What to use for fuel pressure to jet my 2002 Range for nitrous?
What to use for fuel pressure to jet my 2002 Range for nitrous?
I can't seem to find a solid answer on what fuel pressure my 2002 Ranger is so I can adjust my NX kit accordingly. I'm going to bump my shot up to a 100 HP. Thanks.
PS please save the "you're gonna blow er up!" This isn't my first rodeo.
PS please save the "you're gonna blow er up!" This isn't my first rodeo.
stock should be about 50-60 psi if you have a 2.3 duratec like i do, your difference is that i boosted my motor and put some 36lb/hr injectors to compensate for the boost gonna try n20 on my next ranger 2.3 wanna ask you for some tips with n20
+1 ^^^
1998 to 2011 Rangers used 55psi average fuel pressure on a Returnless system
Pressure regulator is in the fuel pump assembly
The way you increase engine power is to increase the amount of gasoline you can burn every 2 RPMs at 14.7:1 air:fuel ratio
A 5 liter engine has more power than a 3 liter engine because it can pull in 2 more liters of air every 2 RPMs so more gasoline can be burned at 14.7:1
A turbo or super charger works by forcing more air into the engine, so more gasoline can be burned every 2 RPMs, so more power
Nitrous oxide is basically compressed Oxygen, it splits into Oxygen and Nitrogen when heated in the cylinder, the Nitrogen is inert but the extra Oxygen is seen by the O2 sensors instantly in the exhaust, so computer instantly increases injector open times which increases gasoline burned and so increases power
Turbo and super chargers provide fairly instant power and can damage engines not designed for the extra power, but the Nitrous injection is a more abrupt power increase, so a bit more dangerous for engines not designed for the increase in power, there is also the issues of LEAN condition developing which melts valves and pistons
Yes, you already know that but others may not
1998 to 2011 Rangers used 55psi average fuel pressure on a Returnless system
Pressure regulator is in the fuel pump assembly
The way you increase engine power is to increase the amount of gasoline you can burn every 2 RPMs at 14.7:1 air:fuel ratio
A 5 liter engine has more power than a 3 liter engine because it can pull in 2 more liters of air every 2 RPMs so more gasoline can be burned at 14.7:1
A turbo or super charger works by forcing more air into the engine, so more gasoline can be burned every 2 RPMs, so more power
Nitrous oxide is basically compressed Oxygen, it splits into Oxygen and Nitrogen when heated in the cylinder, the Nitrogen is inert but the extra Oxygen is seen by the O2 sensors instantly in the exhaust, so computer instantly increases injector open times which increases gasoline burned and so increases power
Turbo and super chargers provide fairly instant power and can damage engines not designed for the extra power, but the Nitrous injection is a more abrupt power increase, so a bit more dangerous for engines not designed for the increase in power, there is also the issues of LEAN condition developing which melts valves and pistons
Yes, you already know that but others may not
Last edited by RonD; Apr 25, 2020 at 10:07 AM.
+1 ^^^
1998 to 2011 Rangers used 55psi average fuel pressure on a Returnless system
Pressure regulator is in the fuel pump assembly
The way you increase engine power is to increase the amount of gasoline you can burn every 2 RPMs at 14.7:1 air:fuel ratio
A 5 liter engine has more power than a 3 liter engine because it can pull in 2 more liters of air every 2 RPMs so more gasoline can be burned at 14.7:1
A turbo or super charger works by forcing more air into the engine, so more gasoline can be burned every 2 RPMs, so more power
Nitrous oxide is basically compressed Oxygen, it splits into Oxygen and Nitrogen when heated in the cylinder, the Nitrogen is inert but the extra Oxygen is seen by the O2 sensors instantly in the exhaust, so computer instantly increases injector open times which increases gasoline burned and so increases power
Turbo and super chargers provide fairly instant power and can damage engines not designed for the extra power, but the Nitrous injection is a more abrupt power increase, so a bit more dangerous for engines not designed for the increase in power, there is also the issues of LEAN condition developing which melts valves and pistons
Yes, you already know that but others may not
1998 to 2011 Rangers used 55psi average fuel pressure on a Returnless system
Pressure regulator is in the fuel pump assembly
The way you increase engine power is to increase the amount of gasoline you can burn every 2 RPMs at 14.7:1 air:fuel ratio
A 5 liter engine has more power than a 3 liter engine because it can pull in 2 more liters of air every 2 RPMs so more gasoline can be burned at 14.7:1
A turbo or super charger works by forcing more air into the engine, so more gasoline can be burned every 2 RPMs, so more power
Nitrous oxide is basically compressed Oxygen, it splits into Oxygen and Nitrogen when heated in the cylinder, the Nitrogen is inert but the extra Oxygen is seen by the O2 sensors instantly in the exhaust, so computer instantly increases injector open times which increases gasoline burned and so increases power
Turbo and super chargers provide fairly instant power and can damage engines not designed for the extra power, but the Nitrous injection is a more abrupt power increase, so a bit more dangerous for engines not designed for the increase in power, there is also the issues of LEAN condition developing which melts valves and pistons
Yes, you already know that but others may not
Where would the best general location for the n20 tank be and how far infront of the throttle body should I place the wet injection setup, I do have a control module with an rpm cut off but I'm still drawing this all out in cad, the 2.3l duratec with stock internals I want to put my money on properly tuned can take 80 shot safely and 120 as a fragrance thing for a few times rebuild few times rebuild etc.....
I would put it here and ask if a mod can change it to a Sticky: https://www.ranger-forums.com/forced...n-n20-tech-35/
The other Sticky there is a good read on Nitrous: https://www.ranger-forums.com/forced...bed-v8s-72038/
And I would not be the one to tell you about its injection, not my "cup of tea" I am a normally aspirated, no nitrous guy, I get why people like it, I just don't want it myself so don't follow its use
Pay attention to the "phase", the transition from liquid to gas state
The other Sticky there is a good read on Nitrous: https://www.ranger-forums.com/forced...bed-v8s-72038/
And I would not be the one to tell you about its injection, not my "cup of tea" I am a normally aspirated, no nitrous guy, I get why people like it, I just don't want it myself so don't follow its use
Pay attention to the "phase", the transition from liquid to gas state
I would put it here and ask if a mod can change it to a Sticky: https://www.ranger-forums.com/forced...n-n20-tech-35/
The other Sticky there is a good read on Nitrous: https://www.ranger-forums.com/forced...bed-v8s-72038/
And I would not be the one to tell you about its injection, not my "cup of tea" I am a normally aspirated, no nitrous guy, I get why people like it, I just don't want it myself so don't follow its use
Pay attention to the "phase", the transition from liquid to gas state
The other Sticky there is a good read on Nitrous: https://www.ranger-forums.com/forced...bed-v8s-72038/
And I would not be the one to tell you about its injection, not my "cup of tea" I am a normally aspirated, no nitrous guy, I get why people like it, I just don't want it myself so don't follow its use
Pay attention to the "phase", the transition from liquid to gas state
As far as I know the Rangers fuel pump gets "system" voltage full time when engine is running(RPMs above 400)
So 13.5v to 14.9volts from alternator
And the fuel pressure regulator in the gas tank, from 3rd hose on fuel filter, maintains the 55psi pressure
I do know Ford did use Duty Cycle fuel pump power using PWM(pulse width modulation) which would vary the power level at the fuel pumps, just didn't think Rangers ever had that
So 13.5v to 14.9volts from alternator
And the fuel pressure regulator in the gas tank, from 3rd hose on fuel filter, maintains the 55psi pressure
I do know Ford did use Duty Cycle fuel pump power using PWM(pulse width modulation) which would vary the power level at the fuel pumps, just didn't think Rangers ever had that
As far as I know the Rangers fuel pump gets "system" voltage full time when engine is running(RPMs above 400)
So 13.5v to 14.9volts from alternator
And the fuel pressure regulator in the gas tank, from 3rd hose on fuel filter, maintains the 55psi pressure
I do know Ford did use Duty Cycle fuel pump power using PWM(pulse width modulation) which would vary the power level at the fuel pumps, just didn't think Rangers ever had that
So 13.5v to 14.9volts from alternator
And the fuel pressure regulator in the gas tank, from 3rd hose on fuel filter, maintains the 55psi pressure
I do know Ford did use Duty Cycle fuel pump power using PWM(pulse width modulation) which would vary the power level at the fuel pumps, just didn't think Rangers ever had that
Make sure to include the years of the Rangers you know use what you find, including that its a 2.3l DOHC Duratec engine, "2.3l Ranger" also applies to 1983-1997 Rangers with Lima SOHC engines
Good call, I probably would've forgoten but sofar I could only get it to work on 2007 and earlier 2008 seems to be the cutoff due to a different strategy used and lack of J3 port
Yes, I think 2004 was last year for the J3 port but varies by Ford model of vehicle
I did see the F-150s started using a Fuel Pump Driver Module(FPDM) in 2004, this would be the voltage control for fuel pump
But the fuel pump relay was no longer controlled by the PCM(computer) it was on with key on
Didn't find much about Rangers and FPDM
I did see the F-150s started using a Fuel Pump Driver Module(FPDM) in 2004, this would be the voltage control for fuel pump
But the fuel pump relay was no longer controlled by the PCM(computer) it was on with key on
Didn't find much about Rangers and FPDM
Yes, I think 2004 was last year for the J3 port but varies by Ford model of vehicle
I did see the F-150s started using a Fuel Pump Driver Module(FPDM) in 2004, this would be the voltage control for fuel pump
But the fuel pump relay was no longer controlled by the PCM(computer) it was on with key on
Didn't find much about Rangers and FPDM
I did see the F-150s started using a Fuel Pump Driver Module(FPDM) in 2004, this would be the voltage control for fuel pump
But the fuel pump relay was no longer controlled by the PCM(computer) it was on with key on
Didn't find much about Rangers and FPDM
If no FPDM then fuel pump voltage should be System voltage all the time, PCM has no other control except FP relay which can't be used for PWM(variable power)
FPDM is used to reduce recirculating fuel via a pressure regulator, it causes more gas vapor in the tank
One of the reason Return fuel system were end in 1998 Rangers but they still had the return and FPR in the tank, so still had a bit of the problem still
FPDM eliminates it, but also adds one more thing to go wrong with fuel delivery system, FPRs in the tank didn't have all that many failure
FPDM is used to reduce recirculating fuel via a pressure regulator, it causes more gas vapor in the tank
One of the reason Return fuel system were end in 1998 Rangers but they still had the return and FPR in the tank, so still had a bit of the problem still
FPDM eliminates it, but also adds one more thing to go wrong with fuel delivery system, FPRs in the tank didn't have all that many failure
If no FPDM then fuel pump voltage should be System voltage all the time, PCM has no other control except FP relay which can't be used for PWM(variable power)
FPDM is used to reduce recirculating fuel via a pressure regulator, it causes more gas vapor in the tank
One of the reason Return fuel system were end in 1998 Rangers but they still had the return and FPR in the tank, so still had a bit of the problem still
FPDM eliminates it, but also adds one more thing to go wrong with fuel delivery system, FPRs in the tank didn't have all that many failure
FPDM is used to reduce recirculating fuel via a pressure regulator, it causes more gas vapor in the tank
One of the reason Return fuel system were end in 1998 Rangers but they still had the return and FPR in the tank, so still had a bit of the problem still
FPDM eliminates it, but also adds one more thing to go wrong with fuel delivery system, FPRs in the tank didn't have all that many failure
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