Pneumatics

Pneumatics refer to the technology of air or gas pressures acting towards mechanical motion. This technology has been primarily developed for use in industrial engineering applications. The primary components of any pneumatics system are generally compressors, filters, tanks, cylinders and controllers. A compressor is required to produce pressurized air or gas, filters ensure that contaminants and other particles are removed from the system, tanks are used to store pressurized fluid in the system, cylinders are the component within the system that actually controls the movement, and controllers regulate and direct the flow of the pressurized air or gas.

Hydraulics

Hydraulics involve the use of fluids to perform work. Unlike pneumatics, this technology does not involve the use of air or gas, but rather uses oil, water, or other fluids as the acting medium. This technology is more versatile than pneumatics, since more than one fluid can be used, and it is also more energy-efficient since multiple power sources can be used in the same system. Components of a basic hydraulics system include pumps, reservoirs, filters, cylinders, and valves. Pumping stations provide the necessary force for the application, reservoirs are used to store the hydraulic fluid, filters remove any contaminants from the system, cylinders control the movement of the fluid, and valves regulate and direct the flow of the fluid.

81513012 Application Field and Working Principle

The 81513012 technical specific application field indicates the use of either pneumatic or hydraulic systems in industrial engineering applications. The system is capable of performing automatic slice-cutting and packaging operations with high efficiency, accuracy, and reliability. Working in combination with industrial, single-stage pneumatic, and two-stage hydraulic systems, the system can accurately cut and package a wide range of materials. The system is designed with an array of advanced features for security, performance, and operation control. This includes advanced safety features, such as automatic error messages and emergency stops, as well as features to monitor cycle time, process parameters, and system status.

The working principle of the 81513012 involves both pneumatics and hydraulics. The system is designed with both compressors and pumps to generate the necessary air or gas pressure, as well as hydraulic fluid. The system is then designed in such a way that cylinders, filters, valves, and tanks are used to control and direct the flow of the pressurized air or fluid. The system is also designed with controllers to regulate and adjust the flow of the compressed air or fluid to allow for accurate performance and efficiency. In addition, advanced safety features are implemented to monitor system status and to ensure that the system is running smoothly and efficiently.