MagTool Adjustable Gyre Wave Maker for Aquariums (1600-4200 GPH) with Sine Wave Technology (MT-2400)

About this item

• Versatile Flow Modes: This groundbreaking pump supports four modes – Constant Flow, Pulse, Tidal, and Turbulent – allowing you to customize your tank's water flow to perfection. In Pulse and Tidal modes, take advantage of 11 adjustable wave frequencies, effortlessly creating resonant or oscillating waves preferred by coral.
• User-Friendly LCD Controller: Take full control with the external LCD screen controller. Effortlessly switch between modes, adjust wave frequencies, and fine-tune your aquarium's water dynamics. The intuitive interface ensures a seamless and enjoyable user experience, putting the power at your fingertips.
• Innovative Crossflow Technology: Unlike traditional wave pumps, our Crossflow Wave Pump boasts a wider water outlet, ensuring gentle and comprehensive water circulation. Say goodbye to dead spots as it authentically simulates ocean currents, creating a more realistic marine environment for your aquatic friends.
• Flexible Sizing Solutions: The Crossflow Wave Pump provides three different size options for various tank dimensions. Opt for the MT1600, designed for tanks ranging from 60-100cm (23-39 inches) with a maximum flow rate of 1600GPH. For larger tanks of 90-150cm (35-59 inches), the MT-2400, which can handle up to 2400GPH, is suitable. Lastly, the MT-4200 is perfect for tanks measuring 120-250cm (47-98 inches) and supports a maximum output of 4200GPH. Find the perfect match for your aquatic environment.
• Convenient Feeding Mode: Experience hassle-free feeding with our one-touch Feeding Mode. With a simple button press, the pump pauses for 10 minutes, providing a calm environment for you to feed your corals or fishes without disturbance.
• Safe and Silent Operation: Prioritizing safety and tranquility, our pump operates on DC 24V. The use of sine wave technology and multi-stage coils guarantees a silent operation, creating a serene atmosphere for your aquatic ecosystem.