The ID1300-XDS (1335 cc/min at 43.5 psi) is sized for high-power SR20 builds. This set of 4 supports forced induction E85 setups well into the 600 to 750+ wheel horsepower range, offering ample margin for highly aggressive FWD SR20 race builds and swaps.
This ID1300-XDS set is configured to the universal 60mm O-ring to O-ring length common to SR20 top-feed systems. It includes an 11mm blue adapter top and 14mm lower O-rings, ensuring a direct mechanical fit into the 99-02 G20 factory or stock-style SR20 fuel rail.
Yes, adapters are required. The ID1300-XDS uses the modern USCAR connector. The factory G20 harness typically uses a Denso style connector. You will need four USCAR to Denso PNP adapters (ID P/N 90.3) to achieve a clean, non-splicing electrical hookup.
Injector Dynamics provides comprehensive and validated characterization data, including Dead Time (Latency) and Flow vs. Pressure tables (based on ID1300x2) for standalone systems. This data is mandatory for the SR20 to achieve precise fuel control and cylinder-to-cylinder balance, which is challenging on high-output engines.
High idle or rpm hang (where RPMs are slow to drop) on the SR20 is typically caused by physical throttle body issues, like a dirty or misadjusted Idle Air Control Valve (IACV) or a throttle cable that is too tight. Always check and adjust the BISS and IACV mechanically before fine-tuning injector latency to solve this. What maximum E85 horsepower will the ID1300-XDS set support on a turbo SR20DE or SR20VE FWD engine (e.g., in a G20)?
What are the specific fitment components (length, top) of the 1300.60.11.14.4 injector for the SR20 fuel rail?
Does this USCAR ID1300-XDS set require PNP adapters to connect to the Infiniti G20 factory harness?
Where can my tuner find the official Dead Time data for the ID1300-XDS when tuning with Haltech or AEM on the SR20?
If my SR20 suffers from high idle or rpm hang after installing the ID1300-XDS, is this the tune or a mechanical issue?
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