Series |
N/A MAFH-E = Dehydration Station |
Type |
N/A Offline Filtration System |
Seals |
N/A Fluoroelastomer (FPM) |
Protection Class |
N/A NEMA-2 |
Flow |
N/A Up to 22 gpmUp to 1320 gal/h |
End Type |
N/A MJIC |
End Size |
N/A 1-1/2 in. Inlet/1-1/2 in. Outlet |
Materials of Construction (Base Frame) |
N/A Carbon Steel |
Materials of Construction (Vessel) |
N/A Stainless Steel |
Materials of Construction (Seals) |
N/A Fluoroelastomer |
Dry Mass without Heater |
N/A 1050 lb476 kg |
Dry Mass with Heater |
N/A 1230 lb558 kg |
Oil Viscosity [Max] |
N/A 2500 SUS14 to 539 cSt |
Oil Viscosity [Min] |
N/A 75 SUS |
Inlet Pressure |
N/A Atmospheric |
Outlet Pressure |
N/A Up to 100 psiUp to 6.9 bar |
Fluid Service Temperature |
N/A 50 to 160 ºF10 to 71 ºC |
Mobility |
N/A Mobile |
Voltage |
N/A 575 V |
Motor Phase |
N/A 3 |
Frequency |
N/A 60 Hz |
Air Source |
N/A Integral Blower |
Element Size |
N/A G10 |
Element Length |
N/A One 27 in. Element Supplied |
Optional Heater |
N/A 12500 W |
Attainable Water Content |
N/A < 50 ppm |
Relative Humidity Display |
N/A Standard, 0 to 99 % Range |
Features |
N/A
|
Additional Information |
N/A
The hoses are 1-1/2 inch with female JIC ends. Power supply 575 VAC/3 ph/60 Hz. A power supply cable (approx. 30 ft) is included with flying lead ends for hook-up to customer supplied panel or plug. Additional replacement filter elements and breathers will need to be purchased as necessary. Water contamination in hydraulic systems can severely reduce the life of hydraulic systems and fluids. The MAFH-E is designed to eliminate 100% of free and up to 90% of dissolved water from reservoirs, barrels, and gear boxes. Using a patented transfer process, the MAFH-E efficiently removes water and particulate contamination quickly in all environments. A proprietary design reduces aeration of free and entrained gases of returned fluid. The unit was designed to be extremely portable using either the integrated lifting lugs located on each corner of the cart or the optional wheeled cart. |
Application |
N/A
|
Principle of Operation |
N/A The MAFH-E uses a new mass transfer dewatering technology. Ambient air is conditioned to increase its water holding capability before injecting to the reaction chamber. Fluid is equally distributed and cascaded down through reticulated media and the conditioned air stream. Water is transformed to water vapor and is expelled from the unit as a moist air stream. The relative humidity of the incoming fluid is continually monitored by an integral AS 1000 AquaSensor and displayed real-time on the control panel. |