Clarifier decanter centrifuge 2019

GEA Westfalia 5mc/h OCE 305-01-32 discharge under pressure

Complete Technical Data (GEA OCE 305-01-32)Technical ParameterSpecification and ValuesManufacturer & ModelGEA Westfalia Separator Group GmbH – OCE 305 SeriesEquipment TypeHigh-performance 2-phase decanter centrifuge (Solid-Liquid)Bowl Inner Diameter305 mmBowl DesignFlat-cone design with an extended length (Extended L/D ratio)Maximum Hydraulic CapacityUp to 5 m³/h (varies depending on solid concentration)Maximum Solids Density 2.6 kg/dm³Drive Type2-Gear Drive (System with 2 independent motors, no magnetic brake)Differential Speed ControlAutomatic via dedicated Variable Frequency Drives (VFD)Overall DimensionsLength: 3000 mm | Width: 1000 mm | Height: 1150 mmTotal Weight (Complete Skid)Approx. 2500 kgLubrication SystemAutomatic centralized grease lubrication for main bearingsConstruction MaterialsHigh-grade duplex stainless steel (all product-contact areas)Scroll Wear ProtectionSintered tungsten carbide tiles welded onto the flight edgesII. Liquid Discharge Under Pressure SystemUnlike standard models with gravity discharge (where the liquid falls freely into acollection tank), your model retains the clarified liquid phase inside a hydro-hermetic tripetal Pump (Paring Disk): The separated liquid flows toward the cylindrical end of the bowl, entering a special chamber where a stationary disk with spiral internal channels (a reverse turbine) is etic-to-Pressure Energy Conversion: The kinetic energy of the rapidly rotating liquid is instantly transformed into hydrostatic pressure when it hits the channels of the stationary cess Advantages: The liquid leaves the decanter directly under pressure (without requiring an external transfer pump). This prevents product foaming (highly critical for oils, chemical products, or food-grade applications) and eliminates contact with atmospheric oxygen
Electrical cabinet with frequency inverters ant PLC (Siemens ) with acces code for modify the parameters , including factory documentation
Chjdpfx Apszgq Szjnjd