SOBO D-Series Submersible Water Pumps

SOBO D Series Submersible Pumps

Advanced Performance for Aquatic Applications

The SOBO D Series submersible pumps are engineered for superior water circulation and lifting performance across a variety of aquatic environments. Designed for use in fountains, ponds, and both freshwater and saltwater aquariums, these pumps deliver reliable operation with energy efficiency and long-lasting components.

Key Features:

• Ultra-Low Water Suction (1cm from base):
  Capable of drawing water from as low as 1cm above the tank bottom, allowing for near-complete drainage and efficient water removal.

• 360° Water Intake Design:
  Ensures omnidirectional water suction for consistent flow and thorough circulation, minimizing dead zones in the water column.

• Durable Ceramic Shaft:
  Fitted with a waterproof, corrosion-resistant ceramic shaft that offers long-term durability, even in saltwater environments.

• Versatile Use:
  Ideal for decorative water features, filtration systems, aquariums, hydroponics, and aquatic farming. Suitable for both fresh and marine water setups.

• High Lift & Large Flow Rate:
  Each model is optimized to deliver strong vertical lift and robust water output, ensuring effective circulation in a range of tank or pond sizes.

• Energy Efficient & Eco-Friendly:
  Designed to minimize power consumption while maintaining powerful performance, reducing both operating costs and environmental impact.

Model Specifications:

Important Note on Pump Performance:

When selecting a pump model, please understand that flow rate and maximum head height are inversely related. A pump will not deliver its maximum flow at its maximum head height. At the highest lift point (head height), the flow rate effectively drops to zero.

Additionally, pipe diameter plays a critical role in performance. Thicker pipes create more resistance, requiring a stronger pump to maintain adequate water lift and flow. To ensure the best results, especially in high-lift or large-volume systems, consider choosing a higher-capacity model than your minimum requirements suggest.