To find the terminal on the distributor cap for the #1 sparkplug on this engine turn the engine by hand and find top dead center (TDC) for the compression stroke of the #1 cylinder. This is accomplished by removing the #1 cylinders spark plug ( # 1 cylinder is the one toward the front of the car on the drivers side of the motor ). Rotate the crankshaft by hand and listen to hear the air escaping from the spark plug hole. On the compression stroke the hissing will be louder than on the exhaust stroke. If you aren't sure take off the valve cover and observe the valves as you turn the motor; both will be closed on the compression stroke but on the the exhaust stroke on will be open. When you find TDC for #1 the rotor will be pointing almost directly at the #1 cylinder. Put the distributor cap on and the terminal the rotor would ignite at that point is the one to put your #1 sparkplug wire on.
what is the firing order for 1990 chev trans sport and where is number one piston locoted
You must replace the piston rings. That means TIME FOR A REBUILD.
im sure you mean 4.3 but it is located if your looking at the front of the engine driver side front
No it will not, not even close.
yes, HEI distributor
yes
ALL CHEV ENGINES #1 CYL ARE ON THE LEFT SIDE OD ENG {DRIVERS SIDE} ALL CHEV ENGINES #1 CYL ARE ON THE LEFT SIDE Of ENG {DRIVERS SIDE}
No.
No, the head gasket will be fine. BUT, it will probably score the cylinder walls, break the piston rings, score the crankshaft and seize the engine to run it with no oil pressure.
new chev keys can be obtained from chev by providing them with you VIN number
The litres of the engine. Say, for instance, a 350 Chev, it's a 5.7lt V8 So therefore, it is a 5700cc (approx) These are almost never exact, but rounded to the closest whole number It is an actual measurement of the amount of air that is displaced as the epistons move up and down. Say on a 1 cylinder engine the piston dirplaces 1 liter of air as it moves from bottom to top, that would be a 1000 cc (cubic centimeter) engine.
Need to know what size engine you have to tell you if it is an interference engine or not.