Post by
SpeedRacer1 »
https://forums.nicoclub.com/speedracer1-u311.html
Fri Jul 23, 2004 6:00 am
From my nasty japanese translation heres the best info off the Japanese website I can find.
"The solenoid valve could connect the line of some color to the line of some color, is?There is no polarity in the solenoid valve. You connecting to whichever, it is good."
This makes me wonder if that stock boost control solenoid that comes on the igniter chip plate needs to be used. Or at least the connector on it. Since everyone who does the swap throws this part out.
Heres everything off the website about the boost control and the Power FC:"P-FC (boost control) AVC-R The solenoid valve could connect the line of some color to the line of some color, is?There is no polarity in the solenoid valve. You connecting to whichever, it is good.
With study value not decreasing, not studying?It is not necessary for boost, to be stable with target boost, study value as the air to designate. When study difference of actual boost and target boost is little, throttle opening is many, it is done. In addition, when difference of target boost and actual boost is large, study is not done. * With AVC-R, 2 types of normal goal boost pressure stability study and boost pressure setting study of classified by optional engine rpm become the basis. In addition with study classified by gear 0 start and off of study can be set with ×. You keep present study value with study as an off.
It does not rise to setting boost.1.When goal boost setting and, setting of basic duty has not met, boost does not stabilize. If actual boost is lower than target boost, if duty it is large and actual boost is higher than target boost, please set duty small. (You apply target boost even excessively and when it is left, opposite can be.)2.Please verify whether or not there is no mistake in piping. (Crack and looseness etc. it isn't leaking?)
Boost rises too much. Lowering based duty even when, lowering start duty rising, it finishes. When how it does, it may, is?It is not possible as for AVC-R being to be something which boost control is done inside the control range of the actuator, exceeding the mechanical condition of the vehicle, boost control to do. For example when the catalyst straight pipe and the straight muffler etc. are used, because resistance of exhaust decreases considerably, setting low with however much duty control, there are times when boost rises. (The rotary engine and the like especially is remarkable.) The lowest boost pressure which controls with only the actuator of vehicle side can verify with a state where the boost control function of AVC-R is turned off. It is not possible to control below the boost pressure."