The throttle position sensor (TPS) is a critical part of a motorcycle's engine control system. It measures the position of the throttle valve, providing feedback to the engine control unit (ECU).
At RUNTONG, a leading professional motorcycle sensor manufacturer, we are committed to offering innovative products that not only enhance motorcycle performance but also promote sustainability.
When it comes to motorcycle performance, precision is paramount. Every rider knows the thrill of a perfectly timed acceleration and the smoothness of responsive power delivery.
Modern motorcycles are equipped with advanced technology that ensures peak performance, fuel efficiency, and smooth rides.
In the world of motorcycles, the throttle position sensor plays a pivotal role in ensuring smooth operation, particularly when it comes to idle speed regulation.
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The Yamaha Y15ZR is a high-performance motorcycle that has gained a reputation for its speed, agility, and advanced engineering. A key component that significantly influences the motorcycle's performance is the Yamaha Y15ZR throttle body.
In the world of automotive engineering, the Crankshaft Position Sensor stands as a pivotal component. This small yet mighty device plays a crucial role in ensuring the smooth operation of your vehicle's engine. As technology advances, so do the capabilities of the Crankshaft Position Sensor, making it more efficient and reliable than ever before. In this article, we will delve into the advancements in automatic Crankshaft Position Sensors and how they streamline operations in modern vehicles.
In today's fast-paced world, precision and efficiency are paramount, especially when it comes to managing water systems. Enter the water temperature sensor, a marvel of modern technology designed to streamline control and ensure optimal water conditions. Whether you're managing a home aquarium, an industrial boiler, or a municipal water supply, understanding and utilizing these sensors can make all the difference. Let's dive into the world of water temperature sensors and explore their myriad applications and benefits.
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RB-TB004
Yamaha
22mm
Orange Color
Black
32mm 34mm 36mm Honda EFI Fuel Injection Motorcycle Throttle Body
This Honda throttle body design includes three different throttle plate diameters, 32mm, 34mm and 36mm. This design can adapt to various displacement and types of engines and provide flexible options. Motorcycle owners can choose the most suitable throttle plate diameter according to specific needs and driving style to optimize engine performance and fuel economy. This design also demonstrates the manufacturer's strength in technological innovation and product diversification, providing users with more personalized and flexible options.
Throttle Input: The rider twists the throttle grip.
Throttle Response: The throttle valve plate rotates, allowing more or less air to enter the intake manifold.
Air Flow Change: The changed air flow is detected by the air flow meter (if any) or by other means.
Fuel Adjustment: The ECU adjusts the amount of fuel injected by the injector based on the air flow and other sensor inputs (such as TPS) to achieve the ideal air-fuel ratio.
Compatibility with multiple engine configurations:
32mm Throttle bodies are often designed to accommodate different displacements and types of engines. For example, the Honda PCX125 throttle body is compatible with multiple engine configurations in the same series, making it easy to swap between different models.
Electronic control system:
Modern throttle bodies often work with engine control units (ECUs) to monitor engine status in real time through sensors. This electronic control technology allows the 34mm throttle body to make instant adjustments based on different driving conditions and needs, thereby optimizing performance and emissions.
Adjustment flexibility:
Pcx150 Throttle bodies can adjust air flow based on driver needs and environmental conditions to adapt to different driving styles, such as urban commuting and highway driving. This flexibility allows the same 36mm throttle body to perform well in a variety of usage scenarios.
Adaptation to different fuel types:
Some honda pcx125 throttle bodies can be used with multiple fuels, such as gasoline, ethanol blends, etc. This adaptability allows vehicles to be widely used in different regions or markets.
Adaptability to temperature and pressure changes:
Honda pcx150 Throttle bodies are designed with temperature and pressure changes in mind and can maintain good performance in different climate conditions. This feature makes its use more common around the world.
Ease of maintenance and replacement:
Many honda pcx 125 throttle bodies are designed to be easily disassembled and replaced, making repair and maintenance easier. This means that even if problems arise during use, the required parts can be quickly adapted for repair or replacement.
Engine Capacity
A 32mm throttle plate diameter is generally suitable for small displacement engines, especially in cars and motorcycles.
The 34mm throttle plate diameter can provide more air flow, which is particularly beneficial for mid-displacement engines (such as 1.6L to 2.0L engines).
The 36mm throttle plate diameter can significantly increase the air flow entering the engine and is very suitable for large-displacement engines (such as 2.0L and above), which can fully meet their air intake needs and improve power output.
Speed Performance
32mm throttle plate diameter At low speeds, the smaller throttle plate diameter helps increase the intake air speed, thereby increasing the torque output in the low speed area.
The larger throttle plate diameters of 34mm and 36mm allow more air to enter the engine, especially at high rpm. This will increase the engine's power output in the high-speed range, allowing the vehicle to perform better during high-speed driving or acceleration.
Performance Modification
The 34mm and 36mm throttle body diameters are popular in automotive performance modifications, which can support greater performance improvements, including modifications such as the intake system, exhaust system and turbocharging, to unleash the maximum potential of the engine.
32mm 34mm 36mm Honda EFI Fuel Injection Motorcycle Throttle Body
This Honda throttle body design includes three different throttle plate diameters, 32mm, 34mm and 36mm. This design can adapt to various displacement and types of engines and provide flexible options. Motorcycle owners can choose the most suitable throttle plate diameter according to specific needs and driving style to optimize engine performance and fuel economy. This design also demonstrates the manufacturer's strength in technological innovation and product diversification, providing users with more personalized and flexible options.
Throttle Input: The rider twists the throttle grip.
Throttle Response: The throttle valve plate rotates, allowing more or less air to enter the intake manifold.
Air Flow Change: The changed air flow is detected by the air flow meter (if any) or by other means.
Fuel Adjustment: The ECU adjusts the amount of fuel injected by the injector based on the air flow and other sensor inputs (such as TPS) to achieve the ideal air-fuel ratio.
Compatibility with multiple engine configurations:
32mm Throttle bodies are often designed to accommodate different displacements and types of engines. For example, the Honda PCX125 throttle body is compatible with multiple engine configurations in the same series, making it easy to swap between different models.
Electronic control system:
Modern throttle bodies often work with engine control units (ECUs) to monitor engine status in real time through sensors. This electronic control technology allows the 34mm throttle body to make instant adjustments based on different driving conditions and needs, thereby optimizing performance and emissions.
Adjustment flexibility:
Pcx150 Throttle bodies can adjust air flow based on driver needs and environmental conditions to adapt to different driving styles, such as urban commuting and highway driving. This flexibility allows the same 36mm throttle body to perform well in a variety of usage scenarios.
Adaptation to different fuel types:
Some honda pcx125 throttle bodies can be used with multiple fuels, such as gasoline, ethanol blends, etc. This adaptability allows vehicles to be widely used in different regions or markets.
Adaptability to temperature and pressure changes:
Honda pcx150 Throttle bodies are designed with temperature and pressure changes in mind and can maintain good performance in different climate conditions. This feature makes its use more common around the world.
Ease of maintenance and replacement:
Many honda pcx 125 throttle bodies are designed to be easily disassembled and replaced, making repair and maintenance easier. This means that even if problems arise during use, the required parts can be quickly adapted for repair or replacement.
Engine Capacity
A 32mm throttle plate diameter is generally suitable for small displacement engines, especially in cars and motorcycles.
The 34mm throttle plate diameter can provide more air flow, which is particularly beneficial for mid-displacement engines (such as 1.6L to 2.0L engines).
The 36mm throttle plate diameter can significantly increase the air flow entering the engine and is very suitable for large-displacement engines (such as 2.0L and above), which can fully meet their air intake needs and improve power output.
Speed Performance
32mm throttle plate diameter At low speeds, the smaller throttle plate diameter helps increase the intake air speed, thereby increasing the torque output in the low speed area.
The larger throttle plate diameters of 34mm and 36mm allow more air to enter the engine, especially at high rpm. This will increase the engine's power output in the high-speed range, allowing the vehicle to perform better during high-speed driving or acceleration.
Performance Modification
The 34mm and 36mm throttle body diameters are popular in automotive performance modifications, which can support greater performance improvements, including modifications such as the intake system, exhaust system and turbocharging, to unleash the maximum potential of the engine.