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12V Mini Submersible Water Pump – 10 L/min, 8W
- Rs 280/-
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12V Mini Submersible Water Pump – 10 L/min, 8W
12V Mini Submersible Water Pump – 10 L/min, 8W
12V Mini Submersible Water Pump – 10 L/min, 8W
The 12V Mini Submersible Water Pump is a compact and practical solution for moving and circulating water in DIY, educational, automation and small-scale water systems. Operating from a 12V DC supply, this fully submersible pump can deliver a maximum flow rate of 10 L/min (600 L/h), making it suitable for applications where reliable water circulation is required in a compact form factor.
Unlike a standalone DC motor, this product is designed specifically as a water pump, with the motor and pumping mechanism integrated into the unit. Simply place the pump in the water source and connect it to a suitable 12V supply to circulate water through your system.
It can be used for aquariums, hydroponic systems, automatic irrigation, fountains, water circulation, cooling systems and Arduino-based automation projects. Its 12V operation also makes it convenient for battery-powered and solar-powered DIY systems when the electrical requirements are properly matched.
Flow Rate and Pump Performance:
The pump has a maximum flow rate of 10 L/min, equivalent to approximately 600 L/h. The actual flow delivered by the pump depends on the pumping height, tubing length, outlet restrictions and other resistance in the water system.
For applications requiring a specific water delivery rate, consider both the flow rate and maximum head height rather than selecting a pump based on flow rate alone.
Features:
- 12V DC Operation: Designed to operate from a 12V DC power source.
- 10 L/min Maximum Flow: Provides water circulation at up to approximately 600 L/h under suitable operating conditions.
- 8W Power Consumption: Suitable for compact water circulation and DIY applications.
- Fully Submersible: Designed to operate while immersed in water.
- Compact Water Pump: Easy to integrate into small tanks, reservoirs and experimental setups.
- Multiple Applications: Suitable for aquariums, hydroponics, irrigation, fountains and water-circulation projects.
- Arduino Compatible Projects: Can be integrated with Arduino-based automation using an appropriate relay or MOSFET driver.
- DIY-Friendly: Useful for students, makers, hobbyists and prototype development.
Applications:
Hydroponics
Use the 12V submersible water pump for hydroponics to circulate nutrient solution between a reservoir and growing system. It can be incorporated into small-scale hydroponic prototypes and educational projects where controlled water circulation is required.
Aquarium Water Circulation
The compact 12V water pump can be used for aquarium water circulation, small water features and DIY filtration setups, provided the pump's flow and operating specifications match the aquarium system.
Automatic Irrigation with Arduino
Build an Arduino automatic irrigation system by connecting the pump to a suitable relay module or MOSFET driver. A soil-moisture sensor can be used to detect dry soil, allowing the Arduino to activate the pump and deliver water automatically.
DIY Water Features
Create small fountains, water displays and educational water-flow experiments using the compact submersible design.
Water Circulation Projects
The pump can be integrated into DIY water-cooling, reservoir circulation and other maker projects requiring controlled movement of water.
Arduino Automatic Irrigation Project
The pump can be used as the water-delivery component in an Arduino-based automatic irrigation system.
A typical setup can include:
Soil Moisture Sensor → Arduino → Relay/MOSFET Driver → 12V Water Pump
When the soil moisture level falls below the programmed threshold, the Arduino can activate the driver circuit and switch on the pump. Once sufficient moisture is detected, the controller can switch the pump off.
Note: Do not power the pump directly from an Arduino GPIO pin. Use an appropriately rated relay module or MOSFET driver and a separate 12V power supply capable of handling the pump's current requirement.
Package Includes:
- 1 x 12V Mini Submersible Water Pump – 10 L/min, 8W
Specifications:
| Color | Black & White |
| Material | Plastic |
| Power | 8 Watt |
| Operating Voltage | DC 12V |
| Maximum Flow | 10L/M |
1. What is DC water Pump?
- The DC water pump is an electric water pump driven by a DC motor. The DC water pump is powered by a dc power supply, solar dc power supply, or battery operated. The DC Water Pump is usually used as a dc booster pump, dc submersible pump, dc solar pump, etc. The DC pumps are safe, highly effective, quiet, and small in size.
2. What is the difference between AC and DC pump?
- DC pump: The DC pump is powered by a direct current motor, it does not require a battery or an inverter. AC pump: The motor of the AC pump runs on alternating current, which means that the direct current produced by the solar panels is converted to alternating current via the inverter.
3.What is the use of mini water pump?
- The Mini water pump is commonly used in salt-water or fresh-water, Perfect for small to medium size aquariums, fish tank, pet cat dog water fountains, waterfall in terrarium, Tabletop fountains, spout, and water gardens.
4.Will a 12V DC water pump work if directly connected to solar panels without a battery?
- Yes, a 12V DC water pump will work if directly connected to solar panels without a battery during the day, and the panel should produce watts equal to the wattage of the 12V pump. It will not work at night or on cloudy days.
5.What is the most powerful 12-volt water pump?
- The 12v Solar DC Mini Submersible Water Pump from Robocraze is the most powerful 12 volt water pump on the market. The pump is suitable for use in an aquarium or any other small solar-powered pumping application. It can also be used with the Sanitizer Dispenser. This pump can be submerged completely. DC powered, suitable for use in a solar system.
6.How long can a DC pump run continuously?
- The length of time that a DC pump can run continuously will depend on a number of factors, including the design of the pump, the efficiency of its motor, the type of liquid being pumped, and the operating conditions. In general, a well-designed DC pump should be able to run continuously for many hours without experiencing any problems. However, it is always a good idea to follow the manufacturer's recommendations for continuous operation and to periodically check the pump for any signs of wear or damage.
7.Which is better DC or AC water pump?
- Both DC and AC water pumps have their own advantages and disadvantages, and the best choice will depend on the specific requirements of your application. Some factors to consider when deciding between a DC and an AC water pump include:
- Cost: DC pumps are typically more expensive than AC pumps due to the complexity of their motors.
- Efficiency: DC pumps are generally more efficient than AC pumps, especially at lower speeds. This means that they can often deliver the same flow rate using less energy.
- Control: DC pumps offer more precise speed control, which can be important for some applications. AC pumps, on the other hand, are typically simpler to control and may be more reliable in some cases.
- Power availability: AC pumps are more common and can be used with a wider range of power sources, including generators and grid-tied systems. DC pumps, on the other hand, typically require a rectifier to convert AC power to DC, which can be more complex and expensive.
- Environment: AC pumps are generally more durable and can be used in a wider range of environments, including damp or wet locations. DC pumps, on the other hand, may be more sensitive to moisture and may require additional protection.
8.How much power does a 12V water pump use?
- The power consumption of a 12V water pump will depend on a number of factors, including the size and design of the pump, the efficiency of its motor, and the operating conditions. As a result, it is difficult to provide a precise answer to this question without more information about the specific pump in question. In general, smaller 12V water pumps may consume less power, while larger pumps or those designed to handle higher flow rates may consume more power. As a rough estimate, a 12V water pump with a flow rate of around 1 gallon per minute (GPM) and a total head of 20 feet may consume around 1-2 amps, or about 12-24 watts of power.
Shipping Policy
- Free Delivery on all Orders Above Rs 999/-
- All orders confirmed before 3:00 PM IST are shipped the same day, barring rare pickup delays on holidays or disturbances.
- Delivery time in Metro cities is 1–3 days; for other locations, it is 3–7 days. Delivery varies based on location and courier service.
Return & Refund Policy
- Return window: 7 days from receipt unless stated otherwise.
- No refunds or replacements after the return window.
- Returns are accepted only for non-working or damaged products.
- Initiate return requests via a Support ticket or contact us at +91-8123057137.
- Refunds are processed within 3–4 working days after inspection and approval.
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