Air pump Tetra 143128 for aquariums, anthracite, up to 60 L, 50 l/h, 2 W

Tetra 143128 is a compact air pump designed for freshwater aquariums up to 60 L. The unit delivers an airflow of up to 50 l/h while consuming around 2 W of power. Finished in anthracite, the pump provides continuous aeration to support oxygen exchange, maintain gentle water movement and operate basic air-driven decorations and accessories in small tanks.

Advantages

The pump operates with low noise due to sound-absorbing chambers, a stable housing and vibration-absorbing rubber feet. A durable, high-performance membrane ensures a consistent airflow. The device is easy to use and includes an air tap that allows simple adjustment of the delivered air volume. Overall construction emphasizes reliable, long-term operation suitable for single-tank setups.

Suitable for

• Small freshwater aquariums up to 60 L
• Oxygenation of fish tanks and prevention of stagnant zones
• Powering small air-driven decorations, stone diffusers or sponge filters
• Single-tank setups and basic aeration needs

Key specifications

• Maximum recommended aquarium volume: up to 60 L
• Airflow: up to 50 l/h
• Power consumption: approximately 2 W
• Colour: anthracite
• Designed for single-tank use and basic aeration accessories

How to use

Place the pump on a stable, level surface outside the aquarium, ideally below the waterline to prevent siphoning. Connect airline tubing to the pump outlet and route it to the aquarium accessory or diffuser; secure connections to avoid air leaks. Use the included air tap to adjust airflow to the required level for your aquarium inhabitants and accessories. Ensure the pump is positioned on its rubber feet to minimise vibration transfer and check connections regularly for wear.

Usage recommendations

For quiet operation, allow a short run-in period after installation and keep the pump housing unobstructed. Periodically inspect the membrane and tubing for signs of wear and replace parts as needed to maintain consistent air delivery. Avoid placing the pump on or against resonant surfaces to reduce noise.