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This engine features narrow angle cylinder heads with swirl control valves improving combustion efficiency (similar to the 1JZ-FSE) and weighs about 200 kg (440 lb). The 2JZ-FSE matches the conventional VVT-i 2JZ-GE with 162 kW (217 hp; 220 PS) and 294 N⋅m (217 lb⋅ft) of torque. The 2JZ-FSE is always used with an automatic transmission.
Only the .962 engine installed on the W210 E300 TURBODIESEL had a MAF sensor. The main differences between the naturally aspirated and the turbocharged versions are the cylinder head, injection pump, valves, camshafts, rods, intake and exhaust manifolds and some minor differences like oil feed and return holes for the turbo and different ...
Engine Production (calendar years) Class Image I IS 200 IS 300 SportCross: Altezza GXE10 JCE10 2.0 L 1G-FE I6 3.0 L 2JZ-GE I6: 1998–2005 Compact sedan Compact hatchback/wagon: II IS 200d IS 220d IS 250/IS 250C IS 300/IS 300C IS 350/IS 350C IS F ALE20 GSE20/25 GSE22 GSE21 USE20 2.2 L 2AD-FHV I4 2.5 L 4GR-FSE V6 3.0 L 3GR-FE V6 3.5 L 2GR-FSE V6 ...
The use of "G" to denote twin cam engines was decided on in 1971, with the renaming of the 10R into 8R-G. Before that, twin cams had received separate numerical codes. [1] In 1987, Toyota began assigning dual letter engine codes to some of the "engine family" categories in some engine lines, particularly six-cylinder models.
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The base GL was available in either standard or automatic with a choice of a diesel or petrol four-cylinder engine. The slightly more up-market Groire had the same engine and transmission options as the GL with more standard features over its inferior. The diesel engine was now fitted with electronic fuel injection and had lower NO x emissions ...
The Toyota Cresta (Japanese: トヨタ・クレスタ, Hepburn: Toyota Kuresuta) is a mid-size luxury car built by Toyota.It was launched in 1980 and shared the chassis with the Mark II/Cressida and Chaser and was the top-level car at Japanese dealership Toyota Vista Store.
Diesel engines are typically well suited to turbocharging due to two factors: A "lean" air–fuel ratio, caused when the turbocharger supplies excess air into the engine, is not a problem for diesel engines, because the torque control is dependent on the mass of fuel that is injected into the combustion chamber (i.e. air-fuel ratio), rather than the quantity of the air-fuel mixture.