Changsha Parts Sea Co., Ltd. | info@partssea.com
 |
Please feel free to contactus Parts Sea engineers or sales for help if you have no parts No.
tse@partssea.com | sales@partssea.com
The throttle matching method of Mitsubishi engines is to ensure that the engine can obtain the best air-fuel ratio at different speeds and improve combustion efficiency and power performance. The opening degree of the throttle determines the flow of air in the intake duct, which in turn affects the working status and performance of the engine. The following is a detailed introduction to the matching method of Sanwei engine throttle:
1. Throttle valve size and shape design:
The size and shape design of the throttle will directly affect the intake resistance and the airflow state of the intake duct. Normally, a larger throttle will provide greater intake air flow and is suitable for high power output requirements at high speeds; while a smaller throttle is more suitable for low power output at low speeds. In addition, the shape design of the throttle will also affect the uniformity of the intake air flow and the air flow speed in the combustion chamber. Better shape design can improve combustion efficiency.
2. Throttle control method:
Mitsubishi engines use an electronic control system to control the opening and closing of the throttle valve to achieve the best cylinder charging effect according to engine operating conditions. By electronically controlling the opening and closing of the throttle valve, the air intake volume can be precisely controlled to adapt to different load and speed requirements. In addition, Mitsubishi engines may also adopt a variable time adjustment mechanism for the intake valve to further optimize the intake process.
3. Throttle valve opening adjustment:
The throttle opening can be adjusted by adjusting the throttle opening angle or by adjusting the throttle load sensor value. At different speeds, the throttle opening will be different. Normally, the throttle opening is relatively small at low speeds to ensure sufficient air intake; at high speeds, a larger throttle opening is required to provide greater intake air flow. By accurately adjusting the throttle opening, the best air intake effect can be achieved to achieve the best combustion and power performance.
4. Throttle valve position and layout:
The position and layout of the throttle also have an impact on the matching effect of the throttle. Normally, the throttle valve is installed on the intake manifold or intake duct. The design of the intake manifold can affect the intake effect of the cylinder, and the design of the intake passage can affect the intake noise and vortex effect in the cylinder. Through reasonable location and layout design, the best air intake effect can be achieved.
Please feel free to contactus Parts Sea engineers or sales for help if you have no parts No.
tse@partssea.com | sales@partssea.com
The throttle matching method of Mitsubishi engines is to ensure that the engine can obtain the best air-fuel ratio at different speeds and improve combustion efficiency and power performance. The opening degree of the throttle determines the flow of air in the intake duct, which in turn affects the working status and performance of the engine. The following is a detailed introduction to the matching method of Sanwei engine throttle:
1. Throttle valve size and shape design:
The size and shape design of the throttle will directly affect the intake resistance and the airflow state of the intake duct. Normally, a larger throttle will provide greater intake air flow and is suitable for high power output requirements at high speeds; while a smaller throttle is more suitable for low power output at low speeds. In addition, the shape design of the throttle will also affect the uniformity of the intake air flow and the air flow speed in the combustion chamber. Better shape design can improve combustion efficiency.
2. Throttle control method:
Mitsubishi engines use an electronic control system to control the opening and closing of the throttle valve to achieve the best cylinder charging effect according to engine operating conditions. By electronically controlling the opening and closing of the throttle valve, the air intake volume can be precisely controlled to adapt to different load and speed requirements. In addition, Mitsubishi engines may also adopt a variable time adjustment mechanism for the intake valve to further optimize the intake process.
3. Throttle valve opening adjustment:
The throttle opening can be adjusted by adjusting the throttle opening angle or by adjusting the throttle load sensor value. At different speeds, the throttle opening will be different. Normally, the throttle opening is relatively small at low speeds to ensure sufficient air intake; at high speeds, a larger throttle opening is required to provide greater intake air flow. By accurately adjusting the throttle opening, the best air intake effect can be achieved to achieve the best combustion and power performance.
4. Throttle valve position and layout:
The position and layout of the throttle also have an impact on the matching effect of the throttle. Normally, the throttle valve is installed on the intake manifold or intake duct. The design of the intake manifold can affect the intake effect of the cylinder, and the design of the intake passage can affect the intake noise and vortex effect in the cylinder. Through reasonable location and layout design, the best air intake effect can be achieved.