220V+12V 60W Medium Pressure Self-Priming Cooling Pump 1

220V+12V 60W Medium Pressure Self-Priming Cooling Pump 2

220V+12V 60W Medium Pressure Self-Priming Cooling Pump 3

220V+12V 60W Medium Pressure Self-Priming Cooling Pump 4

220V+12V 60W Medium Pressure Self-Priming Cooling Pump 5

220V+12V 60W Medium Pressure Self-Priming Cooling Pump 6

220V+12V 60W Medium Pressure Self-Priming Cooling Pump

Place of Origin:

China

Samples:

$14.0/piece | Min. order : 1 piece

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1000(pieces):15(days),>1000(pieces):To be negotiated(days)

Customization:

Graphic customization (Min. Order: 1000 sets),Customized logo (Min. Order: 1000 sets),Customized packaging (Min. Order: 1000 sets)

model number:

brand name:

HYRT

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Inhalation method

single suction

Number

Multi-level

Performance

high pressure

Voltage

220V

Power

0.06KW, 12v

structure

Single-stage Pump

power source

Electric

outlet size

8mm

horsepower

60w

pressure

application

Family Homes, Water Distribution, Water Treatment Solutions, Automotive Industry

customized support

OEM

Product Name

Diaphragm pump

Color

black

Standard

DIN,BS,ANSI,JIS IS9001

weight

1.0kg

material

plastic

place of origin

Shandong, China

Dual-Voltage Compact Reliable Cooling

The 220V+12V 60W medium-pressure self-priming cooling pump delivers reliable, efficient cooling and liquid spraying for humidification, sterilization and parts cooling. Ungrouped compact packaging, a streamlined cylindrical housing and quarter-booster shape reduce shipping damage, simplify mounting and ensure stable pressure. Corrosion-resistant materials, precision seals and tested quality provide low-noise operation, long service life and easy DIY customization.

Dual-Voltage 60W Self-Priming Pump

The 220V+12V 60W medium-pressure self-priming cooling pump combines a compact quarter-booster structure with a sealed, corrosion-resistant casing and dual-voltage motor to ensure stable, reliable operation in both AC and DC environments. Its 60W output delivers consistent medium pressure and fast self-priming performance for cooling, spraying, humidification, chemical treatment, parts cooling, fogging and salt-spray testing across industrial and agricultural applications. Designed for energy-efficient, low-maintenance use and easy installation, it is available as an Ungrouped unit or customizable option for OEM, DIY and field deployments.

Dual-Voltage 60W Self-Priming Pump

The 220V+12V 60W medium pressure self-priming cooling pump provides reliable quarter-booster performance for applications like humidification, chemical spraying, parts cooling, flue gas evaporative cooling, and tablet coating. Its compact, energy-efficient design suits agricultural and industrial uses such as wetting and derusting, fruit waxing, salt spray testing, and artificial fog. Sold under the Ungrouped category, the unit supports DIY customization and is offered by a Shandong manufacturer that provides samples and online factory access.

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Dual-Voltage Efficient Self-Priming Reliable

Built from corrosion‑resistant materials and engineered by a brand with a heritage in efficient fluid control, the 220V+12V 60W Medium Pressure Self-Priming Cooling Pump was crafted with precision machining and multi-stage testing to ensure reliable start-up and long service life. Its core functions—strong medium-pressure self-priming capability, continuous cooling flow, and dual-voltage flexibility—deliver stable heat management for engines and equipment, while Ungrouped product classification simplifies inventory and cross-platform compatibility for integrators. Highlights and advantages include a compact footprint, low noise, high-efficiency 60W motor, easy installation, low maintenance, built-in thermal protection, and leak-resistant seals for energy-saving, dependable cooling performance.

Material introduction

The 220V+12V 60W medium pressure self-priming cooling pump features a durable stainless steel and aluminum alloy housing paired with high-strength engineering plastics (PP/ABS) for the impeller and flow passages to resist corrosion and wear. Copper-wound motor cores and precision ceramic or carbon mechanical seals ensure stable 60W operation and prevent leakage, while EPDM/NBR O-rings and brass fittings provide chemical resistance for spraying, humidification, and irrigation tasks. Supplied Ungrouped for flexible assembly or customization, the combination of metal, polymer, and ceramic materials delivers reliable cooling and spraying performance across its many application scenarios.

◎ Stainless-steel & Engineered-plastic Body

◎ Motor, Shaft & Bearings

◎ Modular Components for DIY

FAQ

What kinds of systems and application scenarios is the 220V+12V 60W medium-pressure self-priming cooling pump best suited for?

This pump works well wherever you need a compact, self-priming circulating pump with moderate head and flow. Typical uses include small closed-loop coolant circuits (CNC/spindle cooling, lab chillers, small industrial heat exchangers), refrigeration and beverage machines, auxiliary or emergency cooling in vehicles, boats and RVs (using 12V), solar thermal circulation, and portable or backup cooling systems where mains (220V) or battery (12V) operation is needed. It is intended for water or low-viscosity coolant circulation rather than heavy-duty industrial transfer.

How do I decide when to use 220V vs 12V, and can I connect both at the same time?

Use 220V when the pump is installed in a fixed location with mains power available for reliable, continuous operation. Use 12V when operating from a battery, vehicle electrical system, or portable power source. Do not connect both supplies simultaneously—only apply the rated single supply at a time. Always verify correct supply voltage before powering the pump and fuse/protect the circuit appropriately.

What installation and layout practices ensure reliable self-priming and avoid airlocks?

For best priming: keep the suction line as short and straight as possible, avoid high points in the suction line, and if the suction inlet is above the fluid, install a foot valve or one-way valve at the source. Positioning the pump below the source helps but is not always required. Fill the suction line or use the pump’s priming port if provided. Securely tighten fittings and use a simple inlet strainer to prevent debris. Minimize vertical suction lift—if the system has a large lift, consult the manual for the pump’s maximum suction capability.

What fluids and temperature ranges can I safely use with this pump?

The pump is designed for water and common water-based coolant mixtures (e.g., water-glycol/antifreeze) and other low-viscosity, non-corrosive liquids compatible with the pump’s wetted materials. Avoid highly abrasive, highly viscous, flammable, or strongly corrosive chemicals unless the manufacturer explicitly lists compatibility. Check the product manual for the allowable fluid temperature range and use antifreeze mixtures if freezing conditions are possible.

What routine maintenance and operating precautions should I follow?

Do not run the pump dry for extended periods—self-priming helps at startup but cannot prevent damage from prolonged dry running. Regularly inspect and clean inlet strainers or filters, check hoses and fittings for leaks, and ensure electrical connections are secure and properly fused. Replace worn seals or impellers per the manufacturer’s schedule. If installed in a vehicle or boat, protect the pump from vibration and secure mounting. Always follow safety and grounding instructions for 220V operation.

If the pump won’t start, makes noise, or delivers low flow, what troubleshooting steps should I try?

For a no-start: confirm correct supply voltage, check fuses/ breakers and wiring, and ensure the switch is on. For low flow or sputtering: check for airlocks, fill/prime the suction line, inspect inlet strainer for blockage, and verify suction lift isn’t excessive. For noise or vibration: ensure firm, vibration-isolated mounting, check for cavitation (too high suction lift or restricted inlet), and confirm the impeller isn’t damaged or clogged. If electrical faults or internal component damage are suspected, stop use and contact the supplier or a qualified technician.

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No. 2, Wuhua Street, Fengcheng Industrial Park, Laiwu District, Jinan City, jinan, Shandong, China