Interpretation of electric forklift truck selection parameters, channel height load matching scheme

In warehousing and logistics and indoor handling scenarios, electric forklifts become the main equipment due to their environmentally friendly and low-noise characteristics, and reasonable selection is directly related to operational efficiency and cost control. Correctly interpreting the selection parameters and mastering the matching scheme of channel height and load are the core points for enterprises to purchase electric forklifts.

Interpretation of core parameters of electric forklift truck selection

Load capacity is the most basic parameter of an electric forklift, which refers to the maximum weight that the forklift can safely handle under standard working conditions. When selecting a model, companies need to combine the average weight and peak weight of daily handling goods, and reserve a margin of about 10%. There is no need to blindly pursue oversized loads to avoid wasting equipment resources.

Lifting height refers to the maximum height that forklift forks can lift, which needs to match the floor height of storage shelves. If the highest shelf is 6 meters, you need to choose a forklift with a lifting height of not less than 6.5 meters to reserve enough operating space to ensure safe and smooth stacking operations.

The battery life depends on the battery capacity and operation intensity, and needs to be selected according to the daily operation time and charging conditions. If the continuous operation exceeds 8 hours in a single day, you can consider equipping a spare battery or a model that supports fast charging to avoid affecting the operation progress due to power failure halfway through.

The turning radius determines the capacity of the forklift in the narrow channel. The smaller the value, the more flexible the forklift. If the warehouse channel is narrow, the model with a small turning radius should be preferred to ensure that the steering, U-turn and other operations are completed in the channel.

Scientific Combination of Channel Height and Load

The channel width of narrow channel storage scenarios is usually within 2.5 meters. At this time, electric forklifts with small turning radius should be given priority. The load capacity can be selected from 1.5 tons to 2 tons according to the weight of the goods. The channel height needs to match the lift height of the forklift. If the shelf height does not exceed 4 meters, the lift height can be selected as 4.5 meters to avoid excessive lift height increasing equipment cost and operation difficulty.

In high-shelf storage scenarios, the shelf height is more than 6 meters, and the channel width is relatively loose, generally more than 3 meters. At this time, the load capacity of the forklift needs to match the weight of each layer of goods on the shelf. If the weight of each layer of goods is 2 tons, you can choose a forklift with a load of 2 tons to 2.5 tons. The lifting height needs to exceed the highest layer of the shelf by at least 0.5 meters to ensure the smooth completion of the stacking operation. At the same time, it is necessary to pay attention to the passage requirements when the forklift is lifted to the highest height to avoid safety hazards caused by insufficient top space.

Flat warehouse handling scenarios usually do not have high shelves, and the channel width is sufficient, mainly for ground handling. At this time, forklifts with suitable load capacity can be selected according to the maximum weight of daily handling goods. Generally, models of 2 tons to 3 tons can meet the needs. The channel height only needs to meet the traffic height of the forklift when it is empty, and there is no need to reserve too much space, which reduces the warehouse construction cost.

Overall, the selection of electric forklifts requires comprehensive consideration of various parameters, combined with the height of warehouse channels and the demand for operational loads, in order to improve the efficiency of logistics operations and reduce equipment investment and use costs while ensuring the safety of operations.