"Bare Block" Pictures
Haha, alright, hope all goes good, I'll keep you posted, I'll be doing it tomorrow. So just get some vaccum line and fuel line? What size? Thanx again. And DO cap the little nipple between the primaries?
Chris
Chris
Originally posted by FreedS4
I didn't have to mess with the oil injector lines when I did the rats nest did I? So they should be all set right?
Chris
I didn't have to mess with the oil injector lines when I did the rats nest did I? So they should be all set right?
Chris
Question about the charcoal canister. Keep it or not? And if so, what do I do with the line off the canister? Did it hook to the TB or something? I'm lost. Everything else went good, just don't know what to do with the charcoal canister. Thanx
Chris
Chris
I did, all is good, however my buddy just removed his fuel pressure solenoid(every other one was gone) and we put it all back together, just like mine and nothing. It doesn't even get fuel. What did we do? Anyone ever had this problem? Thanx
Chris
Chris
The thing is though, that everything ran fine, he had already removed everything except the fuel pressure solenoid. We decided to remove EVERYTHING last night to see if it would help with his idle and now the car won't start. We're lost. Hmmmmm.....
Chris
Chris
Originally posted by Felix Wankel
Yes. The only vacuum lines under the intake will be for the oil injectors and the FPR line will be on the backside.
Yes. The only vacuum lines under the intake will be for the oil injectors and the FPR line will be on the backside.
Hot_Dog
Originally posted by Hot_Dog
Vacuum lines do not connect to the oil injectors. The oil injectors have hoses going to them that supply air from the air pump. If vacuum lines are connected to oil injectors, than oil would be sucked into the intake and burned in the combustion chamber. Your car would smoke like a SOB! LOL!
Hot_Dog
Vacuum lines do not connect to the oil injectors. The oil injectors have hoses going to them that supply air from the air pump. If vacuum lines are connected to oil injectors, than oil would be sucked into the intake and burned in the combustion chamber. Your car would smoke like a SOB! LOL!
Hot_Dog
The air bleed lines on the oil injectors are to help atomize the oil. They get atmospheric air on the NA's and pressure air on the turbo's. Same on the fuel injectors.
Originally posted by Hot_Dog
Vacuum lines do not connect to the oil injectors. The oil injectors have hoses going to them that supply air from the air pump. If vacuum lines are connected to oil injectors, than oil would be sucked into the intake and burned in the combustion chamber. Your car would smoke like a SOB! LOL!
Hot_Dog
Vacuum lines do not connect to the oil injectors. The oil injectors have hoses going to them that supply air from the air pump. If vacuum lines are connected to oil injectors, than oil would be sucked into the intake and burned in the combustion chamber. Your car would smoke like a SOB! LOL!
Hot_Dog
"Most of the 86-88 cars we have had the intake manifold off of needed most, or all, of the little vacuum hoses for the oil metering valves. On a few of them, those hoses were the entire poor idling problem. We just get all the hoses (5) and the black plastic "splitter" block, and sell them as a "kit". The turbo cars are much more prone to this problem due to the temperatures the turbo itself generates."
Originally posted by Hot_Dog
Vacuum lines do not connect to the oil injectors. The oil injectors have hoses going to them that supply air from the air pump. If vacuum lines are connected to oil injectors, than oil would be sucked into the intake and burned in the combustion chamber. Your car would smoke like a SOB! LOL!
Hot_Dog
Vacuum lines do not connect to the oil injectors. The oil injectors have hoses going to them that supply air from the air pump. If vacuum lines are connected to oil injectors, than oil would be sucked into the intake and burned in the combustion chamber. Your car would smoke like a SOB! LOL!
Hot_Dog
Originally posted by Felix Wankel
Where do you think the oil goes in the first place? To lubricate the apex seals. And where are they? IN THE COMBUSTION CHAMBER!
"Most of the 86-88 cars we have had the intake manifold off of needed most, or all, of the little vacuum hoses for the oil metering valves. On a few of them, those hoses were the entire poor idling problem. We just get all the hoses (5) and the black plastic "splitter" block, and sell them as a "kit". The turbo cars are much more prone to this problem due to the temperatures the turbo itself generates."
Where do you think the oil goes in the first place? To lubricate the apex seals. And where are they? IN THE COMBUSTION CHAMBER!
"Most of the 86-88 cars we have had the intake manifold off of needed most, or all, of the little vacuum hoses for the oil metering valves. On a few of them, those hoses were the entire poor idling problem. We just get all the hoses (5) and the black plastic "splitter" block, and sell them as a "kit". The turbo cars are much more prone to this problem due to the temperatures the turbo itself generates."
Originally posted by Felix Wankel
Where do you think the oil goes in the first place? To lubricate the apex seals. And where are they? IN THE COMBUSTION CHAMBER!
"Most of the 86-88 cars we have had the intake manifold off of needed most, or all, of the little vacuum hoses for the oil metering valves. On a few of them, those hoses were the entire poor idling problem. We just get all the hoses (5) and the black plastic "splitter" block, and sell them as a "kit". The turbo cars are much more prone to this problem due to the temperatures the turbo itself generates."
Where do you think the oil goes in the first place? To lubricate the apex seals. And where are they? IN THE COMBUSTION CHAMBER!
"Most of the 86-88 cars we have had the intake manifold off of needed most, or all, of the little vacuum hoses for the oil metering valves. On a few of them, those hoses were the entire poor idling problem. We just get all the hoses (5) and the black plastic "splitter" block, and sell them as a "kit". The turbo cars are much more prone to this problem due to the temperatures the turbo itself generates."
Compare the diameters of the orifices in an oil injector with the diameter of a 4mm hose -- a few thousandths of an inch vs. a few hundred thousandths of an inch. The result is that the oil injectors admit extremely limited amounts of oil into the combustion chamber compared to what a vacuum hose would suck into the combustion chamber.
Did you ever check the vacuum hose routing diagram in the Mazda FSM or even the Haynes manual? Well, if you did, than you should have noticed that there are no vacuum lines connected to the oil injectors. The oil injectors are connected to air bleed lines.
Hot_Dog





