How does the semi-electric stacker work?

Due to the advantage of cost performance, the semi-electric stacker is mostly used for the handling of warehouses and workshops. It is a semi-automatic stacker that uses batteries as the lifting power. The battery is to store the limited electrical energy and use it where necessary. Its working principle is to convert chemical energy into electrical energy. The following semi-electric stacker truck manufacturers will elaborate on the principles of this.

The semi-electric stacker uses the battery as the source power to drive the lifting motor and the hydraulic system motor to realize driving and loading and unloading operations. Semi-electric stacker mainly embodies the application of transistor controller in terms of new materials and new technology. The emergence of this technology has greatly improved the performance of the semi-electric stacker. The durability, reliability and applicability of semi-electric stackers have been significantly improved.

The battery of the semi-electric stacker should be careful not to put the battery horizontally. Because the inside of the battery is generally 22 to 28% dilute sulfuric acid. When the battery is placed upright, its electrolyte can submerge the polar plates; if there is still a little space left, placing the battery horizontally will expose part of the electrode plates to the air, which will cause great damage to the battery. Generally, the observation hole of the battery or the top of the battery has an exhaust port, so it is easy for the electrolyte to flow out when the battery is placed horizontally.

The fork part of the semi-electric stacker bears all the weight, and undertakes the work of forking, lifting, and landing of the goods. It is one of the important components of the semi-automatic stacker. The inner mast of the semi-automatic stacking car is located on the inner side of the outer mast, and the lifting sprocket is installed on the upper beam. Longitudinal and lateral rollers are installed on the outer wall of the inner mast for rolling inside the outer mast to reduce movement resistance.

The lifting chain goes around the lifting sprocket on the inner mast, one end is connected to the forklift, and the other end is fixed on the beam of the outer mast. When the plunger rod of the lifting cylinder is raised, the inner mast and the fork frame of the semi-electric stacker can lift the goods. What the semi-electric stacker supplier wants to explain is that the outer mast plays a guiding role for the movement of the inner mast, and the two parallel columns are firmly welded together by the upper beam, middle beam and bottom plate. The column of the inner mast of the semi-electric stacker is made of trough-shaped, I-shaped or special-shaped steel structure, and the two parallel columns are firmly welded by the upper and lower beams.

The other semi-electric stacker supplier reminds all respected customers and friends that after understanding the working principle of the semi-electric stacker, you must construct according to the material, and put safety first in the storage work arrangement.