| Availability: | |
|---|---|
| Quantity: | |
Model | Voltage (VDC) | Rated Speed (rpm) | Rated Torque (N·m) | Rated Power (W) | Peak Torque (N·m) | Body Length (mm) | Weight (kg) |
86BLF30 | 48 | 3000 | 1 | 314 | 3 | 80 | 2.6 |
86BLF55 | 48 | 3000 | 1.8 | 550 | 5.4 | 105 | 3.5 |
86BLF80 | 48 | 3000 | 2.5 | 750 | 7.5 | 130 | 4.3 |
General Specs: Sintered NdFeB Magnet, 4 Poles/3 Phases, Class B Insulation, -10℃~40℃ Operating Temperature, Standard IP44 Rating | |||||||
With a standard 86×86mm flange (customizable to 90×90mm and 110×110mm) and a body length ranging from 80mm to 130mm, this 48V DC brushless motor delivers 314W to 750W of power, with a 3000 RPM rated speed and 1 N·m to 2.5 N·m rated torque. Constructed with sintered NdFeB magnets and a 4-pole, 3-phase design, it delivers industry-leading power density and efficiency, making it one of the most popular heavy-duty BLDC motors for high-load industrial applications.
The 48V 86mm brushless DC motor achieves a power density of 0.8kW/kg, a 30% increase over similar products in the market, delivering exceptional torque output in a compact, robust form factor for heavy-load applications.
It reaches a peak efficiency of 95% and a rated efficiency of over 92%, minimizing energy loss and heat generation during continuous heavy-load operation, drastically reducing operational costs for high-power industrial equipment.
This high torque 86mm BLDC motor achieves speed fluctuations of less than ±1%, with peak torque up to 7.5 N·m, maintaining stable torque output even under extreme overload conditions, ensuring uninterrupted operation for heavy industrial workflows.
Optimized electromagnetic design and precision dynamic balancing keep operating noise below 50dB at full load, while the robust structural design withstands harsh industrial environments, delivering long-term reliable performance.
Our 86mm brushless motor with brake and standard variants are widely deployed in: CNC machine tools, large AGV/AMR systems, industrial robotics joints, heavy-duty packaging machinery, printing equipment, lifting systems, and new energy industrial equipment.
We offer full-scale customization for industrial buyers: custom flange sizes (86×86mm, 90×90mm, 110×110mm), shaft dimensions, and lead wire lengths; voltage customization from 48V to 310V; IP rating and insulation grade upgrades; matching with encoders, gearboxes, and electromagnetic brakes; and fully bespoke motor design for unique applications. Sample MOQ starts at 3 units, with a 15-day standard lead time.
Winding: Phase U (Yellow), Phase V (Green), Phase W (Blue)
Hall Sensor: +V (Red), GND (Black), Hu (Yellow), Hv (Green), Hw (Blue)
Use 4-M5.5 screws for the 86×86mm flange, ensure strict shaft-load alignment to avoid radial overload, operate within the specified temperature range, and implement proper overload protection for heavy-load applications.
The motor achieves a power density of 0.8kW/kg, a 30% increase over similar competing products.
We offer standard 86×86mm flanges, with customizable 90×90mm and 110×110mm flanges to fit your equipment design.
The standard IP rating is IP44, with higher waterproof and dustproof ratings available via custom production.
Whether you are a heavy industrial equipment manufacturer, large-scale automation integrator, or industrial solution provider, we deliver custom 86mm brushless DC motor solutions engineered for your heavy-duty application needs. Contact us today to discuss your project, request a custom quote, or order test samples.
This 42×42 mm flange brushed DC motor delivers fast dynamic response and high operational stability in compact drive systems. Its design allows easy integration with gearboxes, brakes, and encoders, improving torque transmission and speed accuracy. Based on a mechanically commutated DC motor structure, it ensures reliable startup and precise low-speed control, making it an ideal brushed motor solution for industrial motion control and compact automation equipment.
Optimize your design. Discover why a bonding brushless DC motor offers the ideal balance of cost, reliability, and low-speed smoothness.
Compare brushed, brushless, and gear DC motors to choose the optimal architecture for your system's torque, efficiency, and lifespan.
Select and size the perfect brushed DC motor. Master frame sizes, torque limits, and thermal management to prevent costly design mistakes.
Learn how stepper motors achieve precise, jitter-free positioning. Compare 1.8° vs 0.9° resolutions and optimize your motion control design.
Learn how to select the perfect NEMA stepper motor size. Calculate dynamic torque and speed to prevent stalls and optimize your system.
Source reliable brushed DC motors. Learn how to evaluate manufacturers, mitigate supply chain risks, and prevent catastrophic field failures.
Optimize motion control with 3-phase stepper motors. Learn how to eliminate resonance, maintain high-speed torque, and avoid costly servo setups.
Compare DC stepper vs. BLDC motors. Learn how torque, speed, and control dictate the best choice for your precision motion control system.
Avoid costly sizing errors. Learn to calculate DC motor torque, compare brushed vs. BLDC, and evaluate environmental and safety standards.
Compare brushed vs. brushless motors. Discover when cost-effective brushed motors are the superior choice for your motion control project.
Learn how to source custom NEMA stepper motors. Evaluate frame sizes, optimize electrical windings, and vet manufacturers for maximum field reliability.
A step-by-step technical guide to sizing and selecting stepper motors based on torque requirements, NEMA frame sizes, and driver compatibility.
Learn how bonding brushless DC motors deliver lightweight, compact, and low-noise performance compared to traditional motor architectures.
Compare brushed vs. brushless DC motors. Learn how to evaluate efficiency, lifespan, and system integration to choose the right motor.
An engineering guide to DC stepper motors. Learn about their open-loop precision, zero-speed holding torque, and key design trade-offs.
Upgrade to brushless motors for industrial automation. Learn how electronic commutation boosts efficiency, extends lifespan, and maximizes ROI.
Changzhou Sunlight Electric Co., Ltd. is the International Business Division of Jiangsu Woerson Group. Founded in 1997, the company has grown into a diversified group with sales of approximately RMB 120 million and about 220 employees, including roughly 60 technical and R&D staff. We specialize in m
Changzhou Sunlight Electric Co., Ltd. is the International Business Division of Jiangsu Woerson Group. Founded in 1997, the company has grown into a diversified group with sales of approximately RMB 120 million and about 220 employees, including roughly 60 technical and R&D staff. We specialize in m
Changzhou Sunlight Electric Co., Ltd. is the International Business Division of Jiangsu Woerson Group. Founded in 1997, the company has grown into a diversified group with sales of approximately RMB 120 million and about 220 employees, including roughly 60 technical and R&D staff. We specialize in m
Changzhou Sunlight Electric Co., Ltd. is the International Business Division of Jiangsu Woerson Group. Founded in 1997, the company has grown into a diversified group with sales of approximately RMB 120 million and about 220 employees, including roughly 60 technical and R&D staff. We specialize in m