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Engineered for the most demanding industrial environments, this 60mm explosion-proof brushless DC motor delivers uncompromising safety and consistent mechanical power. The heavy-duty exterior housing features a cool-to-the-touch, industrial-grade alloy construction with IP65/IP67-rated sealing. This meticulous craftsmanship effectively blocks the intrusion of airborne dust, moisture, and corrosive gases. Fully compliant with rigorous international safety standards, including ATEX, IECEx, CE, and RoHS certifications, it guarantees absolute operational safety in hazardous zones.
The unit produces no electrical sparks and offers excellent explosion-proof safety features. Built with premium sealed materials, it is perfectly suited for volatile atmospheres in food processing facilities, chemical plants, and enclosed explosion-proof equipment.
It supports advanced regenerative braking and multi-mode rapid deceleration upon shutdown. When paired with compatible closed-loop driver controls, it ensures pinpoint positioning accuracy for automated conveyors, robotic arms, and complex assembly lines.
It features a wide range of linear torque output and maintains stable power at both high and low speeds. Designed for extreme environmental adaptability, it delivers outstanding performance under heavy-load, low-speed conditions, even in environments with severe temperature fluctuations and high humidity.
Selecting the correct motor specifications is critical for optimizing equipment efficiency and ensuring long-term operational stability. The LHOBL6020 series offers a versatile 8-26V operating voltage range, accommodating diverse power supply configurations. Each model in this lineup is precisely engineered to maintain a strict balance between rated speed and torque output, preventing performance degradation during continuous operation. Whether your application requires the high-speed capabilities of the LHOBL6020-05 or the high-torque resilience of the LHOBL6020-01, these parameters reflect verified testing data designed to help procurement engineers match the exact mechanical requirements of their specialized machinery. Review the comprehensive data sheet below to identify the ideal configuration for your project.
Model | Voltage(V) | No Load | Rated Load | Stall | ||||||
Operating Range | Rated | Speed (rpm) | Current (A) | Torque (mNm) | Speed (rpm) | Current (A) | Output P. (W) | Torque (mNm) | Current (A) | |
LHOBL6020-01 | 8-26 | 24 | 3975 | 0.19 | 168.0 | 2948 | 2.83 | 51.87 | 644 | 4.3 |
LHOBL6020-02 | 8-26 | 24 | 2606 | 0.11 | 158.1 | 1940 | 1.75 | 31.13 | 618 | 3.5 |
LHOBL6020-03 | 8-26 | 12 | 1659 | 0.13 | 88.3 | 1334 | 1.42 | 12.33 | 450 | 3.5 |
LHOBL6020-04 | 8-26 | 24 | 2223 | 0.10 | 130 | 1725 | 1.34 | 23.49 | 580 | 3.5 |
LHOBL6020-05 | 8-26 | 24 | 5263 | 0.23 | 180.2 | 4544 | 4.34 | 85.75 | 1317 | 7 |
This explosion-proof brushless motor is engineered for direct integration across a multitude of demanding sectors, providing reliable kinetic energy where standard motors fail to perform safely.
Ideal for exhaust treatment pumps and urea pumps, the motor withstands the harsh vibrations and thermal stress typical of automotive environments, ensuring consistent fluid delivery under pressure.
Perfectly suited for major home appliances, commercial blenders, and high-capacity axial fans. The smooth, low-friction rotation minimizes mechanical noise, creating a quieter user experience while maintaining high-velocity airflow.
In critical healthcare applications such as medical pumps, precision blenders, and laboratory centrifuges, the motor delivers exceptionally stable RPMs. Its spark-free operation guarantees safety in oxygen-rich or sensitive environments.
Built for heavy-duty gas compressors and electric valves, the durable architecture handles continuous low-speed, high-torque demands, significantly reducing the need for frequent maintenance in hard-to-reach industrial pipelines.
Understanding that standard specifications may not fit every specialized application, we offer comprehensive customization services to meet unique engineering requirements. Procurement teams can specify custom motor shaft lengths, specialized flange dimensions, specific wiring configurations, and tailored voltage or speed profiles to ensure flawless integration with non-standard industrial equipment.
Furthermore, every single motor undergoes a rigorous quality control regimen before leaving the facility. This includes precise dynamic balance testing to eliminate micro-vibrations, comprehensive explosion-proof performance verification, and full-load aging experiments. These stringent testing protocols guarantee an exceptionally long, maintenance-free lifespan, allowing your machinery to operate smoothly and reliably even under the most punishing continuous-duty cycles.
1. Q: Can brushless motors achieve rapid braking?
A: Yes, the accompanying driver integrates active energy-dissipating braking and short-circuit braking modes, which significantly reduce stopping distances. This rapid response mechanism makes them highly suitable for products with stringent safety control requirements, such as automated logistics equipment, heavy-duty conveyors, and rechargeable power tools where immediate cessation of movement is critical.
2. Q: What maintenance is required for brushless motors during daily use?
A: The advanced brushless design requires virtually no daily maintenance, eliminating the need for carbon brush replacements. Operators simply need to clean surface dust periodically to maintain thermal dissipation and listen for any unusual bearing noises. If a noticeable grinding sound occurs during prolonged heavy-duty operation, simply replace the precision bearings promptly to restore optimal, whisper-quiet performance.
3. Q: Why does the speed of a brushless motor drop significantly under heavy loads?
A: Insufficient output current from the driver or inadequate power headroom in the motor itself can cause a noticeable speed drop under heavy loads. To resolve this, upgrade the driver's current rating or select a higher-power motor model from our parameter list. Ensuring adequate power reserves guarantees a stable rated speed and consistent torque output under full-load conditions.
