High-Pressure Regenerative Vortex Blower,Regenerative Blower, High-Pressure Vortex Design, Suitable for Sewage Aeration and Aquarium Oxygenation，（370W/0.50HP）

Equipped with a powerful copper motor and high-precision bearings for effective rotor rotation. Ensures smooth operation, time savings, improved work efficiency, and reduced environmental pollution.This ring blower for fish tanks is a regenerative and centrifugal blower made from aluminum alloy. Regenerative blowers are more energy efficient than air compressors, offering a cost-effective alternative for your electricity bill. The vortex blower regenerative type is suitable for applications requiring low pressure or vacuum along with large air volumes. Specifications: Name: Regenerative blower, Casing material: aluminum, Number of phases: single phase, Protection level: IP54, Engine speed: 2800 rpm, Operating temperature: -40°C to 40°C, Inlet temperature: -40°C to 80°C, Air outlet direction: blowing and suction, Coil material: pure copper, Power options include: 120W/0.16HP, 180W/0.24HP, 250W/0.34HP, 350W/0.47HP, 370W/0.50HP, 550W/0.74HP, 750W/1.01HP, 1100W/1.48HP, and 1500W/2.01HP.

• Constructed from durable aviation aluminum, this blower offers a fireproof design, excellent heat dissipation, rust resistance, and an oil-free operation, ensuring longevity in demanding environments.
• 220V single-phase regenerative blower with IP54 rating and 2980 RPM motor speed, featuring dual blowing and suction functions for versatile industrial applications.
• Suitable for diverse uses including industrial blowing, dust removal at construction sites, aeration for fish ponds, and applications in hotels, processing, aquaculture, and printing industries.
• High-efficiency design includes a dual-sided all-aluminum impeller and precision engineering to avoid air stagnation, providing high wind pressure and speed while incorporating filters to keep the fan clean.
• Powered by a robust copper motor with high-precision bearings, it ensures efficient rotor rotation for smooth operation, increased productivity, and reduced environmental impact during use.