Oil purification unit
0.6 - 0.9 bar | IFPS series
INTERNORMEN Technology
Water is one of the most common contaminants and the second most destructive besides particulate contamination. Some of the most damaging problems water contamination can cause are:
Fluid breakdown
Additive depletion
Reduction of the lubrication properties of the fluid
Oil oxidation
Internal corrosion
Abrasive wear in system components
Reduced dielectric strength
Principle of Operation:
Contaminated fluid is drawn into the Internormen Fluid Purifier System by a vacuum of 0,6 to 0,9 bars.
The fluid is passing a heater which is raising the temperature in order to increase the filtration speed.
The fluid then enters through a vacuum actuated inlet valve into the vacuum chamber, where it is then allowed to cascade over the dispersal elements to break it into droplets in the tower. This increases the exposed surface area of the fluid and converts the water into vapour form, which is drawn out of the tower with a vacuum pump through the condenser to the drainage reservoir for drain off. The water-free fluid is drawn out of the tower by a hydraulic pump and sent through a high efficiency particulate removal filter back to the system.
The installed water sensor allows a permanent control of the saturation of the fluid.
Fluid breakdown
Additive depletion
Reduction of the lubrication properties of the fluid
Oil oxidation
Internal corrosion
Abrasive wear in system components
Reduced dielectric strength
Principle of Operation:
Contaminated fluid is drawn into the Internormen Fluid Purifier System by a vacuum of 0,6 to 0,9 bars.
The fluid is passing a heater which is raising the temperature in order to increase the filtration speed.
The fluid then enters through a vacuum actuated inlet valve into the vacuum chamber, where it is then allowed to cascade over the dispersal elements to break it into droplets in the tower. This increases the exposed surface area of the fluid and converts the water into vapour form, which is drawn out of the tower with a vacuum pump through the condenser to the drainage reservoir for drain off. The water-free fluid is drawn out of the tower by a hydraulic pump and sent through a high efficiency particulate removal filter back to the system.
The installed water sensor allows a permanent control of the saturation of the fluid.
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