DW300 Fuel Pump - 300LPH In-Tank!
#1
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DW300 Fuel Pump - 300LPH In-Tank!
January 2011 Release!
DeatschWerks 300LPH In-Tank Fuel Pump
Please, use this thread to ask any questions about the pump dircetly. Also, we will be posting any updates about the pump in this thread.
DeatschWerks 300LPH In-Tank Fuel Pump
- Meets SAE guidelines for fuel pump testing
- Application specific install kits included (Universal also available)
- 3-year, no-fault warranty
- The DW300 is a turbine impeller pump
- 300LPH+ @ 3bar fuel pressure.
- 100% E85 Compatible
- 39mm body for in-tank applications.
Please, use this thread to ask any questions about the pump dircetly. Also, we will be posting any updates about the pump in this thread.
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Re: DW300 Fuel Pump - 300LPH In-Tank!
Well can you pm me or show me a thread that shows a price then. It's obviously been designed to compete with the walbro. Walbro is $100 shipped with install kit and been proven over and over again. How much hp has been produced on this pump? What was the fuel pressure at?
#6
Thread Starter
Re: DW300 Fuel Pump - 300LPH In-Tank!
Ah, now the questions come.
This pump has put down 620awd hp on E85 in a 4G63 DSM. Base psi - 52, Boost PSI 35. Using our 1500cc injectors for the 4G63.
It is very quiet compared to the 255LPH due to the turbine impeller design vs. the Walbro G-Rotor.
After the first of the year, we will have over 4,000 hours of testing complete on a battery of pumps running E100.
This pump has put down 620awd hp on E85 in a 4G63 DSM. Base psi - 52, Boost PSI 35. Using our 1500cc injectors for the 4G63.
It is very quiet compared to the 255LPH due to the turbine impeller design vs. the Walbro G-Rotor.
After the first of the year, we will have over 4,000 hours of testing complete on a battery of pumps running E100.
#7
Re: DW300 Fuel Pump - 300LPH In-Tank!
January 2011 Release!
DeatschWerks 300LPH In-Tank Fuel Pump
Please, use this thread to ask any questions about the pump dircetly. Also, we will be posting any updates about the pump in this thread.
DeatschWerks 300LPH In-Tank Fuel Pump
- Meets SAE guidelines for fuel pump testing
- Application specific install kits included (Universal also available)
- 3-year, no-fault warranty
- The DW300 is a turbine impeller pump
- 300LPH+ @ 3bar fuel pressure.
- 100% E85 Compatible
- 39mm body for in-tank applications.
Please, use this thread to ask any questions about the pump dircetly. Also, we will be posting any updates about the pump in this thread.
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#8
Thread Starter
Re: DW300 Fuel Pump - 300LPH In-Tank!
The max hp of the pump is going to depend on many variables.
The amount of power it will be able to support at 3 bar psi is going to be different than what it will be able to support at 6 bar.
In the case of the Mitsubishi posted above, it was able to support about 620awhp on E85 @ ~6bar fuel pressure.
Here is a graph of what the pump flows in similar conditions vs. a regular 255 and a 255HP.
The amount of power it will be able to support at 3 bar psi is going to be different than what it will be able to support at 6 bar.
In the case of the Mitsubishi posted above, it was able to support about 620awhp on E85 @ ~6bar fuel pressure.
Here is a graph of what the pump flows in similar conditions vs. a regular 255 and a 255HP.
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Re: DW300 Fuel Pump - 300LPH In-Tank!
C 16 is petroleum based Just like pump..... Its ethanol and alcohol youd need to worry about, theyll corrode not petroleum based fuels
#11
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Re: DW300 Fuel Pump - 300LPH In-Tank!
They will be available through our dealer network after the first of the year.
MAPerformance is a dealer of our products, as well as, a sponsor of Honda-Tech. You should check them out.
MAPerformance is a dealer of our products, as well as, a sponsor of Honda-Tech. You should check them out.
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Re: DW300 Fuel Pump - 300LPH In-Tank!
The flow graph doesn't state what the test voltage was?
I'd like to know if this DW300 pump responds well to higher voltages (16+ vdc).
I run my Walbro up to 18v, and it had no problems supporting almost 700 WHP on E10 (Sunoco 94). It would be a nice upgrade for my car for sure.
I'd like to know if this DW300 pump responds well to higher voltages (16+ vdc).
I run my Walbro up to 18v, and it had no problems supporting almost 700 WHP on E10 (Sunoco 94). It would be a nice upgrade for my car for sure.
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Re: DW300 Fuel Pump - 300LPH In-Tank!
Size compared to walbro..Can you run two pumps on a dual pump hanger in-tank with no problems like the walbros..
#22
Thread Starter
Re: DW300 Fuel Pump - 300LPH In-Tank!
Giving an exact limit of power for what this pump can do is going to be difficult.
There are many variables that are going to come into play that will determine what the limit of a setup is going to be.
Just to give you a few examples:
Using a quick, simple method for estimating fuel needs (this is by no means, absolute!):
We have a fuel calculator on our that should give you an idea of where you need your fuel system to be to make an estimate horsepower. http://www.deatschwerks.com/catalog/...alculators.php
These are the values for BSFC I use when estimating the size of injectors needed:
To give you an idea of what the pump can support, we've had the pump installed in a few vehicles available through our dealer/installer network and the closest match to the turbo'd Hondas will be from the results of a 2.0L Turbo'd AWD Mitsubishi:
Hope that helps.
There are many variables that are going to come into play that will determine what the limit of a setup is going to be.
Just to give you a few examples:
- tune
- type of fuel
- size of injectors
- baseline fuel pressure
- boost pressure
- pump voltage
- etc.
Using a quick, simple method for estimating fuel needs (this is by no means, absolute!):
1000cc injectors should support around 550hp on pump gas @ 43.5psi baseline fuel pressure in a turbocharged 4-cylinder engine.
1600cc injectors should support around 900hp on pump gas @ 43.5psi baseline fuel pressure in a turbocharged 4-cylinder engine.
Please observe that 43.5psi is the baseline fuel pressure. When you have a boosted application with a 1:1 fuel pressure regulator, the boost pressure increases the pressure of the system from the pump to the rail. So with 1 bar (14.5psi) of boost, you now have 58psi of pressure from the pump to the rail, and the amount of fuel the pump is able to deliver decreases as pressure increases.1600cc injectors should support around 900hp on pump gas @ 43.5psi baseline fuel pressure in a turbocharged 4-cylinder engine.
We have a fuel calculator on our that should give you an idea of where you need your fuel system to be to make an estimate horsepower. http://www.deatschwerks.com/catalog/...alculators.php
These are the values for BSFC I use when estimating the size of injectors needed:
Pump Gas (Turbo): .6
E85 (Turbo): .75
Pump Gas (N/A): .5
E85 (N/A): .65
Ultimately, it is going to come down to getting the parts installed and getting on a dyno and getting it tuned to see what the real world numbers are going to be.E85 (Turbo): .75
Pump Gas (N/A): .5
E85 (N/A): .65
To give you an idea of what the pump can support, we've had the pump installed in a few vehicles available through our dealer/installer network and the closest match to the turbo'd Hondas will be from the results of a 2.0L Turbo'd AWD Mitsubishi:
Originally Posted by Deatschwerks
In the case of the Mitsubishi posted above [in this thread], it was able to support 620awhp on E85 @ ~6bar total fuel pressure.
Last edited by Deatschwerks; 12-09-2010 at 09:29 AM.
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Re: DW300 Fuel Pump - 300LPH In-Tank!
So what are the exact dimensions? I need to know if this will fit in the 06+ Civic Si fuel cage. The walbro was a tight fit and was actually a few mm longer and needed some slight modifications to fit. If this is longer and thicker then it will not fit without more extensive modifications to the fuel cage. I'm extremely interested in this for my 475whp Full-Race powered K20. I'm running 70psi base pressure returnless and this pump would be bad *** for possibly increasing boost. Thanks DW.
Mike
Mike
#24
Honda-Tech Member
Re: DW300 Fuel Pump - 300LPH In-Tank!
Giving an exact limit of power for what this pump can do is going to be difficult.
There are many variables that are going to come into play that will determine what the limit of a setup is going to be.
Just to give you a few examples:
Using a quick, simple method for estimating fuel needs (this is by no means, absolute!):
We have a fuel calculator on our that should give you an idea of where you need your fuel system to be to make an estimate horsepower. http://www.deatschwerks.com/catalog/...alculators.php
These are the values for BSFC I use when estimating the size of injectors needed:
To give you an idea of what the pump can support, we've had the pump installed in a few vehicles available through our dealer/installer network and the closest match to the turbo'd Hondas will be from the results of a 2.0L Turbo'd AWD Mitsubishi:
Hope that helps.
There are many variables that are going to come into play that will determine what the limit of a setup is going to be.
Just to give you a few examples:
- tune
- type of fuel
- size of injectors
- baseline fuel pressure
- boost pressure
- pump voltage
- etc.
Using a quick, simple method for estimating fuel needs (this is by no means, absolute!):
1000cc injectors should support around 550hp on pump gas @ 43.5psi baseline fuel pressure in a turbocharged 4-cylinder engine.
1600cc injectors should support around 900hp on pump gas @ 43.5psi baseline fuel pressure in a turbocharged 4-cylinder engine.
Please observe that 43.5psi is the baseline fuel pressure. When you have a boosted application with a 1:1 fuel pressure regulator, the boost pressure increases the pressure of the system from the pump to the rail. So with 1 bar (14.5psi) of boost, you now have 58psi of pressure from the pump to the rail, and the amount of fuel the pump is able to deliver decreases as pressure increases.1600cc injectors should support around 900hp on pump gas @ 43.5psi baseline fuel pressure in a turbocharged 4-cylinder engine.
We have a fuel calculator on our that should give you an idea of where you need your fuel system to be to make an estimate horsepower. http://www.deatschwerks.com/catalog/...alculators.php
These are the values for BSFC I use when estimating the size of injectors needed:
Pump Gas (Turbo): .6
E85 (Turbo): .75
Pump Gas (N/A): .5
E85 (N/A): .65
Ultimately, it is going to come down to getting the parts installed and getting on a dyno and getting it tuned to see what the real world numbers are going to be.E85 (Turbo): .75
Pump Gas (N/A): .5
E85 (N/A): .65
To give you an idea of what the pump can support, we've had the pump installed in a few vehicles available through our dealer/installer network and the closest match to the turbo'd Hondas will be from the results of a 2.0L Turbo'd AWD Mitsubishi:
Hope that helps.
pumps seem like a great viable option to the walbro, but with the walbro being around 100 bucks and thebosch 044 being around 200 and able to support around 700 insingle form i would really hope they are in the middle somewhere.
also above you mentioned that at 14.5psi of boost youwould have 58psi of fuel pressure, shouldnt you really subtract the 14.5psi figuratively speaking as there is 14,5psi of pressure below the injector working against it, so interms of speaking you still have an optimum of 43.5psi working fuel pressure?
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Re: DW300 Fuel Pump - 300LPH In-Tank!
what to know more on them.( will they flow over 100 psi, what they flow at all volts, and on the walbros u can do some tricks to the pump AKA pull the check valve out to make it flow better. does this pump have one in the top of it.)