Miniature Magnetic Pump BLDC Motor
Compact brushless DC motor designed for miniature magnetic pump applications. Its small size, brushless construction, and reliable operation make it suitable for compact fluid circulation, cooling systems, laboratory equipment, and other space-constrained pumping applications. Custom configurations are available to meet different pump system requirements.
Electrical Specification
| 0.5hp | 1hp | |
| Rated voltage | 24V DC | 230V AC |
| Rated speed | 5270rpm | 3900rpm |
| Rated torque | 0.7Nm | 1.86Nm |
| Rated power | 386W | 750W |
| Motor efficiency | 73.20% | 80.50% |
| Shielding thickness | 0.3mm | 0.3mm |
| Shielding material | 316 Stainless steel | 316 Stainless steel |
| Number of pole slots | 12s10p | 12s10p |
| Control method | Unsensitive FOC | Unsensitive FOC |
| Stator outer diameter | 84mm | 84mm |
| Stator stack height | 30mm | 50mm |
Magnetic Pump BLDC Motor Applications
Compact BLDC motors combined with magnetic gear pumps provide precise, reliable and leak-free fluid transfer for demanding applications.
Medical & Life Sciences
Used in blood dialysis machines, genetic sequencing systems, biochemical analyzers and other laboratory instruments for precise reagent and fluid delivery.
Food & Beverage
Ideal for coffee machines, beverage dispensers and liquid filling equipment requiring accurate dosing of syrups, additives and beverages.
Chemical & Laboratory
Designed for chemical dosing, micro-reactor feeding and the transfer of aggressive liquids, solvents and other challenging fluids.
Industrial Manufacturing
Used for coolant circulation in laser cutting systems, ink delivery in industrial printers, coding equipment and precision lubrication.
New Energy & Automotive
Suitable for coolant circulation in fuel-cell systems and precise transfer or metering of diesel, fuel and other automotive fluids.
Engineered for Precise Fluid Control
The combination of a BLDC motor and magnetic gear pump enables accurate speed control, stable flow and reliable fluid transfer while reducing the risk of leakage caused by conventional shaft seals.