Ghana-Kumasi
Water Pump (4L/min) without Port
Original price was: ₵85.00.₵80.00Current price is: ₵80.00.
The Water Pump (4L/min) without Port is a 12V DC highly efficient low noise device made of stainless steel shafts. It consumes little power and can be operated in various atmospheric and environmental conditions with a flow rate of 4L/min.
This Water Pump (4L/min) without Portis a compact, high-efficiency, low-noise pump built with stainless-steel shafts for durability and corrosion resistance. It delivers a steady flow rate of 4 liters per minute while consuming minimal power, making it ideal for a wide range of DIY, educational, and professional applications. Designed to operate reliably in various atmospheric and environmental conditions, it’s perfect for projects requiring dependable fluid transfer.
Key Features & Capabilities
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Operating Voltage: 12 V DC for easy connection to batteries, adapters, or solar panels.
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Flow Rate: 4 L/min for steady, efficient water movement.
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Low Power Consumption: Energy-saving design extends battery life in portable setups.
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Low Noise Operation: Quiet running ideal for indoor or classroom use.
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Durable Build: Stainless-steel shafts resist wear and corrosion, extending pump lifespan.
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Compact & Lightweight: Fits easily into enclosures, water systems, or small machines.
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Versatile Mounting: Can be integrated into cooling loops, aquariums, fountains, or irrigation systems.
Typical Uses & Applications
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Cooling Systems: Circulate water in electronics cooling loops or small machinery.
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Aquarium & Fountain Projects: Provide gentle water flow for aquatic life or decorative features.
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Portable Irrigation: Water plants in greenhouses or small gardens.
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STEM Education: Demonstrate fluid dynamics and pump mechanics to students.
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DIY Prototypes: Integrate into custom water or liquid-transfer devices.
Why Choose This 12 V DC Water Pump?
This pump combines quiet operation, low energy use, and a rugged stainless-steel design in one compact unit. It’s ideal for hobbyists, students, and engineers needing reliable water movement in prototypes, educational setups, or small-scale systems.




