Features
- Self-priming design for drawing water from a lower reservoir.
- Diaphragm mechanism separates the liquid path from the motor mechanism.
- Rubber mounting brackets help reduce vibration and operating noise.
- Compact size for small water transfer and circulation systems.
- Suitable for DIY, educational, and liquid dispensing projects.
Principle of Operation
The 385 DC motor drives a diaphragm that changes the volume of the pump chamber. This creates suction at the inlet and pressure at the outlet, allowing the pump to draw in and discharge liquid.
Applications
- Small water transfer systems
- Liquid dispensing and circulation
- DIY automation projects
- Educational and hobby projects
Wiring
Connect the pump terminals to a suitable DC power supply within the rated voltage range of 6–12V. For 12V operation, use a power supply capable of providing sufficient current. Do not connect the pump directly to a microcontroller GPIO pin. Use a suitable motor driver or switching circuit if controlling it with an Arduino, ESP32, or another controller.
Specifications
- Motor Type: 385 DC motor
- Operating Voltage: DC 6–12V
- Recommended Operating Voltage: 12V
- Current Draw: Approximately 0.5–0.7A, depending on load
- Flow Rate: Approximately 1.5–2.0 L/min
- Maximum Suction Lift: Up to 2m
- Maximum Discharge Head: Up to 3m
- Inlet/Outlet Outer Diameter: Approximately 6mm
- Suggested Tubing Inner Diameter: 5–7mm, subject to fit
- Maximum Fluid Temperature: Up to 80°C, as stated in the supplied specifications
Note: Flow rate, current draw, suction lift, and discharge head depend on operating conditions. Confirm the maximum fluid temperature and performance ratings with the supplier before use.
Features
- Self-priming design for drawing water from a lower reservoir.
- Diaphragm mechanism separates the liquid path from the motor mechanism.
- Rubber mounting brackets help reduce vibration and operating noise.
- Compact size for small water transfer and circulation systems.
- Suitable for DIY, educational, and liquid dispensing projects.
Principle of Operation
The 385 DC motor drives a diaphragm that changes the volume of the pump chamber. This creates suction at the inlet and pressure at the outlet, allowing the pump to draw in and discharge liquid.
Applications
- Small water transfer systems
- Liquid dispensing and circulation
- DIY automation projects
- Educational and hobby projects
Wiring
Connect the pump terminals to a suitable DC power supply within the rated voltage range of 6–12V. For 12V operation, use a power supply capable of providing sufficient current. Do not connect the pump directly to a microcontroller GPIO pin. Use a suitable motor driver or switching circuit if controlling it with an Arduino, ESP32, or another controller.
Specifications
- Motor Type: 385 DC motor
- Operating Voltage: DC 6–12V
- Recommended Operating Voltage: 12V
- Current Draw: Approximately 0.5–0.7A, depending on load
- Flow Rate: Approximately 1.5–2.0 L/min
- Maximum Suction Lift: Up to 2m
- Maximum Discharge Head: Up to 3m
- Inlet/Outlet Outer Diameter: Approximately 6mm
- Suggested Tubing Inner Diameter: 5–7mm, subject to fit
- Maximum Fluid Temperature: Up to 80°C, as stated in the supplied specifications
Note: Flow rate, current draw, suction lift, and discharge head depend on operating conditions. Confirm the maximum fluid temperature and performance ratings with the supplier before use.