Pincheng Factory presents the HBL2838 series, a premium high torque brushless dc gear motor engineered for demanding applications. This versatile brushless geared motor delivers outstanding performance with torque up to 13.05 mN.m and speeds reaching 10,300 RPM at 24V operation. As an efficient dc brushless geared motor 6v with broad voltage compatibility (8-26V), it features integrated drivers and achieves power outputs up to 11.8W. Perfect for pumps, actuators, and automation equipment, this motor combines robust torque characteristics with reliable operation. Pincheng offers customized solutions for specific speed, torque, and voltage requirements in medical devices, security products, and industrial applications.
Dimension


| MODEL | VOLTAGE | NO LOAD | AT MAXIMUM EFFIENCY | STALL | ||||||||
| OPERATING RANGE | NOMINAL | SPEED | CURRENT | SPEED r/min | CURRENT A | mN.m | g.cm | OUTPUT | mN.m | g.cm | CURRENT A | |
| r/min | A | w | ||||||||||
| PC-BL-2838WH-01 | 8.0-26.0 | 12.0V | 4500 | 0.110 | 3600 | 0.428 | 8.47 | 86.4 | 3.190 | 42.4 | 432.0 | 1.70 |
| PC-BL-2838WH-01 | 8.0-26.0 | 24.0V | 10300 | 0.130 | 8652 | 0.669 | 13.05 | 133.1 | 11.813 | 81.6 | 832.0 | 3.50 |
Description
Pincheng Factory specializes in manufacturing high-performance dc brushless gear motor solutions for demanding industrial applications. Our HBL2838 series represents the pinnacle of brushless motor technology, delivering exceptional torque and reliability for automation equipment, medical devices, and industrial pumps. This advanced brushless geared motor dc 12v operates efficiently across a wide voltage range (8-26V), making it ideal for various power systems and custom motor configurations.
As a superior high torque brushless dc gear motor, it features integrated drive electronics and robust construction, ensuring maintenance-free operation in continuous duty industrial applications. Pincheng Factory provides comprehensive OEM customization services for specialized brushless motor solutions, including tailored speed-torque characteristics, specific mounting configurations, and specialized shaft designs. Our motors are engineered for high reliability automation systems and long-life medical equipment, offering consistent performance in security products, power tools, and precision instruments.
With extensive expertise in custom brushless motor manufacturing, we deliver solutions that enhance product performance while reducing operational costs. Trust Pincheng for precision brushless gear motor applications that meet exact requirements for torque density, operational efficiency, and service life in your most challenging projects. Our technical team works directly with clients to develop optimized motor solutions for specific application needs.
Can Special Reduction Ratios Be Customized?
Micro gear motor manufacturers typically accommodate custom reduction ratios to address specific operational requirements. These specialized configurations enable precise alignment with unique application parameters, ensuring optimal performance across diverse use cases.
Technical Customization Scope
The customization process involves recalculating gear train configurations to achieve non-standard ratios beyond conventional offerings. This may entail modifying tooth profiles, implementing multi-stage reduction systems, or incorporating specialized planetary gear arrangements. Such engineering adjustments allow for tailored torque-speed characteristics, whether for high-precision positioning systems requiring incremental movement control or heavy-load applications demanding enhanced torque output.
Implementation Considerations
Successful customization requires comprehensive application analysis, including:
Operational torque and speed specifications
Environmental conditions (temperature, humidity)
Duty cycle requirements
Physical dimension constraints
Manufacturers typically employ advanced modeling software to simulate performance before initiating prototype production. While custom solutions may extend lead times and involve development costs, they provide critical performance advantages for specialized applications in robotics, medical equipment, and industrial automation where standard ratios prove insufficient.
Prospective clients should engage technical teams early in the design phase to evaluate feasibility, cost implications, and potential performance trade-offs. Most reputable suppliers maintain flexible engineering capabilities to develop solutions that balance technical requirements with production efficiency.




