Manual battery stacker is a device used in battery storage and logistics, which is mainly used to stack batteries neatly, improve storage space utilization, and facilitate cargo management and handling.
The working principle of manual battery stacker is relatively simple and mainly relies on manpower. By manually controlling the handle, the operator uses the lever principle or the hydraulic principle to realize the lifting and translation of the stacker. For example, the common hydraulic manual stacker, the operator repeatedly presses the operating rod of the hydraulic pump, the hydraulic oil is injected into the cylinder, the piston rod is pushed up, so as to drive the cargo platform to rise, to achieve the upgrading of the battery; When descending, the platform descends by opening the oil unloading valve to make the hydraulic oil return.
Its structure mainly includes frame, lifting system, loading platform and operating device. The frame is usually made of strong steel to ensure the stability of the equipment when carrying heavy loads; The lifting system can be chain type, hydraulic type, etc., responsible for the lifting of goods; The cargo platform is used to carry the battery, and its size and carrying capacity are designed according to different requirements. The operating device includes an operating handle, a control valve, etc., which is convenient for the operator to control the operation of the stacker.
When operating a manual battery stacker, first check whether the equipment is in good condition to ensure that all components work normally. Then, move the stacker to the storage battery placement position, adjust the Angle, reduce the loading platform to the appropriate height by operating the handle, and place the storage battery on the platform smoothly. Then, slowly operate the lifting device to raise the battery to the required stacking height, and then push the stacker to carry the battery to the specified storage location, and put the battery down to complete the stacking.
This equipment has obvious advantages, its cost is low, and it is an economical choice for enterprises with limited funds and small warehousing scale; At the same time, the operation is simple, no complex training can be started, reducing the cost of labor and training costs; And high flexibility, can be freely shuttle in the narrow warehouse channel, to adapt to different storage environments.
Manual battery stacker is widely used in the warehouses of small battery production plants, storage areas of battery sales stores and some logistics distribution centers with strict cost control, and plays an important role in efficient handling and storage of batteries in these scenarios
