JX6/3

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Part Status:	Active

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JX6/3 Application Field and Working Principle

Introduction

The JX6/3 engine is a highly efficient engine developed by the Japanese company Sumitomo. It features a heavy-duty four-valve cylinder head, a lightweight aluminum alloy crankcase and a powertrain module. It is used in industrial equipment, such as tractor-trailers, generators and log splitters, and has been used in some Formula One racing cars. This engine is an important part of Sumitomo\'s ongoing effort to deliver reliable, efficient and economical powertrains to the global market.

Application Field

The JX6/3 engine is primarily used in industrial applications. It has been used in construction equipment, such as tractors and skid-steers, and in agricultural applications, such as tilling, harvesting and planting. It is also used in forestry and logging, where log splitters powered by the JX6/3 are ideal for reducing the physical demands of splitting firewood. The engine is also used in mobile generator sets, powering emergency equipment when the electrical grid fails due to natural disasters.The JX6/3 has also found applications in motor racing. The engine was used in some Formula One cars, where its efficient power delivery allowed for improved acceleration and better fuel economy. The engine was also used in land-speed record-breaking vehicles, where it enabled sustained speed and superior handling.

Working Principle

The JX6/3 engine is a four-stroke engine featuring a heavy-duty four-valve cylinder head. The cylinder head contains two intake and two exhaust valves, which open and close in four distinct phases during each revolution of the crankshaft.The operation of the JX6/3 follows the traditional four-stroke cycle. In the intake stroke, the intake valves open and fresh air-fuel mixture is forced into the cylinder. During the compression stroke, both the intake and exhaust valves close, allowing the pressure within the cylinder to increase as the piston moves toward the top of the cylinder. In the power stroke, the fuel mixture is ignited by the spark plug, and the combustion gases force the piston down. This converts the chemical energy stored within the fuel mixture into mechanical energy that powers the crankshaft. Finally, in the exhaust stroke, the exhaust valves open and the spent gases produced by the combustion process are expelled.

Conclusion

The highly efficient JX6/3 engine developed by Sumitomo has proven to be a reliable and economical power source in a wide range of applications, from industrial machinery to motor racing. The engine produces power using a traditional four-stroke cycle, with two intake and two exhaust valves opening and closing in each stroke. The durable engine components, lightweight design, and efficient operation of the JX6/3 engine make it an ideal choice for many applications.

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