A compressed air system typically consists of various components that work together to generate, store, distribute, and regulate compressed air. Here’s a simplified list illustrating the typical components and their connections in a compressed air system:
Let’s briefly describe each component:
- Air Intake: This is where ambient air is drawn into the compressor system.
- Air Compressor: It compresses the incoming air to the desired pressure level, typically using a piston, rotary screw, or vane mechanism.
- Air Storage (Tank): Compressed air is stored in a tank to provide a reservoir of compressed air for peak demands and to reduce compressor cycling.
- Air Dryer: It removes moisture from the compressed air, ensuring the air is dry and free from excessive humidity.
- Filters: These components remove particulates, oil, and other contaminants from the compressed air, ensuring clean and high-quality air.
- Air Distribution Piping: This network of pipes distributes the compressed air from the storage tank or treatment equipment to various points of use throughout the facility.
- Air Pressure Regulator: It controls the pressure of the compressed air as it is delivered to the end-use applications, maintaining the desired pressure level.
- Air Tools: These are the devices or equipment that utilize the compressed air to perform various tasks, such as pneumatic drills, air-operated valves, pneumatic cylinders, etc.
It’s important to note that the actual layout and configuration of a compressed air system may vary depending on the specific application, facility size, and requirements. The list above provides a general overview of the main components and their connections in a typical compressed air system.