LANGUAGE
22W,2M, 1200L/H, AC 12V /24V /100V /110V /120V /127V /220V /230V /240V /50Hz /60Hz, 102×73×107mm, φ9/13/19/21mm
Key Advantages
Bottom Suction Design:
Low Water Level Operation: This is its most significant feature. It can suck up water near the bottom of the container, allowing the pump to operate at extremely low water levels, maximizing the emptying of tanks, aquariums, sump tanks, etc., and reducing residual water.
Highly Efficient Drainage: Ideal for situations requiring thorough drainage, such as aquarium water changes, pumping water from small aquariums, or solving minor water accumulation problems.
Round Basket Design:
Anti-Clogging/Filter Protection: This basket-shaped or mesh suction design typically acts as a pre-filter, effectively preventing larger particles, fish waste, debris, etc., from entering the pump body, protecting the impeller and extending the pump's lifespan.
Easy to Disassemble and Clean: Most designs of this type allow users to easily disassemble and clean the filter basket at the suction inlet.
High Efficiency and Low Power Consumption:
22W Power: For a small submersible pump, 22W is a relatively moderate power, usually providing sufficient water flow and head to meet the needs of aquariums, small fountains, or water circulation systems while maintaining low energy consumption. Submersible Operation:
Quiet Operation: Since the pump body is completely submerged in water, the water's isolation significantly reduces operating noise, providing a relatively quiet environment, which is especially important in home aquariums and indoor water features.
Heat Dissipation: Water flowing through the pump body helps effectively dissipate the heat generated during operation, providing excellent heat dissipation.
Suitable Applications: With these advantages, the DYH-22C 22W submersible pump is particularly suitable for:
Aquariums/Fish Tanks: As a main circulation pump, bottom filter pump, or as a pump for purging and draining water during water changes.
Small Water Features/Fountains: For water circulation and creating water flow effects.
Small Drainage Operations: Situations requiring the water in the container to be pumped to the lowest possible level.
