2.0L EcoBoost GTDI Engine is an engine that Ford Motor Company provides for its customers. It is equipped with unique technology to deliver the boost performance in an efficient fuel system.
About 2.0L EcoBoost GTDI Engine
This engine is a combination of direct injection, turbocharging, and variable camshafts with a dependable drivetrain. It offers the best suspension in its class that may reward this engine as the best-recorded engine of Ford.
To spoil its customers, 2.0L EcoBoost GTDI Engine offers the durable Borg Warner K30 turbocharger with its four cylinders engine, which compresses intake air. This can send it to the plastic intake manifold through an air-to-air intercooler.
This intercooler mounted at the front of a vehicle. It can boost to 237 horsepower at 5.500 pm on 87 octanes.
The Excellent New Engine of Ford
2.0L EcoBoost GTDI Engine manufactured in three places that are Ford Motor Company. Valencia Engine Plant in Valencia, Spain, and Cleveland Engine Plant in Brook Park, Ohio. The GTDI stands for Gasoline Turbocharged Direct Injection.
Equipped with many kinds of features, this engine that firstly launched in 2010 grabbed the engine enthusiasts until today.
It is a four cylinders engine with the ‘open-deck’ block which made of aluminum that designed with great steel sleeves in which can keep the cylinders cool. Moreover, it is resistant to pre-ignition detonation.
Two Generations of 2.0L EcoBoost GTDI Engine
1. First Generation of this Engine
Ford presents the newest technology of engine that is the EcoBoost GTDI Engine directly with two generations since 2010. It firstly launched in that year but it redeveloped five years later. The first generation that is 2.0L EcoBoost GTDI Engine has its five main bearings which the diameter of each bearing is 52 mm.
It also equipped with forged steel crankshaft. It is to withstand a lot of forces of the engine. Its cast that is in support ribs provides the crank rigidity and strength throughout the block of the engine. Its cast-aluminum oil pan can resist denting.
What makes it cool is about the pistons. These pistons that are in the engine block equipped with the cooling oil jets. It is to keep the engine powerful and cool.
Its forged steel ‘I-beam’ connects the rods and aluminum pistons without high friction coatings on its pistons skirt.
It is reliably to transmit the torque in a top position from the piston to crank without experiencing distortion or bending. The low friction coatings are used on the skirt of the piston to reduce friction and wear on the cylinder walls.
The shape of the piston top that is a ‘direct-injection bowl’ designed for its combustion efficiency, which is in line with the direct injector and controls the propagation of flame across the cylinder. Depending on the market and its application, the 2.0L EcoBoost GTDI Engine offers the manifold of the exhaust of water-cooled.
The engine is a gasoline power engine that provides the high-pressure petrol direct injection fuel system. Each cylinder consists of a 7-hole injector that can inject the fuel into the combustion chamber directly. The pressure of the fuel is between 65 and 2150 psi, which depends on the demand.
Ford also equips the first generation of 2.0L EcoBoost GTDI Engine with individual knock control that is to prevent the detonation. This engine has the throttle valve in, which is actuated based on the signal sensor of the gas-pedal position, the temperature of the engine, other engine control and the systems of the vehicle such as ESP.
2. Second Generation of This Engine
This second-generation that is Twin-Scroll 2.0L EcoBoost Engine launched in 2015 as the development of its first generation.
The goal of this development is the more pleasurable and responsive engine for Ford’s customers. It has a better performance which offers the efficiency of fuel system than the prior one.
The cylinders of this new generation engine have the exhaust gas going separately into each scroll. This engine is inline configuration.
The block of this engine is from the original aluminum cylinder with a redesigned aluminum cylinder head that connected to the integrated exhaust manifold. This manifold optimized for its Borg-Warner twin-scroll turbocharger.
The size of the bore of both engines is 87.5 mm with an 83.1 mm stroke. The displacement is 1.999 cc with a four-stroke combustion engine. For its ratio of compression, Ford offers 9.3: 1 and 10.0: 1. Both engines generate 200 to 252 horsepower at 5500 pm.
Both generations engine carry 5.4 L of oil capacity with the oil change interval is per 9000 miles or about 15.000 km.
Many types of Ford cars applied both engines such as Ford Explorer, Ford Edge, Ford Taurus, Ford Falcon, Ford Galaxy, Ford Escape, Ford Mondeo, Ford S-Max, Ford Focus ST, Ford Everest, Lincoln MKZ, Lincoln Nautilus, Lincoln MKC, Radical SR3 SL, and VUHL 05.
What 2.0L EcoBoost GTDI Engine Problems ?
There are a few problems that are usually faced by customers. The major problem is the exhaust manifold. Its stainless steel exhaust manifold is further destruction at low mileage.
Such as sixty thousand miles. one unit with a turbocharger that can make expensive replacements, the exhaust manifold. It may cause the main disadvantage of this engine.
The next problem is the failed turbocharger control. The ford engines usually remains lost power in which the customers will get the signal of ‘check engine.’ The problem solving is to control the valve replacement.
The customers also face a low-pressure fuel pump. If the car gets this problem, it means that the acceleration of the engine is in bad condition. The failure of sensors of high and low circuits fuel pressure can happen, but this problem is rare.
It is also crucial to check the clearance of carbon in this engine since the direct injection system. May produce a high level of carbon on the backside of the intake valves and the walls of the intake ports. The periodical clearance process is required to give a boost performance of the engines.
These two generations of 2.0L EcoBoost GTDI Engine provide the latest technology of Ford engine that serves better services for its customers. These two engines are preferable for them who are enthusiastic in the innovation of the car’s engine.