Dosing Pump (6V)

WORKING PRINCIPLE: The 6V Mini Dosing Pump operates on the peristaltic pumping principle, where a rotating motor compresses and releases a flexible silicone tube to push fluid forward. When DC voltage is applied, rollers inside the pump rotate, squeezing the tube and creating a controlled flow. The fluid does not come into contact with internal mechanical parts, ensuring safe and contamination-free transfer. The direction of flow can be reversed by changing the polarity of the power supply.
MODULE STRUCTURE: The pump consists of a small DC motor, a rotor with rollers, and a flexible silicone tube enclosed in a compact housing. The peristaltic design ensures that only the tube comes in contact with the fluid, making it suitable for handling sensitive or corrosive liquids. The structure is compact, lightweight, and easy to install.
PIN CONFIGURATION: The pump has two electrical terminals: Positive (+) – Connect to the 6V DC supply, Negative (−) – Connect to ground. Reversing polarity will reverse the flow direction.
INTERFACE CONNECTION: The pump operates on a 6V DC supply and can be directly connected to batteries or controlled using microcontrollers through driver circuits. It can also be interfaced with PWM controllers for flow rate adjustment.
OUTPUT FUNCTION: The pump delivers a precise and controlled flow of liquid with a maximum flow rate of up to 100 ml/min, making it suitable for accurate dosing applications.
OPERATING VOLTAGE: 6V DC
SIGNAL CONDITIONING: The dosing pump can be controlled using PWM (Pulse Width Modulation) signals to adjust the flow rate. Relay or transistor-based driver circuits are used for switching and automation.
CHARACTERISTICS: Pump Type: Peristaltic Dosing Pump, Operating Voltage: 6V DC, Current: 300 mA, Flow Rate: 0–100 ml/min, Working Temperature: 0–40°C, Humidity: <80%, Structure: Silicone Tube-Based Pumping Mechanism, Operation: High Precision, Reversible Flow, Compact Design, Safe Fluid Handling (No Direct Contact with Pump Parts), Easy Maintenance
APPLICATION SCOPE: Used in medical equipment, laboratory experiments, chemical dosing systems, ink transfer in printers, beverage dispensing, environmental sampling, aquarium dosing, fertilizer distribution, disinfectant delivery, and industrial liquid handling where precise and contamination-free fluid control is required.