OSC 30-91-066 Westfalia Separator is a self-cleaning disc-stack centrifugal oil separator designed to continuously separate oil from water and solid contaminants by exploiting density differences under centrifugal force.
It uses a high-speed rotating bowl and a stack of precision discs; it can increase the effective gravity of the fluid, forcing heavier water and solids outward while the lighter oil moves inward for collection.
Westfalia Separator OSC 30-91-066 is built for continuous duty in marine and industrial environments, with automatic solids discharge and adjustable interface control to maintain efficient separation across different oil types and operating conditions.
It is part of the Westfalia family of separators, designed to maintain the cleanliness and freedom from contaminants in lubricating oils, fuel oils, and hydraulic fluids, thereby reducing equipment life expectancy.
Westfalia OSC 30-91-066 Key Features
- Disc-Stack Centrifugal Design: Creates very thin flow paths by packing discs tightly, improving separation efficiency by increasing surface area under centrifugal force.
- Self-cleaning operation: During operation, the separator automatically discharges accumulated solids without stopping, which enables long continuous duty periods.
- High Bowl speed: By spinning at high rotating speed, the bowl creates the centrifugal field required to separate emulsified water and fine solids from oil.
- Compact Industrial Layout: Created to fit in engine rooms, machine rooms, or plant spaces with service points that are easily accessible for maintenance.
OSC 30-91-066 Application
- Marine: Continuously cleans engine and turbine lubricating oils to remove water and fine particles that cause wear.
- Fuel oil treatment: Removes water and contaminants from diesel, distillate, and heavy fuel oils before combustion or injection.
- Industrial oil system: Used in power plants and industrial facilities to maintain oil quality in gearboxes, turbines, compressors, and other rotating equipment.
- Oil reconditioning system: Used in oil reclamation processes to repair contaminated oil for reuse, reducing waste and operating costs.