How does a turbocharger increase power and what precautions should be taken when using it on Toyota Supra?

The turbocharger increases power by compressing the fuel/air mixture before it enters the combustion chamber by using the exhaust gases passed through a turbine, the degree of utilization of boost is regulated by an assembly of the waste gate connected to a spring which, in turn allows part of the exhaust gases to bypass the turbine. Intake air which is compressed and being hot is first cooled by an intercooler that is usually positioned in front of the radiator with the aim of increasing the density of the air through cooling to boost the engine output. That means do not race or accelerate suddenly especially when the engine is cold, and do not stop the engine immediately you are through with tows, speeding or on a hilly terrain, give it some few minutes of idling after towing or speeding, 1-2 minutes depending on the driving condition. Further, the driving without an air cleaner is prohibited as the foreign particles can get into the intake system and damage severely the turbine and impeller wheels, with speeds varying between 20, 000 and 110, 000 rpm.

Genuine Toyota Supra Turbocharger

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4 Turbochargers found

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Toyota Supra Turbocharger Sub-Assembly
Part Number: 17201-42011
Product Specifications
- Other Name: Turbocharger Sub-Assy; Turbocharger
- Warranty: This genuine part is guaranteed by Toyota's factory warranty.
Fits the following Vehicles:
- 1986-1988 Toyota Supra | 6 Cyl 3.0L | 7MGE, 7MGTE; MA70L-BJMVFA, MA70L-BJMVFK, MA70L-BJMVZA, MA70L-BJMVZK, MA70L-BJPVFA, MA70L-BJPVFK, MA70L-BJPVZA, MA70L-BJPVZK, MA70L-BLMVFA, MA70L-BLMVFK, MA70L-BLMVZA, MA70L-BLMVZK, MA70L-BLPVFA, MA70L-BLPVFK, MA70L-BLPVZA, MA70L-BLPVZK
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Toyota Supra Turbocharger Sub-Assy
Part Number: 17201-42020
Product Specifications
- Other Name: Turbocharger
- Warranty: This genuine part is guaranteed by Toyota's factory warranty.
Fits the following Vehicles:
- 1989-1992 Toyota Supra | 6 Cyl 3.0L | 7MGE, 7MGTE; MA70L-BJMVFA, MA70L-BJMVFK, MA70L-BJMVZA, MA70L-BJMVZK, MA70L-BJPVFA, MA70L-BJPVZA, MA70L-BJPVZK, MA70L-BLMVFA, MA70L-BLMVFK, MA70L-BLMVZA, MA70L-BLMVZK, MA70L-BLPVFA, MA70L-BLPVFK, MA70L-BLPVZA, MA70L-BLPVZK
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Toyota Supra Turbocharger Sub-Assembly
Part Number: 17201-46030
Product Specifications
- Other Name: Turbocharger Sub-Assy; Turbocharger
- Manufacturer Note: FR
- Position: Front
- Warranty: This genuine part is guaranteed by Toyota's factory warranty.
Fits the following Vehicles:
- 1993-1998 Toyota Supra | 6 Cyl 3.0L | 2JZGE, 2JZGTE; JZA80L-AJFVZA, JZA80L-AJFVZK, JZA80L-AJMVFA, JZA80L-AJPVFA, JZA80L-AJPVZA, JZA80L-AJPVZK, JZA80L-ALFVZA, JZA80L-ALMVFA, JZA80L-ALPVFA, JZA80L-ALPVZA
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Toyota Supra Turbocharger Sub-Assembly
Part Number: 17208-46030
Product Specifications
- Other Name: Turbocharger Sub-Assy; Turbocharger
- Manufacturer Note: RR
- Position: Rear
- Warranty: This genuine part is guaranteed by Toyota's factory warranty.
Fits the following Vehicles:
- 1993-1998 Toyota Supra | 6 Cyl 3.0L | 2JZGE, 2JZGTE; JZA80L-AJFVZA, JZA80L-AJFVZK, JZA80L-AJMVFA, JZA80L-AJPVFA, JZA80L-AJPVZA, JZA80L-AJPVZK, JZA80L-ALFVZA, JZA80L-ALMVFA, JZA80L-ALPVFA, JZA80L-ALPVZA

Toyota Supra Turbocharger

The Turbocharger of the Toyota Supra presses air into the engine's combustion chambers for better performance. The device consists of a turbine side and a compressor side. The turbine is spun by exhaust gases, which in turn drives a compressor that forces extra air, called boost, into the engine. A Turbocharger is a gas compressor applied to force air into a combustion engine, providing additional oxygen than a conventional air intake system. This allows the engine to burn fuel more efficiently, increasing the volumetric efficiency of the engine. In addition, a Turbocharger can also help improve the fuel economy of the engine. The Turbocharger converts waste energy into useful energy of pressure due to the exhaust flow as opposed to a belt. However, it may take a bit of lag with no pressure until enough exhaust is built up. The Turbocharger's ideal sizing provides adequate boost and lag for reliable Toyota performance. Overall, the Turbocharger works on the principles of the internal combustion process, which is already in use. In the design of the Toyota Supra, the small unit is installed between the exhaust manifold and the intake plumbing, employing its rotating assembly to redirect high-pressure air to the front. As a result, the Supra can accelerate strongly without the need to increase the engine displacement, thus staying true to the Toyota Supra reputation.

If you are in demand for superior quality and affordable OEM Toyota Supra Turbocharger, then shop with us! We own a wide range of the reduced-priced genuine Toyota Supra Turbocharger. You can purchase in confidence as all parts come with a manufacturer's warranty. Any issues with our products? No need to worry as we have a hassle-free return policy to guide you every step of the way.

Toyota Supra Turbocharger Parts Questions & Experts Answers

Turbocharger Sub-Assembly
17201-42011
Q: How does a turbocharger increase power and what precautions should be taken when using it on Toyota Supra?
A:
The turbocharger increases power by compressing the fuel/air mixture before it enters the combustion chamber by using the exhaust gases passed through a turbine, the degree of utilization of boost is regulated by an assembly of the waste gate connected to a spring which, in turn allows part of the exhaust gases to bypass the turbine. Intake air which is compressed and being hot is first cooled by an intercooler that is usually positioned in front of the radiator with the aim of increasing the density of the air through cooling to boost the engine output. That means do not race or accelerate suddenly especially when the engine is cold, and do not stop the engine immediately you are through with tows, speeding or on a hilly terrain, give it some few minutes of idling after towing or speeding, 1-2 minutes depending on the driving condition. Further, the driving without an air cleaner is prohibited as the foreign particles can get into the intake system and damage severely the turbine and impeller wheels, with speeds varying between 20, 000 and 110, 000 rpm.