Atlantic® OASE MD-Series Mag Drive Pump - 250 GPH - 4.5in L × 3.5in W × 5in H

Atlantic® OASE MD-Series Mag Drive Pump - 250 GPH - 4.5in L × 3.5in W × 5in H

The Atlantic® OASE MD-Series Mag Drive Pump is engineered for the demanding conditions of ponds, waterfalls, and fountains. With 250 GPH of flow capacity, the MD-Series delivers better flow rates at higher heads than comparable pumps, backed by a longer warranty and a design that makes servicing straightforward. Male threads on both inlet and outlet reduce flow restriction for more efficient water movement.

Key Features & Benefits

• Magnetic Induction Drive — no seals to wear out, long-lasting reliable performance in demanding pond and fountain environments.
• Better Flow at Higher Heads — outperforms comparably sized pumps when pumping water to elevation.
• Male Threads on Inlet & Outlet — less restrictive than female threads for higher, more efficient flow.
• Longer Warranty — Atlantic® backs the MD-Series with an extended warranty for added peace of mind.
• Easy to Service — designed for straightforward maintenance and cleaning.
• Dimensions: 4.5in L × 3.5in W × 5in H

Who Should Use This

Pond keepers, water garden enthusiasts, and growers who need a reliable, high-efficiency mag drive pump for smaller ponds, waterfalls, or fountain features that demand consistent flow at elevation.

Compatibility

Suitable for smaller ponds, waterfalls, and fountains. Male threaded inlet and outlet connections. Dimensions: 4.5in L × 3.5in W × 5in H.

Frequently Asked Questions

What is the advantage of male threads on inlet and outlet?

Male threads create a less restrictive flow path than female threads, allowing more water to pass through with less back-pressure — resulting in higher effective flow rates.

How does mag drive compare to traditional pumps?

Magnetic drive pumps have no shaft seals to wear or leak, making them more reliable for continuous-duty pond and fountain use.

Is this pump easy to clean?

Yes — the MD-Series is designed for easy disassembly and servicing to remove debris and maintain optimal flow.

What applications is this best suited for?

Smaller ponds, waterfalls, and fountains where consistent flow and reliability at elevation are priorities.