Given the following,

Engine size 2.3 Ambient Air Temp 80 Deg F

Ambient air pressure 14.7 psi Engine VE 73%

Compressor eff 71% Engine Rpm 5000 rpm

Boost pressure 20 psi gage IC coolant flow 50lb/min

Calculated compressor discharge temp 293 degrees

SVO				Isuzu
Pressure Drop	0.05	Psi		Pressure Drop	0.12	Psi
Discharge Temperature	191	Degrees F		Discharge Temperature	176	Degrees F
Air Mass Flow	21.3	Lb/Min		Air Mass Flow	21.8	Lb/Min
Estimated Horsepower	215	Hp		Estimated Horsepower	220	Hp
TurboCoupe				Saab 900
Pressure Drop	0.03	Psi		Pressure Drop	0.23	Psi
Discharge Temperature	175	Degrees F		Discharge Temperature	173	Degrees F
Air Mass Flow	21.9	Lb/Min		Air Mass Flow	21.9	Lb/Min
Estimated Horsepower	221	Hp		Estimated Horsepower	221	Hp
Renault				TurboCoupe (Converted to Water)
Pressure Drop	0.31	Psi		Pressure Drop	0.03	Psi
Discharge Temperature	163	Degrees F		Discharge Temperature	141	Degrees F
Air Mass Flow	22.3	Lb/Min		Air Mass Flow	23.1	Lb/Min
Estimated Horsepower	225	Hp		Estimated Horsepower	233	Hp
Dual Saab 900 (In Series)				Starion/Conquest
Pressure Drop	0.53	Psi		Pressure Drop	0.29	Psi
Discharge Temperature	129	Degrees F		Discharge Temperature	121	Degrees F
Air Mass Flow	23.5	Lb/Min		Air Mass Flow	23.9	Lb/Min
Estimated Horsepower	238	Hp		Estimated Horsepower	241	Hp
Saab 9000				Porsche 944
Pressure Drop	0.7	Psi		Pressure Drop	0.09	Psi
Discharge Temperature	119	Degrees F		Discharge Temperature	119	Degrees F
Air Mass Flow	24	Lb/Min		Air Mass Flow	24	Lb/Min
Estimated Horsepower	242	Hp		Estimated Horsepower	242	Hp
Cosworth				Volvo
Pressure Drop	0.42	Psi		Pressure Drop	0.33	Psi
Discharge Temperature	117	Degrees F		Discharge Temperature	116	Degrees F
Air Mass Flow	24.05	Lb/Min		Air Mass Flow	24.1	Lb/Min
Estimated Horsepower	243	Hp		Estimated Horsepower	243	Hp
Dual Volvo (in Parallel)
Pressure Drop	0.1	Psi
Discharge Temperature	91	Degrees F
Air Mass Flow	25.2	Lb/Min
Estimated Horsepower	255	Hp