The function of the air compressor filter element is to enter the oil-containing compressed air generated by the main engine into the cooler, mechanically separate into the oil and gas filter element for filtration, intercept and polymerize the oil mist in the gas, and form oil droplets concentrated at the bottom of the filter element through the return pipe to the compressor lubrication system, so that the compressor discharge more pure and high-quality compressed air; Simply put, it is a device that removes solid dust, oil and gas particles and liquid substances in compressed air.
The oil filter element in an rotary compressor for sale is responsible for separating oil from the compressed air generated by the compressor's main engine. The main steps involved in the oil filtration process are:
Filtration: The oil-containing compressed air is directed into the cooler, where it is mechanically separated into oil and gas. The oil filter element then filters this mixture, removing solid dust, oil and gas particles, and liquid substances.
Oil Separation: This type of air compressor spare parts helps intercept and polymerize the oil mist present in the gas. This process causes the oil droplets to coalesce and concentrate at the bottom of the filter element.
Oil Return: Through a return pipe, the concentrated oil droplets are directed back to the compressor's lubrication system. This ensures that the separated oil is properly returned to the system for lubrication and other necessary functions.
Pure Compressed Air: By effectively removing solid particles and oil contaminants, the oil filter helps ensure that the compressor discharges cleaner, purer, and higher-quality compressed air.
The presence of oil mist and contaminants in compressed air can have several negative effects:
Contaminant Removal: The oil filter prevents solid particles, oil mist, and liquid substances from being carried along with the compressed air into downstream applications and equipment.
Purity: Cleaner compressed air is essential for applications that require precise air quality, such as pneumatic tools, instrumentation, and cleanroom environments.
Equipment Longevity: Removing oil contaminants helps prevent damage to downstream components, prolonging the lifespan of the entire compressed air system.
Energy Efficiency: Cleaner air results in reduced friction and wear on internal components, leading to improved energy efficiency and reduced maintenance needs.
Compliance: Many industries have standards and regulations regarding compressed air quality. A well-functioning oil filter helps ensure compliance with these standards.
