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How to calculate the climbing ability of an electric pallet truck
Electric pallet trucks have gradually replaced manual trucks with their time-saving and labor-saving advantages, becoming a commonly used handling tool in factories, warehouses, and other places. In addition to walking on the ground, they also need to climb to the bridge connecting the truck carriage and the ground when fully loaded, and transport the goods to the truck carriage. In this case, it is necessary to test the climbing ability of the transport vehicle.
The climbing ability of a transport vehicle is actually different from what we understand as climbing ability, and it does not refer to the angle. The climbing ability of a vehicle is generally expressed in percentage. For example, the climbing ability of an electric forklift is represented by 15%, which means the ratio of the height of the slope (H) to the horizontal distance (L). The 10% you mentioned is like this. You can imagine a right angled shape with H=10 meters and L=100 meters. For example, if the maximum slope angle that a car can climb is 31 °, then the maximum climbing slope is tg (31 °)=60%.
So based on this data, we can conclude that the climbing ability of electric pallet trucks is between 6% and 10% when unloaded and fully loaded. The larger the number, the stronger the climbing ability of the truck.
The electric pallet handling vehicle of Guanhang Machinery has made up for the shortcomings of manual handling vehicles by changing the walking and lifting mode to electric control, which not only makes the handling work more flexible and convenient, but also improves its climbing ability, becoming an ideal handling equipment on the market.