Installation Manual Fuel Ion Kit - Petrol & Diesel Efficiency

Installation Manual of Fuel Ion Quality kit and Important Upgrade for H2 and HHO Kits | Optimize Engine Efficiency

Discover the complete installation manual for Fuel Ion Kit and Important Upgrade H2 and HHO Kits. This step-by-step guide helps you optimize engine performance, reduce fuel consumption, and boost efficiency using non-invasive ion technology.

Step-by-Step Instructions for Ion kits and Impoetant Upgrade for H2 and HHO Kits

To get the most out of your Fuel Ion Kit or Important Upgrade for H2 and HHO Kits, follow these instructions carefully:

• Mount the brown tube cut into several parts onto the bent hose. Never cut off any engine tube or parts.

• Use ionic rubbers to cover the end of the fuel pipe close to critical engine parts such as the fuel pressure pump and injectors.

• Wrap the oil filter with ionic mesh to ensure optimal efficiency.

Optimizing Engine Efficiency

By installing Ion Upgrade H2 and HHO Kits, you are maximizing engine potential. This installation manual ensures:

• Reduced fuel consumption by up to 10-40%.

• Improved engine torque and power.

• Decreased emissions and enhanced sustainability.

FAQs: Fuel Ion Kits

Do I need an EFIE chip?

Our Fuel Ion Kits or Super Upgrade for H2 and HHO kit operate effectively without EFIE chips, although they may be beneficial in certain situations. For the best results, we recommend conducting a DYNO performance test.

Can low temperatures limit function?

At temperatures under 0 °C, the function of the rubbers may be limited. Once the engine reaches 80-100 °C, the rubbers activate and reduce engine friction for optimal performance.

Conclusion

With this Installation Manual for Ion kit or Super Upgrade for H2 and HHO Kits, you can confidently optimize your engine's performance and fuel efficiency. This non-invasive ion technology is the future of sustainable and efficient engine upgrades.

Set up Chip for another OBD2

If you need to set up the system for another car with a different OBD2 connector, safely remove the pin with the red or black cable by inserting the eject tool into the corresponding hole in the OBD2 slot. Push firmly until the pin releases, allowing the cable to be removed. This tool ensures a secure and damage-free removal process. 

If you bought Stage 1 S1 EFIE chip for OBD II OBD2, follow the instructions: To connect the two wires of the OBD2 connector correctly, send us the pictures of your OBD2 and we will send you the correct diagram in turn. The OBD2 for each vehicle type may be different, and we need to see your pins inside the OBD2 port. You can see the attached sample.

After the engine reaches a temperature above 80°C, reset the chip using a pin, such as the one used to eject SIM cards in smartphones. This reset is required only once during the initial setup but should be repeated after any vehicle service, including brake system replacements, oil changes, engine repairs, or ECU adjustments. Additionally, reset the chip when transitioning between warm and cold seasonal climates for optimal performance.

Every time you make even a minimal adjustment to the rubbers, such as moving the tube by just 1 cm, it is essential to reset the chip. After resetting, drive a minimum of 8 km, and ideally 30–50 km, to allow the system to recalibrate and reveal the new results. This process can lead to a significant improvement in engine performance!

Chip Signalization

CHIP STANDBY MODE
Standby LED blinks every 5-10 seconds. There is no signal from the vehicle’s computer. The device may not enter stand-by on some vehicles in which the ECU remains active after engine shut-off. This is normal and will not adversely affect the operation.

CHIP POWER ON MODE

Power and Link LEDs are solid green. Auto Calibration tuning and ECU LEDs are solid or flashing. This indicates the device is connected and functioning properly.

CALIBRATING

Power LED is solid green LINK LED is flashing. Auto Calibration tuning and ECU LEDs are solid or flashing. The device is in Auto-Calibration mode. During this time, your particular engine characteristics are being evaluated to generate an offset map. This allows the device to fine-tune itself for optimum performance.