The working principle of German ACLA lifting buffer type A.
German ACLA lifting buffer type A is a widely used equipment in the industrial field, mainly used to improve production efficiency, reduce energy consumption and reduce mechanical wear. Its working principle is mainly based on the following two aspects:
1. Hydraulic principle.
ACLA Lifting Shock Absorber Type A uses hydraulic system as its main power source. When the hydraulic oil is pressurized, the oil pressure is converted into mechanical force through the cooperation of the cylinder and the piston, so as to achieve the lifting or lowering of heavy objects. In the lifting process, ACLA Lifting Buffer Type A can achieve a smooth and continuous lifting action by adjusting the flow and pressure of the hydraulic oil according to the actual demand. At the same time, due to the large output force and small volume of the hydraulic system, the ACLA lifting buffer type A has a larger lifting capacity and a smaller space occupation.
Second, the mechanical principle.
In addition to the hydraulic system, ACLA Lift Shock Absorber Type A also employs a variety of mechanical principles to ensure its stability and reliability. Among them, the most important principles are elastic deformation and plastic deformation. During the lifting process, when the weight suddenly falls or is overloaded, the spring of the ACLA lifting buffer type A will be elastically deformed, absorbing part of the impact energy, thereby reducing the damage to the mechanical parts and the interference to the surrounding environment. At the same time, when the heavy object is lowered, the cylinder and piston of the ACLA lifting buffer type A will be plastically deformed, resulting in a certain resistance, so as to control the descending speed and prevent the danger caused by the rapid fall of the heavy object.
In addition, ACLA Lifting Shock Absorber Type A also incorporates mechanical components such as rolling bearings and wear-resistant materials to improve its service life and reliability. The use of rolling bearings can reduce friction and wear, and reduce maintenance costs; The use of wear-resistant materials can enhance the wear resistance and durability of the equipment and improve its bearing capacity.
To sum up, the working principle of the German ACLA lifting buffer type A is mainly based on the hydraulic principle and mechanical principle. Through the adjustment and control of the hydraulic system, the smooth lifting of heavy objects is realized; Through elastic deformation, plastic deformation, and the combination of mechanical components such as rolling bearings and wear-resistant materials, the reliability and service life of the equipment are improved. Therefore, ACLA Lifting Buffer Type A is an efficient, stable and reliable equipment that is widely used in various industrial fields.
Lifting shock absorber made of Autan[GF]AE[ GF]HE, type A, D81 * h.120 according to EN 81-20 50 and Lift Directive 2014 33 EU Type A: with round steel plate and center hole. The buffer is secured with fastening screws. SKU: 300335A10 Size: D81 36 x 120 125 mm.