The passability of the stacking forklift is the ability to overcome road obstacles and pass through various road surfaces and portals, which mainly depends on the geometric parameters, power, traction capacity and support capacity of the forklift.
Geometric parameters of transitivity
1. The minimum ground clearance, the distance from the lowest point of the forklift to the ground, indicating the ability of the forklift to cross road protrusions. For stacking forklifts, the lowest point may be the bottom of the door price, the middle of the front axle, the middle of the rear axle, or other locations.
2. The height of the shape determines the ability of the forklift to pass through the portals of buildings such as warehouses.
3. The relative vertical displacement of the steering wheel, indicating that the forklift truck can pass through uneven roads and over obstacles to ensure the normal traction ability of the wheels on the ground.
Support traction parameters related to passability
1. Maximum wheel pressure and wheel pressure per unit area. These two parameters affect whether the forklift can pass through certain roads or work on certain interiors (such as floor floors, plastic floors and wooden floors).
2. The maximum power factor, indicating the maximum road resistance coefficient that the forklift can overcome. When the slope reaches this value, the forklift cannot pass.
Therefore, in the performance index of the forklift, the grade of climb must always be marked. This aspect indicates the traction performance of the forklift, and also indicates the passing performance of the forklift. Since the stacker forklift generally works indoors, the ground conditions require high and the road surface parameters Can not be considered as the focus of passability.
