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6V Micro Water Pump | Food Grade & RoHS Certified | PINMOTOR

Short Description:

Medical-grade 6V micro water pump optimized for hand sanitizer dispensers & IVD instruments. Featuring a self-priming, low-noise design with FDA-compliant EPDM seals. This reliable 310 DC pump ensures precise fluid control for gels and alcohol-based liquids.


  • Model Number: 310 Gel Pump
  • Material: ABS
  • Drive Way: Electrice
  • Performance: Wearable
  • Medium: Water pump
  • Product Detail

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    PYRP310-XA

    Tiny Water Pump 

    • Contamination-Free Design: Oil-free diaphragm structure ensures zero fluid contamination, meeting RoHS & REACH standards for laboratory use.

    • Corrosion Resistance: Optimized for handling medical-grade alcohol, gels, and weak acid/alkali reagents.

    • Precision Pulse Control: Fine-tuned internal valve geometry minimizes fluid pulsation, ensuring consistent spray or droplet volume.

    Experienced manufacturers

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    https://www.pinmotor.net/tiny-water-pump-6v-gel-liquid-pump-for-hand-sanitizer-machine-pincheng-product/

    Product Information

    PYRP310-XA Tiny water pump

    *Other Parameters: according to customer demand for design
    Rate Voltage DC 3V DC 3.7V DC 4.5V DC 6V
    Rate Current ≤1000mA ≤810mA ≤660mA ≤500mA
    Power 3.0w 3.0w 3.0w 3.0w
    Air Tap O.D. φ 5.0mm
    Water Flow 50-200 mLPM
    Max Maximum Pressure ≤-20Kpa (-150mmHg)
    Noise Level ≤65db (30cm away)
    Life Test ≥100,000 Times (ON 2S,OFF 2S)
    Pump Head ≥0.5m
    Suction Head ≥0.5m
    Weight 42g

    310 Series Micro Pump: Engineering Integration Notes

    1. Fluidic System Design & Priming

    The 310 Series is a self-priming diaphragm pump. To ensure optimal performance in medical and laboratory environments, follow these fluidic guidelines:

    • Dry Start Capability: The pump can self-prime up to 0.5 meters (1.6 ft). To reduce motor stress, minimize the vertical distance between the reservoir and the pump inlet.

    • Tubing Compatibility: Use medical-grade silicone or Tygon® tubing with an inner diameter (ID) of 3mm to 4mm. Ensure a secure fit with zip ties or hose clamps to prevent air leaks, which can cause erratic flow rates.

    • Viscosity Handling: When integrating for high-viscosity gels (e.g., ultrasound gel or thick sanitizers), increase the inlet tubing diameter to reduce flow resistance and prevent cavitation.

    2. Electrical Integration & PWM Control

    For precise dosage control in IVD (In Vitro Diagnostics) or automated dispensers:

    • Voltage Regulation: While rated at 6V DC, the pump operates efficiently between 4.5V and 7.2V. Using a regulated power supply prevents flow fluctuations caused by battery voltage drops.

    • PWM Speed Control: To achieve variable flow rates, use a Pulse Width Modulation (PWM) signal (recommended frequency: 15kHz – 25kHz). Low-frequency PWM may cause audible resonance or "shuddering" in the diaphragm.

    • Circuit Protection: Always integrate a flyback diode (e.g., 1N4007) in parallel with the motor to protect your microcontroller (Arduino/ESP32/PLC) from inductive voltage spikes during power-off.

    3. Acoustic & Vibration Management

    In hospital or bedside applications, minimizing mechanical noise is critical:

    • Decoupling: Do not bolt the pump directly to a hard plastic chassis. Use rubber vibration isolators or M3 silicone mounting standoffs.

    • Pulse Dampening: Diaphragm pumps create naturally pulsating flow. If your application requires a steady stream (e.g., precision titration), install a small inline dampening chamber or a length of coiled flexible tubing on the outlet side to smooth the pulses.

    • Noise Rating: Under standard integration, the unit maintains a noise profile of ≤ 40.5 dB. Enclosing the pump in a sound-dampening foam (open-cell) can further reduce high-frequency motor whine.

    4. Chemical Compatibility & Maintenance

    • Wetted Materials: The internal EPDM diaphragm and PP (Polypropylene) valve head are highly resistant to 75% Isopropyl Alcohol (IPA), ethanol, and common medical reagents.

    • Solid Particles: This pump is designed for clean liquids. If the fluid contains particles (e.g., crystalline precipitates in sanitizers), a 50-mesh inline filter must be installed at the intake to prevent valve seating failure.

    • Duty Cycle: Designed for intermittent use. For continuous operation exceeding 30 minutes, ensure adequate airflow around the DC motor to prevent thermal throttling.

    Specification Engineering Drawing

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    Manufacturing Quality & Compliance

    At Pinmotor, we implement rigorous quality control to ensure our pumps integrate seamlessly into your high-volume production lines. The PYFP310-XG series is manufactured in our automated facility, complying with the following global medical, automotive, and environmental standards:

    Official ISO 9001:2015 Certification Badge for Pinmotor high-quality manufacturing.

    ISO 9001:2015 Certified

    Our comprehensive quality management system ensures high-precision performance for every 310 series micro pump. From stringent raw material inspection to the 100% final functional testing of every unit, we guarantee consistent flow rates and pressure stability. Each pump undergoes rigorous leakage and motor-load calibration to meet the demanding reliability standards of medical disinfection and laboratory integration.

    Pinmotor Automotive Quality Management System (IATF 16949:2016 Certified)

    IATF 16949 Compliant

    We leverage automotive-grade process discipline (IATF 16949 standards) to guarantee ultra-low defect rates and long-term reliability for medical and professional hygiene applications. By applying rigorous stress-testing and precision assembly to our 310 micro pump series, we ensure that every unit delivers consistent, maintenance-free performance in demanding, high-frequency environments.

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    RoHS & REACH Fully Compliant

    Every component in the 310G series—from the high-durability motor brushes to the medical-grade diaphragm and reinforced housing—is strictly RoHS and REACH compliant. Our commitment to hazardous-substance-free manufacturing ensures your end-product meets the most stringent environmental regulations for the EU and North American markets, including California Prop 65 standards. We provide full material traceability to simplify your certification process and guarantee consumer safety.

    Technical Note: Full documentation, including material safety data sheets (MSDS) and compliance certificates, is available upon request for your engineering audit.

    Application

    Industry Sector Specific Applications Technical Integration Benefit
    Medical & Healthcare IVD (In Vitro Diagnostic) analyzers, Clinical chemistry buffers, Automated hand sanitizers. Chemical resistance: Handles alcohol and reagents without degradation.
    Laboratory Automation Titration systems, Liquid handling robots, Reagent dosing modules. Precision control: Consistent flow rates for accurate laboratory measurements.
    Hygienic Appliances Touchless soap dispensers, Wall-mounted disinfectant sprayers, Dental irrigation tools. Quiet operation: Low-noise (<40.5 dB) profile suitable for quiet indoor environments.
    Industrial Integration Inkjet printer ink circulation, Lubrication micro-systems, Cooling for small electronics. Self-priming: Reliable 0.5m suction lift for flexible internal component layout.
    Consumer Wellness High-end aromatherapy diffusers, Facial misting devices, Smart hydration systems. Food-grade safety: Compliance with FDA/RoHS standards for consumer contact.

     

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  • Frequently Asked Questions: 310 Medical Micro Water Pump

    What makes the 310 micro pump “medical-grade” compared to standard pumps?

    The primary difference lies in material safety and reliability. Our medical-grade 310 pumps utilize FDA-compliant EPDM diaphragms and USP Class VI-compatible housings. Unlike consumer-grade pumps, these are manufactured in controlled environments to prevent contamination and undergo rigorous 500+ hour continuous duty cycle testing to ensure zero-failure performance in critical healthcare applications.

    Can this micro pump handle high-viscosity medical gels or only thin liquids?

    It is specifically engineered for both. While standard pumps often clog with thick fluids, our 310 series features a reinforced valve structure and a high-torque DC motor. This allows it to maintain a consistent flow rate for high-viscosity hand sanitizers and ultrasound gels without overheating or motor stall, ensuring a smooth, drip-free user experience.

    How does this pump manage noise levels for hospital or bedside use?

    Patient comfort is a priority. We’ve optimized the internal motor balance and used vibration-dampening elastomers to keep noise levels below 40.5 dB. In a typical medical environment, this is whisper-quiet. For integration, we recommend using flexible silicone tubing to further isolate mechanical resonance from your device’s housing.

    Is the 310 micro pump compatible with alcohol-based disinfectants?

    Yes. The pump head and internal seals are made from chemically resistant EPDM and PP polymers. These materials are specifically tested for long-term exposure to 75% Ethyl Alcohol and Isopropyl Alcohol (IPA). They won’t swell, crack, or degrade, which prevents internal leaks and maintains the chemical purity of your disinfectant.

    What is the self-priming capability of this 6V micro liquid pump?

    Our 310 diaphragm pump is fully self-priming up to 0.5 meters (1.6 feet). This means it can draw liquid from a reservoir located below the pump level without needing manual priming or a gravity feed. For medical designers, this provides greater flexibility when arranging internal components in compact, handheld, or wall-mounted devices.

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