Sales of Tricycle gasoline motorcycle engines
Payment Type: T/T
Transportation: Ocean,Land
$206.83
≥20 Piece/Pieces
Product Attributes
Product Attributes
Brand: ZONLON
Engine Name: CG200 AIR COOLED ENGINE
Engine Mode: 163FML
Engine Type: Single cylinder, four rushing strokes, wind -cold, lower cams
DispIacement: 193mL
Max.power: 10Kw/7500r/min
Max.Torque: 14N.m/5000r/min
Compression Ratio: 8.8:1
Ignition Method: CDI
Lubrication Method: Stress
Starting Method: Electric/feet start
| Selling Units | : | Piece/Pieces |
|---|---|---|
| Package Type | : | 355*387*480mm |
| Picture Example | : |
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Product Description
The Tricycle Motorcycle engine is a power device used to drive the operation of tricycles. It is the heart of the entire vehicle, responsible for providing the necessary power and torque. The performance and quality of the engine directly affect the driving performance and service life of a three wheeled motorcycle.
There are a wide variety of gasoline tricycle engines, including two stroke and four stroke engines. A two-stroke engine refers to a working cycle in which the piston completes four stages, namely intake, compression, explosion, and exhaust, in the up and down strokes, resulting in a more rapid power output. A four stroke engine refers to a working cycle in which the piston needs to go through four strokes: intake, compression, explosion, and exhaust to complete a cycle, which is relatively stable.
Both two-stroke and four-stroke engines have some common structural elements. The first is the cylinder, which is the component in the engine used to accommodate the piston and generate pressure. A piston is a component that connects the crankshaft and performs reciprocating motion. The crankshaft is a component responsible for converting the linear reciprocating motion of the piston into rotational motion. The cylinder head is an important component that seals and protects the interior of the cylinder, while also connecting and securing the cylinder and crankshaft cover. The intake and exhaust pipes are respectively responsible for guiding fresh air and exhaust gases into and out of the engine. Electrical components such as generators, ignition coils, and igniters provide power supply and ignition functions.
During the working process, the Special Tricycle Engine needs to generate high-temperature and high-pressure gas by burning fuel to drive the piston movement. The fuel is supplied by the fuel system, enters the cylinder, mixes with air, and is compressed as the piston rises. When the piston reaches its peak, the ignition system triggers the spark plug ignition, igniting the mixed gas and producing an explosion. The pressure of the explosion pushes the piston downward and drives the crankshaft through a connecting rod connection, ultimately transmitting the power of the engine to the driving wheels of the tricycle.
In modern design, the technology of three wheel motorcycle engines is gradually becoming mature and advanced. Many engines use electronic control systems, which can optimize ignition timing and fuel injection rate through sensors and computer control units to improve combustion efficiency and power output. In addition, some engines also adopt turbocharging, gas afterburning, and improved fuel injection technology to provide higher power and lower emissions.
There are a wide variety of gasoline tricycle engines, including two stroke and four stroke engines. A two-stroke engine refers to a working cycle in which the piston completes four stages, namely intake, compression, explosion, and exhaust, in the up and down strokes, resulting in a more rapid power output. A four stroke engine refers to a working cycle in which the piston needs to go through four strokes: intake, compression, explosion, and exhaust to complete a cycle, which is relatively stable.
Both two-stroke and four-stroke engines have some common structural elements. The first is the cylinder, which is the component in the engine used to accommodate the piston and generate pressure. A piston is a component that connects the crankshaft and performs reciprocating motion. The crankshaft is a component responsible for converting the linear reciprocating motion of the piston into rotational motion. The cylinder head is an important component that seals and protects the interior of the cylinder, while also connecting and securing the cylinder and crankshaft cover. The intake and exhaust pipes are respectively responsible for guiding fresh air and exhaust gases into and out of the engine. Electrical components such as generators, ignition coils, and igniters provide power supply and ignition functions.
During the working process, the Special Tricycle Engine needs to generate high-temperature and high-pressure gas by burning fuel to drive the piston movement. The fuel is supplied by the fuel system, enters the cylinder, mixes with air, and is compressed as the piston rises. When the piston reaches its peak, the ignition system triggers the spark plug ignition, igniting the mixed gas and producing an explosion. The pressure of the explosion pushes the piston downward and drives the crankshaft through a connecting rod connection, ultimately transmitting the power of the engine to the driving wheels of the tricycle.
In modern design, the technology of three wheel motorcycle engines is gradually becoming mature and advanced. Many engines use electronic control systems, which can optimize ignition timing and fuel injection rate through sensors and computer control units to improve combustion efficiency and power output. In addition, some engines also adopt turbocharging, gas afterburning, and improved fuel injection technology to provide higher power and lower emissions.
Supply Ability & Additional Information
Packaging: 355*387*480mm
Transportation: Ocean,Land
Place of Origin: Chongqing, China
Port: Chongqing Port,qinzhou port,shanghai port
Payment Type: T/T
Incoterm: FOB,CFR,CIF,EXW
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