Filtros, Trampas y Silenciadores / Descarga de la Bomba de Vacío y Separación de Aire/Aceite / Serie EF: Filtro para Neblinas de Aceite para Bombas de Vacío Pequeña /
Modelo #
$465,00 / cada uno
Por favor ordene por empaque o por caja. Una orden de un minimo de $100.00 netos es requerida. Gracias.
Captures oil fog, mist or aerosol from discharge of oil sealed vacuum pumps
Steel construction with nickel plated finish
Seamless drawn housings
Easy thumb screw access for element maintenance
Oil run-off from the filter returns to the pump
Technical Specifications
0.3 micron media; 99.97% efficiency
Continuous operating temp: 68°F (20°C) to 180°F (80°C)
EFDB Series
Captures oil fog, mist or aerosol from exhaust of oilsealed vacuum pumps
Auto drain back design to recycle oil mist:
Internal drain returns oil back into pump
Prevents oil blow back with auto sealing
Enclosed housing allows for clean environment
Steel construction with nickel plated finish
Seamless drawn housings
Easy thumb screw access for element maintenance
Oil run-off from the filter returns to the pump
Opciones
EFSeries
Additional ISO flange connections
Nonstandard connection styles
Aplicaciones
Blower Exhaust Oil Mist
Hydraulic Breathers - fine filtration
Leak Detection
Vacuum Coating
Vacuum Freeze Dry
Vacuum Outgassing
Industrial Vacuum Processes
Captures oil fog, mist, or smoke from exhaust on oil flooded vacuum pumps
Refrigeration and Air Conditioning evacuation service
Semiconductor Industry
Laboratory Industry
Autoclaving, Sterilization
Electronic tube and light bulb evacuation
Technical Specifications
0.3 micron media; 99.97% efficiency
Continuous operating temp: 68°F (20°C) to 180°F (80°C)
Accessories-EF-EFDB Discharge Filters Maintenance Manual EF Datasheet EF Datasheet (Metric) EFDB Datasheet
Serie DSV / DEE: Separadores para Neblinas de Aceite y Adsorción de Olores Serie EE: Filtro para Neblinas de Aceite de Recirculación
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When contaminated air passed through the filter media, oil particles are attracted to the oleophobic fibers.The oil droplets collide with the fiber and accumulate. When drops become larger, they are heavy enough to fall down to the base where it can be collected or drained back to the machine tool sump.
The main limitations and/or disadvantages of oil mist lubrication are the lack of knowledge about the operation and the application of oil mist. Because airflow delivers the oil mist (oil particles) to the point of lubrication, the suspension of the oil particles is important.
High-strength mist filters are ideal for shooting in low lighting conditions when a visible light source is present (e.g., a street light, a candle, etc.). That's because they will add a soft glow around the light source, enrich the shadows, and reduce the contrast between highlights and shadows.
Mist eliminators remove visible oil vapor from the air stream of vents in lubricating oil systems of large, high-speed rotating equipment such as gas turbines, steam turbines, turbo compressors, turbo generators, reciprocating engines, high speed couplings and gear boxes.
The flow of oil mist supplies continuous lubrication to the bearings and passes onto a vent point. The excess oil mist must be contained and collected below the equipment for reuse or disposal.
The detector constantly monitors the oil mist concentration in the crank case, indicates the mist level and, if the concentration is raised beyond a set point by the overheating of the bearings or any other cause, issues an alarm.
Examples include bearings of electric motors, pumps and compressors in many oil refineries and petrochemical plants1; gears, cams, chains and sliding surfaces of machines in steel and paper mills; construction equipment and an increasing range of other industrial applications.
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