THIS ENGINE IS CALLED 3S-GTE. HAS POWERFUL TURBO ENGINE AND CAN YOU SEE THE INTERCOOLER ON TOP.
THIS TOYOTA ENGINE IS CARRIED BY TOYOTA CELICA.
The turbochargers used in the 3S-GTE engines are Toyota designs. The first and second generations used the Toyota CT26, although the second-generation turbo was modified for increased reliability. The third-generation engine uses the Toyota CT20b dual-entry turbo, and the fourth uses a proprietary CT20b turbocharger whose exhaust housing is actually cast into the cylinder exhaust manifold, rather than the normal practice of a separate exhaust housing after the cylinder exhaust manifold and it can only be used on the 4th Gen 3sgte head and not backwards compatible like the CT20b of the 3rd Gen 3sgte. Up to 260 hp in stock engine.
A 2nd Generation 3SGTE
Depending on where the engine was intended to be sold the exhaust turbine is either ceramic (JDM) or steel (USDM). It was fitted to the MR2 , Toyota Celica GT-Four, and the Caldina. Its cylinders are numbered 1-2-3-4, cylinder number 1 is beside the timing belt. The Dual Over Head Cam (DOHC) 16 valve cylinder head designed by Yamaha is made of aluminum alloy. The pent-roof combustion chambers are complemented by a cross flow intake and exhaust layout. Spark plugs are located in the middle of the combustion chambers. A distributor based system is used to fire the cylinders in a 1-3-4-2 order.
The 1st and 3rd Celica generation intake charge was cooled by a Water to Air intercooler while the 2nd, 3rd MR2, and 4th generation relied on an Air to Air system.
The crankshaft, located within the crankcase, rotates on 5 aluminum alloy bearings and is balanced by 8 weights. Oil holes are located in the middle of the crankshaft to provide oil to the connecting rods, bearing, pistons and various other components.
On the first two generations the intake manifold has 8 independent ports and benefits from the inertia build up to improve engine torque at low and medium speeds. Due to the design of the intake manifold, cylinder number 3 runs lean under normal operation. Various aftermarket solutions exist all of which require replacing the intake headers or manifold. The first two generations of 3S-GTE engines are equipped with TVIS. The third generation uses a normal 4-runner intake manifold.
A single timing belt drives the intake and exhaust camshaft along with the oil and water pumps. The cam journal is supported on 5 points between the valve lifters of each cylinder and on the front of the cylinder head. The cam journals are lubricated by oiler port located in the middle of the camshaft.
To adjust the valve clearance, adjust the shims above the valve lifters (shim over bucket system). This allows for the replacement of the shims without the need to remove the camshaft.
The pistons are made from an aluminum alloy, design to withstand high temperatures. An indentation is incorporated into the pistons to prevent the pistons from "knocking" into the valves. The compression ration is 8.5:1 or 8.8:1 depending on generation. Piston pins holding the pistons in place are locked by snap rings.
The 1st compression ring and the oil ring is made of steel, the 2nd compression ring is made of cast iron. Compression ring 1 and 2, prevents gas leakages from the combustion chamber while the oil ring works to clear oil off the cylinder walls, preventing any excessive oil from entering the combustion chamber.
The cast iron cylinder block holds 4 86mm pistons and has a stroke of 86mm. Built into the cylinder block are coolant channels, which cools the block which houses the crankshaft.
At the bottom of the cylinder block is an oil pan which stores the oil. A panel is used to ensure that there are sufficient oil available in the oil pan, as the oil moves around the reservoir during movement of the vehicle. This prevents oil from being shifted away from the oil pump suction pipe.
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