Aeromotive A1000 Brushless Stealth Fuel Pump. E85 Compatible -10Orb 18023
(Prior to Dispatch)
The market leader in fueldelivery systems andcomponents, Aeromotiveintroduces its first brushlessfuel pump series. The sameA1000 Stealth Fuel Pump theworld has come to trust anddepend on, now available withthe latest brushless-motortechnology. Built for up to 65psi of sustained pressure,featuring our bedrock solidroller vane design that primeseasily, reduces friction andimprovesefficiency.
- ORB-10outlet port.
- Integral100-m prefilter and flutedpickup.
- Directreplacement for existingStealth Fuel Cellapplications.
- For EFIapplications use regulator P/N13303 or P/N13139.
- For carburetedapplications use regulator P/N13204 or P/N13304.
- Fullysubmersible for custom,in-tankplacement.
- Perfect for'blow-through' carburettedengines up to1200 - FWHP
- Fuel InjectedEngines:
- upto 1300 FWHP - naturallyaspirated
- up to 1000FWHP - forced airinduction
- CarburettedEngines:
- upto 1500 FWHP - naturallyaspirated
- up to 1200FWHP - forced air induction
Brushlessmotors employ sensors tomonitor rotor angle to providefaster and more reliable phaseshifting, producing moretorque capacity and motorefficiency. Instead of thearmature rotating, in abrushless motor the magnetsrotate around the armature andthe motor controller managesthe phase shift to keep themotor rotating under load(load is related to pressurein a fuel pump). With moretorque per watt and a highertorque to weight ratio,brushless motors produce lowernoise and deliver higherreliability.
With ahigher level of efficiency,down to fractions of a secondin design speed control, thenew Aeromotive brushless fuelpumps provide precise controlof fuel pump RPM as pressurerises, better maintaining pumpRPM and flow, producing aflatter flow curve. Tighttolerances result in lesscurrent draw, less heat andextended life. Now there isthe ability to upgrade to apremium brushless pump forfaster, more reliable anduninterrupted fuel deliverywith less power consumptionand potential for wear orfailure.