Ceramic furnace vacuum pump L-BV5

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Product overview
The L-BV5 monoblock liquid-ring vacuum pump is a compact integrated unit designed for continuous handling of large liquid volumes and condensable vapors. It delivers a volume flow range of 90–600 m3/h and provides suction pressures down to 33 mbar (absolute). The unit can operate as a pump and as a condenser to increase effective suction capacity when processing condensable gases.

Key features

• High capacity: Volume flow from 90 to 600 m3/h with suction down to 33 mbar.
• Dual functionality: Can function as pump and condenser to improve handling of condensable vapors.
• Reduced water consumption: Design achieves up to 50% lower water use in suitable applications.
• Corrosion resistance: Pump body available in full stainless steel option; reinforced stainless steel shafts in the pump section.
• Wear protection: Ceramic coatings on wear-prone components.
• Reliable bearings: Continuously lubricated bearings and high-quality roller bearings.
• Low noise and vibration: Engineered for reduced acoustic and vibratory emissions.
• Energy efficiency: Optimized hydraulic design to reduce operational energy consumption.
• Drive options: IE2 motors available on request.

Applications

• Ceramic and brick industry
• Drying systems and dryers
• Environmental engineering and wastewater handling
• Food & beverage processing and packaging
• Lifting, transfer and handling of liquids
• Packaging lines
• Plastics processing and recycling

Technical specifications

• Model family: L-BV5 (monoblock liquid-ring vacuum pump)
• Volume flow: 90 - 600 m3/h
• Suction pressure: down to 33 mbar (absolute)
• Functionality: Pump and condenser mode (increases suction capacity for condensable vapors)
• Construction: Reinforced stainless steel shafts; pump housing available with stainless steel option; coated components
• Bearings: Continuously lubricated bearings; top-quality roller bearings
• Surface treatment: Ceramic coatings on wear-prone parts
• Operational advantages: Low noise and vibration; energy-efficient hydraulic design; reduced water consumption up to 50%
• Design type: Monoblock (compact integrated assembly)
• Typical use case: Continuous handling of large liquid volumes, condensable vapors and processes requiring reliable operation