Variable Valve System Intelegent Timing Owned by Toyota Car (Technology Automotive)
Wednesday, August 1, 2018
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Basic Technique,
Car Machine,
Car System,
Cars,
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Variable Valve Timing,
VVT-i System
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Technology Automotive - Variable Valve System Intelegent Timing Owned by Toyota Car - Toyota has a VVT-i (Variable Valve Timing with intelligence) VVT-i engine is actually developed by Toyota. VVT-i is a replacement or upgrading of previous technologies that VVT owned by Toyota company has long been applied and used in early 1991. Toyota's VVT-i engine has its own advantages so that new technology engine is more efficient and powerful than that he is also friendly environment and fuel efficiency. In driving a VVT-i engine we have to learn and know about the foundation of the creation of VVT-i technology because it wants to optimize the engine torque either in terms of speed atapun in driving conditions can be comfortable in every field of travel and not wasteful when the car is fuel consumption therefore it will be more efficient and environmentally friendly because VVT-i has lower air pollution levels such as fuel emissions can have the lowest level possible.
How does it work? The way it works is quite simple. To calculate the optimal valve timing opening time, the ECU (Electronic Control Unit) adjusts to engine speed, incoming air volume, throttle position (accelerator) and water temperature. In order for the target valve timing always to be achieved, the chamshaft or crankshaft position sensor provides the signal as a correction response. The simplest language of the VVT-i system will continue to correct the valve timing or fuel and air inlet. Adjusted with a gas pedal footing and load borne for optimum torque in each round and engine load.
Adoption of VVT-i technology to the car engine also gives the excess lack of maintenance costs to be borne. Because tune-ups like valve set and so on are not needed anymore. However, you should still do regular service, avoid careless workshop, and use engine oil with the required grade in accordance with the manual issued by the car manufacturer. Choosing any workshop for this car to be abstinence, the article of this machine requires a special diagnostic computer that is only available dibengkel official.
Cars Basic Techniques Driving with automotive VVT-i technology
Driving a VVT-i engine properly can save fuel usage by up to 30% compared to conventional engines. However, riding origin generates waste of up to 20% compared to conventional machines. Compared to conventional engines, the VVT-i engine produces great torque at low engine speed and horsepower (abundant) in high engine rotation. Well here are tips on driving a car that uses VVT-i engine
First, study the characteristics of the VVT-i engine. Usually the timings will change between low speed and fast rotation at 3000 rpm. This can be felt usually faster acceleration after passing the rpm.
Second, then check on the engine rotation how many vehicles can move (flat and flat road). This is the lowest rpm where VVT-i produces 90% of torque, usually 2000 rpm.
Third, then you need to change your driving habits. Move teeth just before the timing change occurs, eg at 3000 rpm there is a change in timing then, move teeth at 2950 rpm.
That's a little review about the work system on Toyota cars with technology automotive upgrades from previous technologies that initially the VVT to VVT-i for customer service so comfortable in every condition what may be useful what we write here for you everything. Thanks for visiting (Technology Automotive).
How does it work? The way it works is quite simple. To calculate the optimal valve timing opening time, the ECU (Electronic Control Unit) adjusts to engine speed, incoming air volume, throttle position (accelerator) and water temperature. In order for the target valve timing always to be achieved, the chamshaft or crankshaft position sensor provides the signal as a correction response. The simplest language of the VVT-i system will continue to correct the valve timing or fuel and air inlet. Adjusted with a gas pedal footing and load borne for optimum torque in each round and engine load.
Adoption of VVT-i technology to the car engine also gives the excess lack of maintenance costs to be borne. Because tune-ups like valve set and so on are not needed anymore. However, you should still do regular service, avoid careless workshop, and use engine oil with the required grade in accordance with the manual issued by the car manufacturer. Choosing any workshop for this car to be abstinence, the article of this machine requires a special diagnostic computer that is only available dibengkel official.
Cars Basic Techniques Driving with automotive VVT-i technology
Driving a VVT-i engine properly can save fuel usage by up to 30% compared to conventional engines. However, riding origin generates waste of up to 20% compared to conventional machines. Compared to conventional engines, the VVT-i engine produces great torque at low engine speed and horsepower (abundant) in high engine rotation. Well here are tips on driving a car that uses VVT-i engine
First, study the characteristics of the VVT-i engine. Usually the timings will change between low speed and fast rotation at 3000 rpm. This can be felt usually faster acceleration after passing the rpm.
Second, then check on the engine rotation how many vehicles can move (flat and flat road). This is the lowest rpm where VVT-i produces 90% of torque, usually 2000 rpm.
Third, then you need to change your driving habits. Move teeth just before the timing change occurs, eg at 3000 rpm there is a change in timing then, move teeth at 2950 rpm.
That's a little review about the work system on Toyota cars with technology automotive upgrades from previous technologies that initially the VVT to VVT-i for customer service so comfortable in every condition what may be useful what we write here for you everything. Thanks for visiting (Technology Automotive).
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