Product Description
The Honda GK 160 4.8HP Oil Alert Petrol Engine is a high-pressure engine that delivers powerful performance with a 4-stroke engine type and speed ranging from 2500-3600 RPM. With a rated power of 2.5 kW (3.4 HP) / 3000 rpm, this engine is perfect for a variety of applications. The engine model is GK 160, and it has a bore*stroke of 68 x 45 mm, which ensures smooth and efficient operation. Additionally, the engine has a weight of 15.1 Kilograms (kg) and a fuel tank capacity of 3.1 Liter (L), making it easy to transport and use for extended periods. The Honda GK 160 4.8HP Oil Alert Petrol Engine is a reliable and robust engine that comes with a warranty. Its high-pressure nature makes it ideal for use in high-demand situations, such as in construction equipment, pressure washers, and generators. If you need a powerful and efficient engine for your equipment, the Honda GK 160 4.8HP Oil Alert Petrol Engine is an excellent choice.
FAQs of Honda GK 160 4.8HP Oil Alert Petrol Engine:
Q: What is the warranty period for the Honda GK 160 4.8HP Oil Alert Petrol Engine?
A: The engine comes with a warranty period, which varies depending on the manufacturer or supplier. Please check with your supplier for the exact warranty details.
Q: What is the fuel efficiency of the Honda GK 160 4.8HP Oil Alert Petrol Engine?
A: The fuel efficiency of the engine may vary depending on the application and usage. However, the engine has a fuel tank capacity of 3.1 liters, which is sufficient for extended usage.
Q: What is the weight of the Honda GK 160 4.8HP Oil Alert Petrol Engine?
A: The engine has a weight of 15.1 Kilograms (kg), making it easy to transport and install.
Q: What is the rated power of the Honda GK 160 4.8HP Oil Alert Petrol Engine?
A: The engine has a rated power of 2.5 kW (3.4 HP) / 3000 rpm, which makes it ideal for a variety of applications.
Q: What is the maximum speed of the Honda GK 160 4.8HP Oil Alert Petrol Engine?
A: The engine has a speed range of 2500-3600 RPM, which ensures efficient and smooth operation.