Hailea HAP 60 Hiblow Air Pump

Hailea HAP 60 Hiblow Air Pump for Advanced Oxygenation

The Hailea HAP 60 Hiblow Air Pump is an advanced air-compressing system specifically engineered for those who require consistent and powerful aeration. Whether you are managing a large aquarium, a pond, or a biofloc system, this pump provides a steady air output that is critical for maintaining healthy aquatic environments. Its sophisticated sound damping system and multilevel muffler significantly reduce operational noise, ensuring that your setup remains peaceful.

Durability is at the core of the HAP-60 design. The exterior is constructed from a lightweight aluminium alloy that facilitates quick heat dissipation, preventing the motor from overheating during continuous use. Inside, the diaphragms are crafted from a specialized artificial rubber, which ensures the pump maintains stable pressure and a long operational lifespan while keeping energy costs low.

Specifications of Hailea HAP 60 Hiblow Air Pump

• Power: 55 W
• Air Output: 60 L/min
• Common Pressure: 0.01 Mpa
• Max Pressure: >0.035 Mpa
• Noise Level: 40 dB
• Weight: 6.0 kg

How to Use This Pond Air Pump

1. Place the Hailea HAP 60 on a flat, stable surface in a well-ventilated area to ensure optimal heat dissipation.
2. Connect the air tubing to the pump outlet using the appropriate connectors.
3. Route the tubing to your air stones or diffusers within the pond or tank.
4. Plug the unit into a grounded power socket and switch it on.
5. Adjust your air valves (if applicable) to distribute the 60 L/min flow across your aeration points.

Care & Maintenance Tips

• Periodically check the air diaphragms for wear and tear to ensure steady air pressure.
• Keep the aluminium alloy case clean and free of dust to maintain efficient heat dissipation.
• Ensure the pump is placed slightly above the water level or use check valves to prevent water back-siphoning.
• Inspect air tubing and diffusers regularly for clogs or leaks to maintain maximum output.
• Operate the pump in a dry area to protect the internal electrical components from moisture.