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From then, delivery is generally is the same day / 2 days (depending on your location). Cut off time 2 PM PST.

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AirDog FUEL AIR SEPARATION SYSTEM FP-100 GPH W/O IN-TANK FUEL PUMP - A4SPBD001

AirDog FUEL AIR SEPARATION SYSTEM FP-100 GPH W/O IN-TANK FUEL PUMP - A4SPBD001

BRAND NEW IN BOX

AirDog Applications

FP-100 1998.5-2004 CUMMINS W/O IN-TANK FUEL PUMP

Air Dog Features

- NEW Quick Connect! Drops installation time by 30-45 minutes!
- Removing air/vapor from diesel fuel
- Allowing pure diesel fuel to reach engine
- Creating high flow rates of fuel to engine
- Longer injector life
- Increased fuel economy
- Optimized engine performance
- Increased torque output
- Improved throttle response
- Small & Compact: ONLY 7”L X 10”H X 3.2”W
- Dual Feed Gerotor Pump: Quiet, Efficient, Long Lasting!
- Single piece pump body replaces the old 3 piece pump design reducing the number of parts, unit size, and weight. This results in a sleek, low profile pump assembly and eliminates the need for leaky, messy gaskets!

AirDog FAQ - Air Dog Frequently Asked Questions
What pump do I need for my truck?

AirDog® and AirDog® II 100 units are recommended for up to 500 horsepower.
AirDog® 150 and AirDog® II 165 units are recommended for horsepower up to 800.
AirDog® II 200 units are recommended for anything that exceeds 1000 horsepower.
What is the difference bewteen and AirDog® and AirDog II®?

The AirDog II aside from having the adjustable regulator, the pump and base assemebly are designed different internally. The pump assembly has a Dual Inlet design allowing more fuel to flow into the Gerotor, this allows the pump to increase volume without having to work any harder. The base on the AirDog II is also much different. Internally the fuel is redirected through passageways after being presurized, this allows less fuel to be returned to the tank and more fuel to be held in the filters for a true "On Demand" system. These few differences is what sets the AirDog II into a class of it's own.

What is the difference between the AirDog® 100 and AirDog® 150?

Physically there are no differences. The units are the exact same size. The AirDog® 100 is a 2000 r.p.m. motor and has a flow rate of 100 gallons. The AirDog® 150 uses a 3000 r.p.m. motor and has a flow rate of 150 gallons per hour. Also, depending on the application, the actual installation on the vehicle will differ as well. For Dodge trucks with an in-tank fuel pump, both the 100 and 150 systems will require you to drop the tank and install a suction tube.

Dodge Cummins

Arguably the most widely known name in the diesel industry is Cummins. With their pick-up truck engine debut dating back to 1989, they have come quite a long way in perfecting one of the longest lasting engines on the market. Unfortunately, they are also known for having some of the industry’s worst lift pumps.

Starting back in 1989 through 1998, Cummins used a block mounted, cam driven lift pump. These were quite reliable; however, they were just the opposite when it came to priming the system. These pumps were designed to put out 25-30 psi of fuel pressure as well.

From 1998.5-2002, the lift pumps were still on the side of the engine, unfortunately they went away from the cam driven design and decided to go with an electric Carter pump. These pumps primed the system very easily; however they proved to not hold up to the violent vibrations and tortures that the engine put out, thus causing the temperamental VP44 injection pump that it fed to fail prematurely. These pumps were set to put out 12-14 psi to the VP44 injection pump to keep it cool.

From 2003-2004.5 Dodge decided to get away from the engine mounted pump and relocate it to the inlet side of the fuel filter housing. This small black cylindrical pump proved to be a little better than the block mounted version of previous years however they too had their problems. These pumps were set to put out 14-17 psi.

Starting mid-year of 2004, Dodge had a revelation and decided that it would be best to mount the pump in the fuel tank. This not only made it much more difficult to change should there be a problem but it also made it very expensive. While switching to this new design they also discontinued any out-of-tank lift pump replacements. This meant that should your block mounted lift pump go out on your 2001 truck, you would be “updated” to an in-tank pump design. These pumps were also set to put out 14-17 psi.

When it comes time to install of any of these kits, it’s imperative to know that should the truck have an in-tank fuel pump, it will need to be disabled and bypassed. The in-tank pump is not designed to be pulled through. It will cause excessive pressure on the AirDog or Raptor and could cause it to malfunction.

When it’s time to pull fuel from the tank, there are three ways this is done. The first would be to just hook right to the stock sending unit suction fitting. This is done on all trucks that do not have an in-tank lift pump.

FITMENTS

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2003 Dodge Ram 3500 Base Cab & Chassis 4-Door 5.9L 359Cu. In. l6 DIESEL OHV Turbocharged

2003 Dodge Ram 3500 Base Crew Cab Pickup 4-Door 5.9L 359Cu. In. l6 DIESEL OHV Turbocharged

2003 Dodge Ram 3500 Base Standard Cab Pickup 2-Door 5.9L 359Cu. In. l6 DIESEL OHV Turbocharged

2001 Dodge Ram 2500 Base Crew Cab Pickup 4-Door 5.9L 359Cu. In. l6 DIESEL OHV Turbocharged

1998 Dodge Ram 2500 Base Crew Cab Pickup 4-Door 5.9L 359Cu. In. l6 DIESEL OHV Turbocharged

1998 Dodge Ram 3500 Base Crew Cab Pickup 4-Door 5.9L 359Cu. In. l6 DIESEL OHV Turbocharged

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