Low Noise Self-Priming Micro Water Pump

Low Noise Self-Priming Micro Water Pump

A small diaphragm water pump for drawing water from a reservoir and delivering it to a nozzle, rinse point or water circuit.

The self-priming structure supports flexible tank placement, while controlled operating sound makes the pump suitable for equipment used close to people. Several DC voltage versions are available for different electrical systems.
Send Inquiry
Description
Technical Parameters

 

 

 

Low-Noise Water Transfer in Enclosed Equipment

 

 

Pump noise in a finished product depends on more than the pump itself.

After installation, the enclosure, mounting method and tubing contact can transfer motor vibration into the housing. A rigid mounting surface or tubing pressed against the casing may make the finished equipment sound louder than the pump during bench testing.

For products used on countertops, in bedrooms, bathrooms or other indoor spaces, the pump should be checked after it is installed in the final enclosure.

This is especially useful for equipment where the pump operates close to the user.

 

 

 

Reservoir Position and Self-Priming

 

 

The self-priming diaphragm structure allows water to be drawn through the inlet tube without requiring the reservoir to remain directly above the pump.

This gives more freedom when arranging the tank and pump inside the equipment.

A typical layout is:

Reservoir → Pump → Outlet / Rinse Head / Small Nozzle

Actual priming performance is affected by the vertical distance from the water level to the pump, inlet tube length and the sealing of the water line.

Air leakage at the tube or connector can reduce priming performance even when the pump itself is operating normally.

 

 

 

 

Technical Data for Initial Product Evaluation

 

 

 

 

 The following values provide a quick reference for early-stage engineering review. Final selection should be based on the complete product datasheet and testing in the intended water circuit.

 

 

low noise micro water pump

Product Model 310-XC  Micro Water Pump
Rated Voltage DC 3V DC 6V DC 9V DC 12V
Rated Current ≤1200mA ≤600mA ≤400mA ≤300mA
Power 3.6 W 3.6 W 3.6 W 3.6 W
Air Tap O.D. Ø6.5mm
Maximum Water Pressure ≥30PSI (200kpa)
Water Flow 0.3-1.2 LPM
Noise Level ≤65db (30cm away)
Life Test ≥ 200 hours (continuous)
Pump Head ≥2m
Suction Head ≥2m
Weight 40g

 

 

Send the reservoir position, lift height and required water flow for sample selection.

Request a Sample

 

 

 

Water Delivery Applications Requiring Quiet Operation

 

 

 

The pump is suitable for intermittent or controlled water transfer where the reservoir and outlet are connected through tubing.

Facial Cleaning and Personal Rinse Equipment

Water can be transferred from an internal tank to a cleaning head, rinse outlet or other liquid-delivery section in personal-care products.

 

Pump vibration should be checked after final assembly, especially in handheld or countertop equipment.

Automatic Pet Drinking and Refill Systems

The pump can be used for controlled water refill or transfer in automatic pet drinking equipment and other indoor pet-care products.

 

Lower operating disturbance is useful where the equipment remains active in living spaces.

Indoor Plant Watering and Hydroponic Units

Water can be drawn from a storage tank and delivered to planting areas at scheduled intervals.

 

This makes the pump applicable to tabletop planters, indoor growing equipment and small automatic watering systems.

 

 

 

FAQ 

 

 

 

Q: Can the water reservoir be installed below the pump?

A: Yes. The self-priming structure allows the pump to draw water from a separate reservoir. Actual priming performance depends on suction height, tubing length and sealing.

Q: Why can the pump sound louder after installation?

A: The housing, mounting surface and tubing can transfer vibration from the pump. Installed noise should therefore be checked in the finished equipment rather than from the pump alone.

Q: Can the pump run continuously?

A: The current product data includes a ≥200-hour continuous-operation life test. The required working pattern should still be confirmed according to the finished equipment.

 

Send Message