2BE3 Series High Capacity Water Ring Vacuum Pump

High-Performance 2BE3 Series Water-Ring Vacuum Pumps

The 2BE3 series water-ring vacuum pumps and compressors integrate advanced international technology, designed for superior energy efficiency and long-term, continuous reliability. These pumps excel in rough vacuum situations, making them the rigorous solution required for handling various gases across diverse industries.

Versatile Industrial Applications

Built to withstand challenging conditions, the 2BE3 series is widely utilized in critical sectors including paper manufacturing, mining operations, power stations, and chemical processing. Its design allows for flexible operation, capable of being driven by V-belts, synchronous motors, or gearboxes. For space efficiency, a single motor can simultaneously drive two to four 2BE3 series pumps.

Enhanced Operational Flexibility

Featuring an internal middle wall, this pump can tolerate a pressure differential up to 80kPa between the two sides, allowing two separate vacuum statuses to be managed by one unit. This dual-stage capability significantly improves operational flexibility and efficiency.

Key Durability and Maintenance Features

• Large inspection ports on both end-shields allow easy monitoring of tolerance, corrosive status, and fouling.
• Impeller material options include QT400 nodular iron or steel plates to ensure stability and extend service life under rigorous conditions.
• Casing is constructed from steel or stainless steel plates for maximum longevity.
• Stainless steel shaft bushings increase pump life up to five times compared to standard materials.
• Imported bearings guarantee precise orientation and high stability during operation.
• Optional imported mechanical seals are available to prevent leakage during extended use.

Design Advantages

The pump features top and side flanges with identical diameters for convenient connection flexibility. Furthermore, the unique design places the separator above the pump, which effectively saves installation space and reduces operational noise.