The use of compressed air smart
Almost all industrial facilities have one or more compressors for hundreds of different tools, equipment, and jobs. In most compressed air applications, there is no practical problem, but there are some problems. Improper use may result in unnecessary energy costs, high noise levels and dangerous exposure from high-pressure air personnel.
Reduce energy costs
The best way to reduce energy costs is to maintain and use a properly compressed air system. Filter leaks and dirt require routine maintenance. If you replace old motors and control systems with high efficiency models that pay a lot of money in a short time, you can save energy. The most important factor to improve efficiency significantly is the correct use. The super air knifes can be opened or closed immediately, using only half of compressed air from conventional injectors to clean, cool and dry.
Reduce noise levels
High noise levels are a common problem in many factories. Because in many cases, the compressed air sound exceeds the noise level exposure requirements of OSHA (Occupational Safety and Health Administration), you may hear that people are losing money near the workplace. Super air knife sound level is also quiet at high pressure. With a super air knife, you can get a powerful punch without producing a loud noise.
Power plants that consider energy use less energy than compressors, so you can use the blower as a better choice. In fact, blowers are expensive capital expenditures, requiring frequent stops and maintenance of bearings, belts and filters. The important thing is as follows.
Filters should be replaced every 1 to 3 months. You need to replace the belt every 3 to 6 months. Since we cannot exchange many bearings in the field, shutdown occurs and assembly can be returned to manufacturing. Blowers take up a lot of space and generate more noise than necessary OSHA noise level exposure. Due to the need for mechanical adjustment, it is difficult to control air volume and wind speed.