OilDry Vacuum Dehydrators
For Lube & Hydraulic Fluids
The OilDry vacuum oil dehydrator stands out as one of the most user-friendly and straightforward dehydrators available in the market today. Its ingenious design employs a dual-pump system, coupled with a variable frequency drive for vacuum tower oil level control, ensuring it operates with minimal operator involvement once it's set up.
Notably, the OilDry's low vacuum and low heat settings make it largely autonomous, mitigating the risk of oil coking or foaming—a common issue with many other dehydrator designs. Furthermore, its claw-style vacuum pumps require minimal maintenance, necessitating only a yearly quart of oil change, which is conveniently signaled to operators through the OilDry's PLC system.
Offering portability and available in flow rates ranging from 5 to 22 gallons per minute, the OilDry vacuum oil dehydrator is the epitome of simplicity and efficiency in oil dehydration technology.
- Removes water contamination in Lube and Hydraulic Systems caused by cooler leaks, steam seal leaks and other types of water seal failure.
- Faster water removal capacity compliments the MSC line of smaller PHoenix Membrane Oil Dehydrators used on smaller reservoirs.
- The dry claw vacuum pump requires no cooling or seal water/oil.
- The only required service is an annual oil change that takes less than a quart of oil and 15 minutes.
- Minimal heat input means lower en- ergy usage. The heater only engages when the oil is cooler than 120° F.
- Power supply is 480V/3Ph/60Hz with no other utilities or drains required.
- Removes 100% free, 100% emulsified and dissolved water contamination to less than 50 ppm - oil type dependent.
- Particulate contamination to less than ISO Code 16/14/11 - filter element dependent.
- Maintains Oil/Water levels below the damaging free water oil saturation point.
- Easy to use, set up and requires limited operator involvement or regular maintenance.
- Standard water sensor and optional particle counter keep track of performance in real time