The oil-gas separation barrel, also known as the oil separator tank, is a core pressure-bearing component of a screw air compressor’s lubrication and gas purification system. It is specially designed to separate compressed air from lubricating oil mist and liquid oil droplets. As a key guarantee for producing clean compressed air and realizing cyclic oil supply, it directly affects the air quality, operating efficiency, energy consumption and service life of the entire screw air compressor unit.

As the core control hub of ORMD screw air compressors, the electrical control system is a key embodiment of the equipment’s reliable quality and refined manufacturing. Adopting premium industrial-grade wires and electrical components, the system features excellent high-temperature resistance, aging resistance and anti-interference performance. It maintains stable conductivity and low energy loss under long-term heavy-load operation, effectively avoiding common electrical faults and ensuring durable operation in harsh industrial environments.

ORMD air compressor’s intelligent control system features a high-performance PLC (Programmable Logic Controller) and a high-definition LCD screen, integrating one-key start-stop and fully automatic operation. Designed to simplify operations, enhance efficiency and reduce manual intervention, it ensures stable, energy-saving operation for factories, workshops and construction sites.

Meaning of Energy Efficiency Testing of Air Compressors Production end: forcing enterprises to upgrade their designs (such as high-efficiency hosts, permanent magnet motors, and variable frequency control) and eliminate inefficient production capacity. User side: When purchasing, equipment can be selected according to energy efficiency levels, significantly reducing long-term electricity costs.

Type H Ultra-High Efficiency Activated Carbon Precision Air Filter is equipped with excellent adsorption and filtration capabilities, specially designed to meet the most stringent air quality requirements. It integrates high-precision particle filtration and efficient gas adsorption, making it a core component in high-end air treatment systems.

Its filter element is made of imported glass fiber filter material, which has superior adsorption and filtration capacity. It can highly clean impurities in the air, effectively trapping fine dust, oil mist, water vapor and other pollutants, thus providing high-purity air for subsequent equipment and production processes.

The Type A High-Efficiency Precision Air Filter is an essential and indispensable component in air treatment systems. It is designed to purify compressed air with outstanding precision, featuring a solid particle filtration accuracy of 0.01μm and a liquid oil-water filtration precision of 0.01ppm.

The class T air precision filter is a high-performance air purification device, primarily used for main pipeline dust removal and as a pre-filter in air systems. Its filter element is made of imported original glass fiber filter material, which ensures excellent filtration performance and durability.

Its importance is significant: It effectively filters 1μm solid particles and 1ppm liquid impurities (e.g., oil droplets and moisture) from compressed air, preventing wear, corrosion and clogging of downstream equipment such as precision valves, pneumatic components and instruments. This extends equipment service life, reduces maintenance costs and minimizes downtime. Additionally, it eases the load on subsequent high-precision filters, optimizes overall filtration efficiency, and ensures the compressed air meets the basic cleanliness requirements for industrial production. Compact, easy to install and maintain, it is an indispensable pre-filtration device for compressed air systems.

Material durability and maintenance practicality also shape selection. Industrial filters face harsh conditions including high temperatures, humidity, and continuous operation, so filter media and housing materials must resist corrosion, deformation, and premature clogging. Disposable filters suit fixed replacement schedules, while reusable washable filters lower long-term costs for high-dust environments. Regular maintenance schedules are equally important: clogged filters degrade air quality and damage equipment, so timely replacement based on operating hours and site conditions is essential.