Injector Dynamics ID1750-XDS Fuel Injectors Evo 10/RA

The Best Just Got Better!

The ID1750 is the successor to the ID1700, featuring numerous improvements.

Compared to the 1700, the 1750 offers:

• Higher Dynamic Flow Rate With no Increase in Minimum Fuel Mass.
• Better Cylinder to Cylinder Balance at Low Pulsewidths.
• Improved Pressure Sensitivity.

All while retaining the same “Compatible with everything but dirt” corrosion resistance that made the ID1700 famous.

The original ID1700-XDS

The ID1700-XDS is the most recent offering from the partnership of Injector Dynamics and Bosch Motorsport. The ID1700-XDS was designed to fill the gap between the ID1300-XDS and the ID2000, and like the ID1300x, it features corrosion resistant internals making it compatible with all known automotive fuels. A unique magnetic circuit, resulting from a lengthy development program, makes the ID1700-XDS immune to voltage and pressure sensitivity problems that plague other high impedance high flow injectors. The ID1700-XDS excels at high pressures typical of current automotive systems, and will perform flawlessly in these applications.

The ID1700-XDS was designed to be an all fuel compatible injector, capable of very high flow rates. As such, it will most often be used to deliver E85 to boosted engines, or occasionally, gasoline in extreme high horsepower applications. Neither of these applications requires extended linearity at low flow rates, and so this was given a proportionately lower priority during the design process.

The ID1700-XDS will deliver flawless stoichiometric idle and cruise mixtures on E85, but like the ID2000, should not be expected to do so on gasoline. If you need flawless drivability on gasoline, the ID1300-XDS will provide this, and is capable of approximately 150hp per injector on E85.

• Nominal Flow Rate: 1728cc/min @ 3.0 Bar (43.5 psi), Using E10 Emissions Certification Fuel at 49 Degrees C (120F)
  
• Maximum Differential Fuel Pressure: 7.0 Bar (101.5 psi)
• Electrical Connector: USCAR
• Fuel Compatibility
  • Methanol
  • Ethanol
  • MTBE
  • Nitromethane
  • All Known Hydrocarbon Fuels.