(665 products available)
Ready to Ship
Ready to Ship
Turbo for IHI come in different types that suit various needs and applications. Here are some common types:
Single Turbo
Single-turbo IHI turbos utilize just one turbocharger for each engine. These are the most commonly utilized types, providing a good balance of power and efficiency. They can be further divided into two subtypes: low and high aspect ratio turbos. Low aspect ratio turbos have wide diameter wheels that generate a lot of boost but experience slow spool times. High aspect ratio turbos spool quickly but produce less boost.
Single-turbos also come in fixed and variable geometry designs. Fixed geometry single turbos have a traditional fixed turbine and compressor wheel. Variable geometry single turbos have adjustable vanes on the turbine side that optimize airflow across the entire RPM range.
Twin-Turbo
Twin-turbo IHI turbos employ two turbochargers. This setup allows for more even power delivery, especially on larger engines. Twin-turbo IHI turbos can also be further categorized into twin parallel and twin sequential designs. Parallel configurations use one turbo for each bank of cylinders on V engines. This maximizes responsiveness and minimizes turbo lag for wide and high powerbands. Sequential setups utilize one small turbo for low-end response and a larger turbo for high-end power. The small turbo spools quickly, providing boost before the larger turbo fully engages.
Variable-Geometry Turbochargers (VGTs)
Variable-geometry turbochargers (VGTs) are quite similar to the variable geometry single turbos. VGTs utilize adjustable vanes on the turbine to enhance boost across the entire engine speed range. This results in lower emissions and better fuel efficiency, in addition to optimizing the spool time. Some manufacturers use VGTs in diesel engines to achieve more power while adhering to emissions regulations.
Electric Turbo Compounds (ETC)
Electric turbo compounds (ETCs) are a new technology that combines electric motors with traditional turbochargers. The electric motor assists the turbo to eliminate lag while improving efficiency. ETCs are especially useful in applications where quick throttle response is crucial, such as in sports cars and performance vehicles.
The specifications of the IHI turbo will vary depending on the model, but here are some general specifications to give a better understanding of the product:
Turbo model number:
The turbo model number will be based on the IHI turbo part number. It varies depending on the kinds of IHI turbo models. For instance, the IHI RHB5 Turbo Model 53070-970. The 53070 is the base number for the turbo. 9 indicates the generation of the turbo, and 70 is the size in millimeters of the turbine wheel.
Engine size:
Each IHI turbo will be designed for a specific engine size. For instance, the IHI RHB5 turbo is designed for 1.9L-2.5L engines. If the engine size is too big or too small for the turbo, it won't work efficiently.
Max horsepower:
Max horsepower is the maximum horsepower the turbo can produce. For instance, the IHI RHB5 turbo can produce 150-190 horsepower. The max horsepower will affect the performance of the vehicle.
Compressor wheel size:
The compressor wheel size is measured in millimeters. It affects the amount of air the turbo can move. A larger compressor wheel will move more air but may decrease the efficiency of the turbo. The compressor wheel size for the IHI RHB5 turbo is 42mm.
Turbine wheel size:
The turbine wheel size is also measured in millimeters. It affects the exhaust flow through the turbo. A larger turbine wheel will increase exhaust flow but may increase back pressure. The turbine wheel size for the IHI RHB5 turbo is 48mm.
Maintaining IHI turbos is crucial to ensure they last longer and work efficiently. Here are some general IHI turbo maintenance tips:
1. Use the proper oil:
It's important to use the oil recommended in the IHI turbo owner's manual. The oil lubricates the turbo parts, so they don't grind against each other and cause damage. Don't use oil with additives since it can clog the turbo parts and cause them to break down.
2. Change the oil on time:
Ensure the oil is changed as scheduled in the owner's manual. This gets rid of the old oil, which may have dirt or debris, and replaces it with clean oil. It ensures the turbo parts are well-lubricated and don't wear out due to a lack of lubrication.
3. Use clean air filters:
Air filters prevent dirt and debris from getting into the turbo. It's crucial to use a clean air filter to ensure the IHI turbo gets enough clean air. Check the air filter regularly and replace it if clogged.
4. Don't overheat the turbo:
Overheating can cause the turbo parts to break down. Avoid overworking the turbo by not pushing the gas pedal too much. Also, allow the turbo to cool down for a few minutes before turning off the engine.
5. Inspect the wastegate:
The wastegate controls the boost pressure in the engine. If it's not working well, it can cause the turbo to work inefficiently. Check the wastegate regularly to ensure it's working as it should.
6. Inspect the hoses:
The hoses carry air to and from the turbo. If there are any leaks or damage to the hoses, it can affect the turbo's performance. Check the hoses for any signs of damage or leaks and replace them if necessary.
7. Get regular maintenance:
Ensure the vehicle is maintained regularly, as scheduled, in the owner's manual. This includes getting regular tune-ups, emissions tests, and other preventative maintenance. This ensures all vehicle parts, including the IHI turbo, are in good condition and working as they should.
When selecting an IHI turbo, consider the following:
Understand Engine Requirements
When replacing or upgrading a turbocharger, it's critical to understand the engine's characteristics. Look at the IHI turbo I Turbochargers boost air into the engine, enabling more fuel for greater power. The right-sized turbo balances power and efficiency, considering the engine's needs.
Determine Goals
Setting goals is essential when choosing an IHI turbo. Do you want better fuel efficiency, more torque for hauling, or higher RPMs for sports driving? Different turbos excel in various areas. Knowing the focus helps select the IHI turbocharger model that aligns with priorities.
Research Options
It's important to research the different IHI turbocharger options available. Each model will have its specifications, strengths, and weaknesses. Studying the details lets one choose the turbo that best matches the engine's specifications and the driving preferences. Take time to understand the choices before deciding.
Consult Experts
If unsure about which IHI turbo is best, consulting experts can provide guidance. Mechanics or performance tuning specialists understand turbos and can advise based on the specific vehicle and goals. They may recommend a certain IHI turbocharger for the desired outcomes. Professionals also assist with proper installation and tuning to maximize benefits from the new turbo. Their expertise ensures everything works optimally.
Consider Installation
Installation considerations are important when choosing an IHI turbo. Some turbos are easier to install than others, which could mean added costs for complex setups. One must ensure the chosen turbo will fit properly in the space available under the hood. Additionally, make sure the turbo can connect correctly to the exhaust system and other components of the engine. Proper fitting is essential for optimal performance and reliability.
Evaluate Reliability and Durability
When selecting an IHI turbo, consider the reliability and durability of the turbocharger. Some IHI turbochargers are designed for heavy-duty use and are more robust than others. Think about how the vehicle will be used - short trips or long-distance hauling? A turbo built to handle the expected workload will provide better performance over time. One should choose an IHI turbocharger that can withstand the planned driving conditions and demands to avoid problems down the road.
Check Warranty and Support
Warranty and support are key factors in choosing an IHI turbo. Look at the length of the warranty period offered by the IHI turbo supplier. A longer warranty shows confidence in the turbo's quality. Also, consider what kind of customer support is available if issues arise. Will technicians assist with troubleshooting? Reliable support helps resolve any problems quickly. The warranty protects the investment in case of defects.
Replacing a turbo for ihi can be a complex task, but with the right tools, materials, and knowledge, it can be done. Here is a step-by-step guide on how to replace IHI turbo:
Tools needed:
Step-by-step guide
Prepare the vehicle
Make sure the vehicle is parked in a well-ventilated area and the engine is cool. Lift the vehicle and remove the wheels to access the turbo.
Drain the oil
Place an oil drain pan under the turbo to catch the oil. Use a wrench to remove the bolts holding the oil lines and drain the oil.
Remove the exhaust
Use a socket set to remove the bolts holding the exhaust pipes to the turbo. Remove the downpipe and exhaust pipes to access the turbo.
Disconnect the intake
Use a socket set to remove the bolts holding the intake pipes to the turbo. Remove the intake pipes connected to the turbo.
Disconnect the oil lines
Use a wrench to remove the bolts holding the oil lines to the turbo. Disconnect the oil lines from the turbo.
Remove the bolts
Use a socket set to remove the bolts holding the turbo to the exhaust manifold. Remove the turbo from the exhaust manifold.
Install the new turbo
Connect the new turbo to the exhaust manifold using the bolts. Make sure the gasket is in place to avoid leaks.
Reconnect the oil lines
Use a wrench to connect the oil lines to the new turbo. Make sure there are no leaks.
Reconnect the intake
Use a socket set to connect the intake pipes to the new turbo. Ensure the pipes are well secured.
Reconnect the exhaust
Use a socket set to connect the exhaust pipes and downpipe to the new turbo. Ensure there are no leaks in the exhaust system.
Fill the engine with oil
Use the oil drain pan to transfer the oil drained from the turbo. Fill the new turbo with oil before installation to avoid dry starts.
Q. What does IHI stand for in the context of IHI turbos?
A. IHI is a Japanese company that stands for Ishikawajima-Harima Heavy Industries. It is a well-known manufacturer of turbochargers.
Q. What is the difference between IHI and other turbo brands?
A. IHI is a turbo brand from Japan. Japanese cars are known for their reliability and good maintenance. By extension, the IHI turbo is not different. The IHI turbo is reputed to be reliable and durable, which gives it a competitive edge over other turbo brands.
Q. Are IHI turbos good?
A. Yes, IHI turbos are good. They are designed to be efficient and reliable. According to IHI Turbo, their turbochargers "provide a balance between performance, efficiency, and durability." This makes IHI turbos suitable for various applications, including performance and everyday driving.
Q. How long do IHI turbos last?
IHI turbochargers can last between 100,000 to 200,000 miles, just like other turbochargers. However, the lifespan of an IHI turbo can vary depending on several factors, such as maintenance, driving habits, and operating conditions.
浙公网安备 33010002000092号
浙B2-20120091-4