Semi-automatic battery stacker plays an important role in battery production and storage, it is a combination of mechanical, electrical and automation control technology equipment, mainly used to stack batteries according to certain rules to improve storage space utilization and logistics efficiency.
Its working principle is to manually control the movement, lifting and clamping action of the stacker through the operator. When the battery is delivered to the designated position, the operator enters the corresponding instructions on the operation panel according to the specifications and stacking requirements of the battery, the stacker's drive system drives the fuselage to the appropriate position, the lifting device is adjusted to the corresponding height, the clamping device accurately captures the battery, and then places it on the designated pallet or shelf to complete a stacking operation.
The semi-automatic battery stacker is mainly composed of a fuselage, a drive system, a lifting system, a clamping device, a control system and an operation panel. The fuselage is made of high-strength steel to ensure the stability of the equipment during operation. The drive system is generally driven by motor, with high-quality transmission components, to achieve the smooth movement of the stacker; Lifting system using hydraulic or electric push rod, can quickly and accurately adjust the height; The clamping device is designed according to the shape and size of the battery to achieve reliable grabbing; The control system receives operation instructions and controls all components to work together; The layout of the operation panel is simple, which is convenient for the operator to set and operate parameters.
During operation, the operator first moves the stacker to the starting position to observe the battery delivery, when the battery is in place, set the parameters such as the number of stacking layers and the number of rows on the operation panel, and then start the clamping and stacking action. During the stacking process, it is necessary to always pay attention to the operating status of the equipment to ensure the accuracy and safety of the stacking.
Compared with automatic stackers, semi-automatic battery stackers have the advantage of lower cost, which is suitable for enterprises with limited budgets. At the same time, its operation has a certain flexibility, and the operator can adjust the stacking strategy in time according to the actual situation to cope with some complex and changeable battery stacking needs.
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