Upgrade your aquarium setup with this adjustable, energy-saving fish tank oxygen pump. Perfect for maintaining a healthy environment for your aquatic pets, this aerator ensures efficient oxygen circulation with minimal power consumption. Available in three different power options (5W, 8W, and 10W), this oxygen pump is designed to suit various tank sizes. Built with durability and functionality in mind, it features a low-noise motor, adjustable airflow, and is constructed with quality materials for long-lasting use. Whether you have a small home aquarium or a larger fish tank, this pump will help your fish thrive.
Features:
Energy Efficient: Consumes 50% less energy while maintaining powerful oxygen circulation.
Adjustable Airflow: Easily control the oxygen flow with the rotating valve to suit the needs of your aquarium.
Low Noise Operation: Designed with dampening technology, the pump operates quietly, ensuring minimal disturbance.
Compact and Durable: Made with high-quality materials, this pump is built to last and can be easily placed outside the tank for space efficiency.
Versatile Power Options: Available in 5W, 8W, and 10W variants to suit different tank sizes and oxygen requirements.
All-Copper Motor: Features a durable, all-copper wire motor for longer life and more stable performance.
Specifications:
Power Options: 5W / 8W / 10W
Voltage: 220-240V
Exhaust Volume:
5W: 2 × 3L/min
8W: 2 × 3.5L/min
10W: 2 × 4L/min
Power Cord Length: 1.1M
Dimensions (L × W × H):
5W: 160mm × 95mm × 80mm
8W: 170mm × 100mm × 95mm
10W: 180mm × 115mm × 95mm
Noise Level: <40dB (Quiet operation)
Material: Durable ABS plastic body
Package Includes:
1 x Oxygen Pump (Please note: This is a bare machine, and no additional accessories are included.)
Note:
Colours may vary slightly due to lighting and screen settings.
Please ensure proper placement of the pump outside the tank, as shown in the diagrams, to avoid any potential issues with water backflow.
Always use the non-return check valve for optimal operation and safety.
Allow 1-3 cm difference in measurements due to manual measurement methods.
