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5V Micro Submersible Water Pump

Name: 5V Micro Submersible Water Pump
Brand: Generic | XROBOTICS Selected
SKU: 2369
Price: 65.00 INR
Availability: InStock

Original price was: ₹ 120.00.Current price is: ₹ 65.00.

Build compact water-flow and automation projects with this 5V Micro Submersible Water Pump. Designed for small-scale water circulation, smart irrigation, DIY fountains, hydroponics experiments, robotics prototypes, and STEM projects, this compact DC pump can be controlled using a relay or suitable motor driver.

Categories: Bharat AI Challenge, Motors & Actuators Tags: 5V Water Pump, Arduino Water Pump, DC Water Pump, DIY Pump, Green Energy, IoT agriculture, IoT Irrigation, Mini Submersible Pump, Robotics Pump, smart irrigation, STEM Electronics, Water Circulation Pump Brand: Generic | XROBOTICS Selected

The 5V Micro Submersible Water Pump is a compact DC water pump designed for small-scale liquid circulation and fluid-control projects. Its submersible design allows the pump to be placed inside a suitable water reservoir and used to move water through a connected tube.

It is particularly useful for Arduino, IoT, robotics, electronics, and STEM education projects where a microcontroller needs to control a physical water-flow system.

A microcontroller GPIO pin should not be used to power the pump directly, because the pump motor requires more current than a typical GPIO pin can safely provide. Instead, use an appropriate relay module, MOSFET driver, or motor driver circuit, along with a suitable external power supply.

The pump can be used in projects such as automatic plant watering systems, soil-moisture-based irrigation, tabletop water circulation, miniature fountains, hydroponics experiments, liquid-transfer demonstrations, and robotics prototypes.

Important: Performance such as flow rate, maximum head height, outlet dimensions, current consumption, and operating voltage can vary between generic pump versions. Check the specifications of the actual supplied unit before designing a system around exact performance values.

Perfect For	Smart irrigation and automatic plant-watering projects Soil-moisture-based irrigation systems Arduino and microcontroller projects IoT agriculture demonstrations Hydroponics and water-circulation experiments Miniature fountains and water features DIY liquid-transfer prototypes Robotics and automation projects STEM and school laboratory activities Environmental monitoring and automation projects Experimental firefighting-robot prototypes for educational demonstration only
Technical Specifications	Specification Details Pump Type Mini DC Submersible Water Pump Operating Voltage Typically 3–5V DC, depending on supplied version Recommended Use Small-scale water circulation and transfer Flow Rate Approximately 80–120 L/H, depending on operating conditions and pump version Maximum Head Approximately 0.3–0.8 m, depending on pump version and operating conditions Outlet Approx. 7.5 mm outer diameter, depending on supplied version Pump Design Compact submersible centrifugal-style pump Control Relay, MOSFET, or suitable motor-driver circuit Application Water, subject to the pump's material and temperature limitations
Performance Note	The stated flow and head values are approximate reference values, not guaranteed operating performance. Actual flow depends on supply voltage, tubing diameter and length, water level, pump orientation, restrictions, and the specific pump supplied.
Key Highlights	Compact Submersible Design Small form factor makes the pump suitable for compact educational models, robotics projects, automatic irrigation systems, and experimental water-flow setups. Low-Voltage DC Operation Designed for low-voltage DC applications, making it suitable for many battery- and USB-powered prototype systems when the power source can provide the required current. Easy to Integrate The pump can be switched using a suitable relay, MOSFET, or motor-driver circuit controlled by an Arduino or other microcontroller. Ideal for Fluid-Control Projects Add real-world water movement to electronics projects involving irrigation, circulation, liquid transfer, and environmental automation.
How to Control the Pump	Do not connect the pump motor directly to an Arduino, ESP32, NodeMCU, or other microcontroller GPIO pin. A typical setup is: Microcontroller → Relay/MOSFET Driver → External Power Supply → Water Pump For a simple ON/OFF project, a suitable relay module can be used. For applications requiring faster switching or PWM-based control, an appropriate MOSFET or motor-driver circuit is generally preferable. Make sure the external power supply can provide the pump's required operating current.
Compatibility	Suitable for projects built using: Arduino boards ESP32 development boards ESP8266 / NodeMCU Raspberry Pi projects using an appropriate driver circuit Relay modules MOSFET switching circuits Motor-driver circuits STEM and robotics controllers Compatibility depends on the selected driver circuit and power supply.
Important Product Information	This is a generic educational/prototyping water pump, not a certified industrial or life-safety device. Performance specifications may vary between production batches and suppliers. Verify the pump's voltage, current requirement, outlet size, and maximum head before final installation. The pump is intended for water or compatible liquids only unless the manufacturer specifically confirms compatibility with another liquid. Do not run the pump dry unless the specific pump manufacturer states that dry running is supported. Keep the electrical connections and power source protected from water. Do not immerse exposed wire connections or power terminals. Use appropriate tubing and ensure the outlet is not excessively restricted.
Safety Information	For educational and prototyping use. Keep electrical connections outside the water. Never handle exposed electrical connections with wet hands. Disconnect power before removing, repositioning, or servicing the pump. Do not operate the pump near mains-voltage wiring without appropriate electrical protection and supervision. Do not use this pump as part of a certified fire-suppression or life-safety system. For student projects, use appropriate low-voltage power supplies and teacher/adult supervision.
Package Contents	1 × 5V Micro Submersible Water Pump Tubing, relay modules, power supplies, microcontrollers, and other accessories are not included unless specifically mentioned in the product package.
Ideal For	Students, Hobbyists, Teachers, Robotics Projects, IoT Developers, STEM Labs, Arduino Projects, Smart Agriculture, DIY Electronics, Prototyping

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