by kumaran » Tue Oct 07, 2008 4:27 am
Hi guys,
It has been very long since I last posted. I'm still exploring how to use hydroxy in car to gain mileage. After numerous trial and error I'm still didn't get result as I wanted.
Now, I have moved my electrolyser to test onto EFI cars. When comes to EFI cars, there are many sensors play thier roles to sends signal to ECU to determine amount of fuel needed. After reading tuning for mileage I get some input on how the sensors are delivering thier duties.
Gary (Chemlec) sent me EFIE circuit to trick O2 signal. The circuit works as it should but car still consume almost same amount of fuel. Then I move to another level and built simple MAP/MAF circuit as proposed in tuning for mileage document. With Map sensor enhancer circuit, I could see immediate difference in engine rpm when I increase or decrease voltage goes to ECU from MAP sensor. But its really a troublesome to keep the sensors voltage to certain voltage to maintain fuel delivery while driving at different speed.
I'm using Fifth generation Mitsubishi Lancer for my testing. The car comes with 1.5L engine and autotransmission. After setting the voltage near to 2V (aircon & head lights on), when I press throttle, the engine dies off. It's very hard to control the fuel delivery by adjusting MAP signal while driving. I have changed the hydroxy gas output from 200mLPM to 1LPM but the car doesn't show much difference in mileage. What could be wrong?
After reading many results using hydroxy for cars in internet, I see one common problem. Extreamly good result for short period of time. After installing some people could double or triple the mileage but not for long when ECU fights back the changes and the result back to square one. Many people in Malaysia who uses double spiral coil design, gain very high mileage but not for long.
Now, I have installed the cell into Daihatsu Move auto 1.0L. I appreciate if anybody could help me out with car sensor issues and how to overcome it. I perfer mechanical method like wrapping O2 sensor or choke the air intake which requires no electronics to fool the ECU.
Regards,
Kumaran
(Knowledge without action is useless, action without knowledge is foolish)