Heli Forklift Gasoline Engine K25 Motor for Lift Truck Petrol Engine Motor

• Customization: Available
• Ignition Mode: Electric Ignition
• Speed: High Speed
• Model NO.: K25
• Cooling Cylinder: Water-Cooled
• Intake Pressure Impulse: Naturally Aspirated
• Piston Movement: Reciprocating
• Fuel: Gasoline
• Number of Strokes: Four-Stroke
• Cylinder Arrangement Form: L
• Number of Cylinders: 4-Cylinder
• Type: Combustion Engine
• Part Name: Nissan K25 Gasoline Engine
• Part Number: K25
• Application: Heli Forklifts, Hangcha Forklifts
• Quality Level: Brand New Nissan K25 Engine
• Transport Package: Wooden Box
• Specification: 71× 57× 74
• Trademark: Leading Forklift Parts
• Origin: Japan
• Package Size: 109.00cm * 87.00cm * 86.00cm
• Package Gross Weight: 240.000kg

Product Description

Product Title: K25 Forklift Gasoline Engine
Product Model: Nissan K25 Petrol Engine for Forklift
 

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Product Parameters

Item	Description
Product Name	K25 Forklift Gasoline Engine
P/N	K25
Applied Model	HELI Forklifts, Hangcha Lift Trucks
Net Weight (kg)	224
Gross Weight (kg)	240
Qty per Carton	1
Carton Size (cm)	71×57×74

 

Product Description

Pros and Cons of Using Gasoline Engines in Forklifts
Gasoline engines, also called Petrol Engine, are known for their unique operational mechanism, with their low viscosity and high evaporation rate, are injected into the cylinder and ignited by a spark plug after compression. This differs fundamentally from diesel engines. Below are the key advantages and disadvantages of using gasoline engines in forklifts.


Advantages:

1. High RPM and Simple Structure: Gasoline engines have higher rotational speeds and simpler structures compared to diesel engines. This results in a lighter and more compact engine, making it easier to install and handle within forklifts.
2. Good Torque Characteristics: Gasoline engines offer excellent torque characteristics, leading to superior starting and acceleration performance. This makes them particularly effective for applications requiring quick and responsive movements.
3. Low Operating Noise: These engines produce less noise during operation, enhancing the overall user experience by providing a quieter and more comfortable working environment.
4. Low Manufacturing Costs: The manufacturing cost of gasoline engines is relatively low, which contributes to their widespread use and high prevalence in various applications.

Disadvantages:

1. Lower Thermal Efficiency and Higher Fuel Consumption: Gasoline engines generally have lower thermal efficiency compared to diesel engines, resulting in higher fuel consumption. Typically, a gasoline engine consumes about 25-30% more fuel than a diesel engine.
2. Complex Ignition System: The ignition system of a gasoline engine is more complex, requiring regular maintenance and periodic replacement of spark plugs. This makes maintenance slightly more complicated compared to diesel engines.
3. High Volatility of Gasoline: Due to the high volatility of gasoline, it emits strong fumes when it evaporates. This characteristic makes gasoline-powered forklifts less suitable for indoor or enclosed environments due to potential health and safety concerns.

In summary, while gasoline engines in forklifts offer advantages such as higher speeds, better torque, lower noise, and lower manufacturing costs, they also present drawbacks like higher fuel consumption, more complex maintenance, and limitations in indoor use due to fuel volatility.

 

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