What is a pneumatic controller?
The pneumatic controller is a device used to control air pressure between several workstations in the production equipment. The pneumatic control, connected to the main air pipe leading from the air compressor, allows the operator to adjust the regulator and change the air pressure and allow the main air pressure to remain at a high operating level. The advantages of air pressure treatment with a pneumatic control are that the condensation from the compressor running at variable speeds is eliminated, reducing the amount of water in the air system.
The production process is operating tools and machines driven by air and machines in the production environment much faster. This results in increased production and increased profits. Most air -powered machines require different air pressure to function properly; Therefore, the pneumatic controller is a weighted asset for the system. Pneumatic control, which acts similar to the electric circuit board, is able to adjust it and divide the air inlethu. After modification, the air is directed by the correct pressure on the individual components of the workplace.
Most of the production plants use a pneumatic regulator on the main air lines; However, some use a separate pneumatic control at each workstation. This arrangement allows an individual operator to perform accurately adjusting each tool to achieve the best results at each workstation. The individual pneumatic controller also often allows you to maintain individual workstations without stopping production across the line.
Air -driven device and tools are susceptible to rust and water damage that occurs in the air system. Many designs of pneumatic controls allow the installation of an automatic oil device installed upstream from the tool. These oilers provide slow but stable oil drip drip into air guidance. Introduction oil toAir guide, rust and damage is eliminated and smaller downtime due to the replacement of defective tools.
regulators are often installed directly behind the air compressor. This installation makes it possible to operate multiple compressors at intervals that allow you to keep compressors when switching between them without preventing production. When the controller is switched from one compressor to another, then you can then turn off and operate, while the other keeps the air production into the plant. With this type of system, the entire compression unit can be removed and replaced without giving up any time for production.