LYC-J Series Coalescence Dehydration Oil Purifier

The LYC-J series coalescence dehydration oil purifier integrates five-stage filtration system, precise filtration and high-efficiency dehydration, introducing American "coalescence separation" technology with high dehydration efficiency and strong capacity, especially suitable for separating a large amount of water in oil, far superior to centrifugal dehydration ability. It can break all oil-water emulsified structures in the medium, and control the cleanliness of the medium to the system requirements through particle filtration system to ensure the cleanliness of the oil; it does not change the physical and chemical properties of the oil, prolongs the service life of the oil; it has low energy consumption and operating cost; the system configuration is excellent with strong continuous working performance, suitable for online operation.

Product Features

It has a five-stage filtration system integrating precise filtration and high-efficiency dehydration, adopting American "coalescence separation" technology with high dehydration efficiency and strong capacity. The particle filtration system uses high-efficiency filter material with large filtration area design, which can effectively remove extremely fine particle impurities to make the oil reach high cleanliness. The coalescence system is composed of a group of coalescence filter elements with unique polar molecular structure, and the free water and emulsified water in the oil are coalesced into larger water droplets after passing through the filter elements, and then settle to the water storage tank by gravity. The drainage system stores the separated water in the water storage tank, and when the interface height reaches the set value, the valve is opened to drain the water until it drops below the liquid level, then the valve is closed to stop draining. It is equipped with a special gear pump driven by motor, featuring low noise, strong self-priming ability and stable operation. The oil suction port coarse filter protects the oil pump and prolongs the service life of the main filter. 

Working PrincipleThe oil enters the system through the oil suction port, first passes through the pre-pump coarse filter to remove large particle impurities, then enters the coalescence system, where the free water and emulsified water in the oil are coalesced into larger water droplets by the coalescence filter elements with polar molecular structure, then enters the separation system, where the water droplets are blocked on the outer surface of the hydrophobic filter elements, coalesce with each other and settle to the water storage tank by gravity, then passes through the primary and secondary fine filters to remove fine particle impurities, and the purified oil is output from the outlet pipe. The separated water is stored in the water storage tank, and when the interface height reaches the set value, the valve is opened to drain the water automatically until it drops below the liquid level, then the valve is closed to stop draining.

AdvantagesIt integrates five-stage filtration and coalescence dehydration technology, with high dehydration efficiency and complete demulsification ability, far superior to centrifugal dehydration. It does not change the physical and chemical properties of the oil, effectively prolonging the service life of the oil. It has low energy consumption and operating cost, with excellent system configuration and strong continuous working performance, suitable for long-term online operation. It is equipped with a special gear pump driven by motor, featuring low noise, strong self-priming ability and stable operation. The oil suction port coarse filter protects the oil pump and prolongs the service life of the main filter. Thermal relay protection prevents motor damage caused by overload. The fine filter can be selected with different precisions to meet various filtration requirements, ensuring the oil cleanliness meets system requirements.

ApplicationFiltration of new oil and filling new oil after filtration. Purification of in-service oil in hydraulic lubrication systems. Bypass filtration during the operation of hydraulic lubrication systems. Online dehydration and purification of oil with large amount of water, breaking oil-water emulsified structures and ensuring the cleanliness of the oil.