The engine power of the full hydraulic mixer is closely related to its performance and efficiency in practical application, and the selection of the appropriate engine power needs to consider many factors. The following are some of the main factors that affect the engine power of the full hydraulic mixer:
1. Vehicle load and operational requirements
Mixing cylinder capacity: The larger the capacity of the mixing cylinder, the higher the mixing and transportation power required, so the more powerful engine is required.
Concrete type: Different types of concrete (such as dry hard, plastic, fluidity) have different requirements for mixing power, and dry hard concrete requires higher mixing power.
2. Work environment
Terrain conditions: When working in rugged or steep terrain, greater climbing ability and traction are required, so the engine power needs to be higher.
Road conditions: Driving on narrow, muddy or unpaved roads requires greater passability and stability, which also requires higher engine power.
3. Travel speed and distance
Driving speed: If you need to drive at high speed on the road, the engine power needs to be high enough to ensure driving performance.
Transportation distance: Long distance transportation requires greater fuel economy and reliability, and high-power engines can provide better performance.
4. Vehicle weight and total weight
Vehicle weight: When the vehicle's own weight is larger, more engine power is needed to ensure sufficient power.
Total weight: Under full load, the total weight of the vehicle increases, requiring higher engine power to ensure the normal operation of the vehicle.
5. Hydraulic system requirements
Hydraulic system power: The hydraulic system of the full hydraulic mixer needs to consume a certain amount of engine power, so the complexity and power requirements of the hydraulic system will affect the choice of the engine.
6. Fuel economy and emission standards
Fuel economy: On the premise of meeting power needs, choosing a fuel economy engine can reduce operating costs.
Emission standards: Compliance with national and local emission standards is also an important factor in the selection of engines, high-power engines usually require higher technical standards to meet emission requirements. |
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