Details
Bigas FAST Injector Nozzle 2.75 mm - High-Performance LPG Nozzle for Medium to Large Engines
Overview of the Bigas FAST 2.75 mm nozzle
The Bigas FAST injector nozzle 2.75 mm is a specialized adjustable nozzle that adapts the standard 3.0 mm opening of your Bigas FAST injector to 2.75 mm. This injector nozzle is specifically developed for larger engine displacements and provides excellent gas flow for optimal performance. The 2.75 mm nozzle ensures a perfect balance between gas metering and power delivery in your LPG installation.
Engine compatibility and specific applications
The 2.75 mm nozzle is a specialized nozzle size developed for medium to large engine configurations and offers optimal performance for:
- Four-cylinder engines: ideal for capacities between 1800 cc and 2000 cc
- Five-cylinder engines: perfect for 2200 cc to 2400 cc
- Six-cylinder engines: suitable for 2600 cc to 3000 cc
- Eight-cylinder engines: recommended for 3600 cc to 4000 cc
Benefits of the 2.75 mm diameter
The 2.75 mm injector nozzle offers increased gas flow capacity compared to smaller nozzles, which is essential for larger engines with higher fuel requirements. This nozzle diameter guarantees optimal gas mixture formation, improved acceleration, smooth engine operation at all RPM ranges, and excellent driving performance. Correct gas supply prevents underpowering, hesitation during acceleration and ensures efficient fuel combustion with minimal emissions. Your LPG system will perform optimally with this specific nozzle size.
Installation and usage instructions
The Bigas nozzle can be easily installed in your FAST injector rail. First remove the existing 3.0 mm nozzle by carefully unscrewing it from the injector. Then place the 2.75 mm injector nozzle and tighten it with the correct torque to prevent gas leaks. This nozzle is fully compatible with all Bigas FAST injector systems for both LPG and CNG. After installation, check the gas installation for tightness and adjust the LPG calibration if necessary via your ECU software for optimal engine performance and fuel consumption.