China Jingdao Machinery & Electronic Co., Ltd. is one of the internal combustion engines, ic engines manufacturer and internal combustion engine, ic engine dealer in China that has patents on the motors and generators design. There isn't any problem with IP protection laws when you buy our generator, motor, engines, diesel, gearmotors and other power supply and motor-driven items, even in strict regions, such as North America and Europe. Our company has obtained the certifications of ISO9001-2000, GS/TUV, CE, VL, EPA, QHS, SON, CAP and SRS and we have won EPA 2005 Motor Year Certification. We'll print custom logos and internal combustion engine, ic engine product documentation in your language, and provide spare parts for easily worn down components. We also can design and deliver OEM/ODM samples in one month.

Model Number: TJ376QE. Place of Origin: China. Overall dimensions (LxWxH) (mm): 520x560x630
Type: in line 3-Cylinder, vertical, water-cooled, 4 stroke, OHC, with balance shaft. Bore x Stroke (mm): 76x73. Total displacement (L): 0.993. Compression ratio: 9.5. Rated power (net) (kW/rpm): 39kW/6000rpm. Max. torque (net) (N.m/rpm): 77N.m/3600rpm. Min. fuel consumption (g/kW.h): ≤290
For the forty years following the first flight of the Wright brothers, airplanes used internal combustion engines to turn propellers to generate thrust. Today, most general aviation or private airplanes are still powered by propellers and internal combustion engines, much like your automobile engine. On this page we will discuss the fundamentals of the internal combustion engine using the Wright brothers' 1903 engine, shown in the figure, as an example.

Overall dimensions (LxWxH) (mm): 670x589x644. Type: in line 4-Cylinder, Water-cooled, DOHC, TB/Gear drive, 16 valve mechanism, Pentroof combustion chamber, EIS, Multi-point sequential injection
Bore x Stroke (mm): 80.5x78. Total displacement (L): 1.588. Compression ratio: 9.5. Max. net power (kW/rpm): ≥68kW/6000rpm. Max. torque (N.m/rpm) (net): ≥130N.m/2600-3000rpm. Min. fuel consumption ratio under full load (g/kW.h): ≤285. When discussing engines, we must consider both the mechanical operation of the machine and the thermodynamic processes that enable the machine to produce useful work. The basic mechanical design of the Wright engine is remarkably similar to modern, four-stroke, four cylinder automobile engines. As the name implies, the combustion process of an internal combustion engine takes place in an enclosed cylinder. Inside the cylinder is a moving piston which compresses a mixture of fuel and air before combustion and is then forced back down the cylinder following combustion.