Air Compressor

The air compressor primarily provides purging power for the pulse-jet bag filter. By supplying clean, dry compressed air stably, it maintains long-term stable ventilation volume and negative pressure balance of the Raymond mill system. Its operational reliability directly determines the dust removal efficiency, preventing increased system resistance and reduced production output due to bag clogging.

Features and Advantages of Air Compressor

Safe and Explosion-Proof: Simple and robust structure with built-in overload protection capability. No risk of electrical sparks in flammable or explosive environments, and high-temperature resistance ensures excellent safety.

Clean and Environmentally Friendly: Uses air as the compression medium; leaks do not pollute the environment. Suitable for clean industries such as food, pharmaceutical, and electronics.

Convenient Conveying: Enables centralized long-distance air supply via pipelines. Compressed air energy can be stored, meeting short-term usage or safe shutdown requirements during power outages.

Flexible Regulation: Supports stepless speed control and output force adjustment, allowing seamless integration with intelligent control systems like PLCs to achieve complex automation.

Working Principle of Air Compressor

Air Compression: Two helical rotors mesh and rotate, periodically forming enclosed spaces within the chamber. This process completes air intake, delivery, and compression, converting mechanical energy into high-pressure air energy.

Cooling and Separation: Oil injection ensures sealing, cooling, and lubrication. High-temperature oil-air mixture is separated via centrifugation and filtration, ensuring clean compressed air.

Intelligent Regulation: Variable frequency drives enable stepless regulation from 10% to 100%. The PLC system dynamically matches pressure, temperature, and flow rates. An air receiver tank buffers energy and stabilizes delivery.