 |
| Quantity: | |
|---|---|
| Model | 5WG |
| CYL DIA | 51.5 |
| TOTAL HIGH | 37.4 |
| COMP DIST | 20 |
| RING | 1.0*1.0*2.0 |
| PIN DIA | 13 |
| PIN LENGTH | 38 |
Discover the High - Performance Piston 5WG: A Key Engine Part
Introduction to Piston 5WG
Model: 5WG - Specifically designed to fit and function optimally in a range of engines, the 5WG model is a reliable choice for various applications.
CYL DIA (Cylinder Diameter): 51.5 - This dimension is crucial as it determines the volume of the combustion chamber and affects the engine's displacement, power output, and fuel efficiency. A cylinder diameter of 51.5 ensures a proper fit within the cylinder bore and efficient transfer of force during the engine's operation.
TOTAL HIGH (Total Height): 37.4 - The total height of the piston is carefully engineered. It influences the piston's motion within the cylinder, ensuring that it can complete its strokes (intake, compression, power, and exhaust) smoothly without hitting other engine components.
COMP DIST (Compression Distance): 20 - Compression distance plays a vital role in the compression ratio of the engine. A compression distance of 20 helps in achieving the right amount of compression of the fuel - air mixture, which is essential for efficient combustion and optimal engine performance.
RING: 1.01.02.0 - The piston ring with these dimensions is responsible for sealing the gap between the piston and the cylinder wall. This prevents the leakage of the combustion gases and also helps in controlling the oil consumption within the engine. The specific dimensions ensure a proper fit and effective sealing.
PIN DIA (Pin Diameter): 13 - The pin diameter is important as it provides support for the piston and connects it to the connecting rod. A pin diameter of 13 ensures sufficient strength and stability to withstand the forces acting on the piston during engine operation.
PIN LENGTH: 38 - The length of the pin contributes to the overall stability and proper functioning of the piston - connecting rod assembly. A pin length of 38 allows for a secure connection and smooth transfer of motion between the piston and the connecting rod.
Exceptional Design for Engine Efficiency
Cylinder Diameter (CYL DIA: 51.5): The 51.5 - unit cylinder diameter is carefully calibrated to optimize the engine's displacement. A proper displacement ensures that the engine can intake and compress the right amount of fuel - air mixture. In engines where the Piston 5WG is installed, this diameter allows for efficient combustion, which in turn leads to better fuel economy. For instance, in a small - displacement engine powering a scooter, the 51.5 - unit cylinder diameter ensures that the engine can run smoothly while consuming less fuel, making it an ideal choice for urban commuting.
Total Height (TOTAL HIGH: 37.4): The total height of 37.4 units is designed to ensure that the piston can complete its four - stroke cycle (intake, compression, power, and exhaust) without any interference. It allows for a smooth transition between each stroke, reducing the risk of mechanical failures. In high - performance engines, such as those in racing motorcycles, the precise total height of the piston is critical for maintaining high - speed operation and consistent power delivery.
Compression Distance (COMP DIST: 20): A compression distance of 20 units is vital for achieving the correct compression ratio. The compression ratio determines how much the fuel - air mixture is compressed before ignition. An optimal compression ratio, facilitated by the 5WG piston's compression distance, promotes better combustion efficiency. This results in more power being generated from the same amount of fuel, making engines with the Piston 5WG more fuel - efficient and powerful. For example, in a utility tricycle used for transporting goods, a higher compression ratio enabled by the piston's design can help the vehicle climb slopes more easily while consuming less fuel.
| Model | 5WG |
| CYL DIA | 51.5 |
| TOTAL HIGH | 37.4 |
| COMP DIST | 20 |
| RING | 1.0*1.0*2.0 |
| PIN DIA | 13 |
| PIN LENGTH | 38 |
Discover the High - Performance Piston 5WG: A Key Engine Part
Introduction to Piston 5WG
Model: 5WG - Specifically designed to fit and function optimally in a range of engines, the 5WG model is a reliable choice for various applications.
CYL DIA (Cylinder Diameter): 51.5 - This dimension is crucial as it determines the volume of the combustion chamber and affects the engine's displacement, power output, and fuel efficiency. A cylinder diameter of 51.5 ensures a proper fit within the cylinder bore and efficient transfer of force during the engine's operation.
TOTAL HIGH (Total Height): 37.4 - The total height of the piston is carefully engineered. It influences the piston's motion within the cylinder, ensuring that it can complete its strokes (intake, compression, power, and exhaust) smoothly without hitting other engine components.
COMP DIST (Compression Distance): 20 - Compression distance plays a vital role in the compression ratio of the engine. A compression distance of 20 helps in achieving the right amount of compression of the fuel - air mixture, which is essential for efficient combustion and optimal engine performance.
RING: 1.01.02.0 - The piston ring with these dimensions is responsible for sealing the gap between the piston and the cylinder wall. This prevents the leakage of the combustion gases and also helps in controlling the oil consumption within the engine. The specific dimensions ensure a proper fit and effective sealing.
PIN DIA (Pin Diameter): 13 - The pin diameter is important as it provides support for the piston and connects it to the connecting rod. A pin diameter of 13 ensures sufficient strength and stability to withstand the forces acting on the piston during engine operation.
PIN LENGTH: 38 - The length of the pin contributes to the overall stability and proper functioning of the piston - connecting rod assembly. A pin length of 38 allows for a secure connection and smooth transfer of motion between the piston and the connecting rod.
Exceptional Design for Engine Efficiency
Cylinder Diameter (CYL DIA: 51.5): The 51.5 - unit cylinder diameter is carefully calibrated to optimize the engine's displacement. A proper displacement ensures that the engine can intake and compress the right amount of fuel - air mixture. In engines where the Piston 5WG is installed, this diameter allows for efficient combustion, which in turn leads to better fuel economy. For instance, in a small - displacement engine powering a scooter, the 51.5 - unit cylinder diameter ensures that the engine can run smoothly while consuming less fuel, making it an ideal choice for urban commuting.
Total Height (TOTAL HIGH: 37.4): The total height of 37.4 units is designed to ensure that the piston can complete its four - stroke cycle (intake, compression, power, and exhaust) without any interference. It allows for a smooth transition between each stroke, reducing the risk of mechanical failures. In high - performance engines, such as those in racing motorcycles, the precise total height of the piston is critical for maintaining high - speed operation and consistent power delivery.
Compression Distance (COMP DIST: 20): A compression distance of 20 units is vital for achieving the correct compression ratio. The compression ratio determines how much the fuel - air mixture is compressed before ignition. An optimal compression ratio, facilitated by the 5WG piston's compression distance, promotes better combustion efficiency. This results in more power being generated from the same amount of fuel, making engines with the Piston 5WG more fuel - efficient and powerful. For example, in a utility tricycle used for transporting goods, a higher compression ratio enabled by the piston's design can help the vehicle climb slopes more easily while consuming less fuel.
