure scale to 90% of the pressure scale in .001 seconds (the fastest response time of any MAP sensor on the market).
- Automatic temperature compensation.
- True linear scaling for perfect drivability at all boost and vacuum levels.
- Compatible with all aftermarket engine management systems.
- Minimum of 99% accurate over full scale range under all conditions including temperature, altitude, and humidity changes.
- Allows smoother engine operation, higher boost levels, and better drivability than competitors turbo MAP sensors.
- Direct plug and play for an easy install and an OEM look. Dimensionally identical to the stock MAP sensor.
- Each sensor is hand assembled, pressure, and function checked in the USA for unparalleled quality control prior to shipping
- REQUIRES AFTERMARKET ECU/TUNING
Our MAP sensors will fit:
K20 and K24 engines using factory K Series Style MAP sensor
- 2006+ S2000
- 2002+ CR-V
- DC5
- EP3
- CL7/9
Specs below
Scalar 838
Offset 31
Voltage to pressure (KPA) conversion
P= pressure in KPA 4 bar = 400 KPA
Voltage out/signal = 5 X (.002421 X P - .00842)
Atmosphere equals 1 bar or 100 KPA = 5 X (.002421 X 100 - .00842) = 1.168 volts @ 1 bar or 100 KPA
