High-Pressure Regenerative Vortex Blower,High-Pressure Vortex Ring Blower for Sewage Aeration, Aquarium, Fish Pond - Single Phase Regenerative Blower，（180w/0.24hp）

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.Experience the exceptional performance of our Regenerative Blower, designed with high-quality aviation aluminum for enhanced durability. Featuring a modern silver finish, this blower operates at 220V with a frequency of 50HZ in a single-phase configuration. It offers a variety of motor speeds ranging from 90W to 1100W, translating to 0.12 to 1.48HP to meet diverse requirements. The airflow efficiency spans from 14 to 124Cmf/h (397 to 3512L/min), guaranteeing optimal performance for a wide array of applications. Enjoy impressive wind pressure levels from 5 to 24kpa and maximum suction capabilities between 4 and 22kpa. With a maximum aeration depth of 0.4m to 1.2m (1.3 to 4ft), this blower offers versatility for various setups. It can be easily mounted either horizontally or vertically, and its weight ranges from 5.3kg to 26kg, depending on the model. The package includes the Regenerative Blower and an Instruction Manual.

• Equipped with an all-aluminum double-sided impeller for maximum performance and quiet operation, featuring dust-proof filters to maintain a clean environment.
• Versatile industrial blower suitable for various applications including textiles, construction, powder transportation, pond aeration, hotel operations, and printing.
• Constructed from resilient aluminum alloy and cast iron, this blower offers excellent fire and corrosion resistance, efficient heat dissipation, and an extended lifespan.
• Specifications include a motor speed of 2980rpm, a frequency of 50Hz, an operating voltage of 110V/220V, and power options ranging from 120W to 1100W.
• Utilizes a high-efficiency motor with copper coils and precision bearings for smooth functionality, improved performance, and reduced environmental impact.