LHBLG2430 Series 24MM Brushless DC Gear Motor With Integrated Design

Product Advantage

• Integrated and compact design: The motor and gearbox are molded as a single unit, eliminating the need to separately purchase the motor, reducer, coupling, and bracket. The overall size is significantly smaller than that of separate assembly solutions. This unified architecture ensures structural integrity and reduces mechanical resonance, delivering a smooth, vibration-free operation that directly enhances the lifespan of your end-product.

• Lightweight and space-saving installation: With the same torque output, the overall size is smaller, adapting to narrow internal mounting spaces and facilitating the layout of small home appliances, portable instruments, and miniature automation equipment. The space optimization allows engineers to design sleeker, more ergonomic device enclosures without sacrificing mechanical power.

• Simplified mechanical structure: Eliminates the need for customers to match transmission components, reducing the complexity of the equipment casing and frame design, and shortening the product development cycle. By streamlining the integration process, assembly line efficiency is maximized, reducing labor costs and potential assembly errors.

Beyond its structural benefits, the LHBLG2430 series is engineered with premium materials and advanced drive capabilities. Utilizing high-strength precision gears and pure copper wire windings, this brushless DC (BLDC) gear motor guarantees high transmission efficiency, minimal energy loss, and exceptional wear resistance for continuous operation. It is fully compatible with built-in or external controllers and can be equipped with optional Hall sensors. This enables precise closed-loop speed regulation, exact forward/reverse switching, and accurate positioning control, meeting the rigorous demands of industrial-grade applications.

Technical Parameters

The performance data of the LHBLG2430 series is backed by stringent quality control and comprehensive testing protocols. Before leaving the facility, every unit undergoes rigorous acoustic analysis for noise reduction, rated load verification, and extreme lifespan aging tests to ensure absolute batch consistency. Furthermore, our manufacturing processes comply with CE, RoHS, and ISO9001 international standards, ensuring your finished equipment can smoothly enter global markets without compliance barriers.

Product Uses

The highly adaptable nature of the LHBLG2430 integrated gear motor makes it an ideal power solution across a diverse range of demanding environments. Its quiet operation and precise motion control add tangible value to the end-user experience.

• Home Product: Electric Window, Electric Curtain, Kitchen Appliances, Portable Equipment. The whisper-quiet operation and smooth torque delivery ensure that automated window treatments and smart kitchen devices function unobtrusively, enhancing the acoustic comfort of modern living spaces.

• Industry Facility: Transmission Equipment, Gear System, Actuator, Miniature inspection and rotary positioning fixtures for 3C production lines. Built for endurance, the wear-resistant internal components provide reliable, continuous motion, reducing equipment downtime and maintenance costs in fast-paced manufacturing environments.

• Electronic Equipment: Electric Valve, Small Switcher, Lighting Adjustor. The precise closed-loop control capabilities allow for micro-adjustments, ensuring exact fluid regulation in valves and accurate positioning in automated lighting rigs.

• Business Equipment: Electric Gate, Banking Facility, ATM, Vending Machine. High starting torque and stall resistance guarantee secure, jam-free operation for cash dispensing mechanisms and automated retail doors, ensuring consistent transaction reliability.

• Personal Care: Massager, Stroker, Vibrator. The compact form factor and low-heat generation provide a safe, consistent, and comfortable tactile experience for handheld wellness devices.

FAQ

1. How to Select a Gearbox Motor?

• Confirm the core parameters of the load power (most critical)

• Determine the required output torque: Calculate the maximum resistance torque during equipment operation. The selected motor's rated torque should have a safety margin of 1.2~1.5 times; for lifting and self-locking equipment, it is recommended to have a 2 times safety margin to prevent blockage and burnout.

• Determine the target output speed: Based on the equipment's operating speed requirements, determine the gearbox output shaft speed, and calculate the required reduction ratio based on the motor's no-load speed: Reduction ratio = Motor no-load speed ÷ Output shaft target speed.

• Calculate the actual output power: Calculate the required power based on torque and speed, and match the motor's rated power range.

• Distinguish between continuous loads and instantaneous impact loads: For frequent starts and stops, and impact conditions (sorting, pushing mechanisms), prioritize brushless gear motors with stronger overload capacity; for uniform speed and light loads, standard models can be used.

2. Do you offer customization for non-standard equipment?

Yes, we provide comprehensive OEM and ODM services to ensure the motor perfectly matches your specific engineering requirements. Our engineering team can customize the output shaft dimensions, adjust the gear reduction ratios, modify the rated voltage, and configure specific wiring harnesses or terminal connectors. This flexibility allows for direct integration into highly specialized or uniquely shaped device enclosures without the need for secondary modifications.

3. What are your production capabilities and packaging standards?

Backed by mature, large-scale production lines and a highly optimized supply chain, we offer highly competitive lead times to keep your manufacturing schedule on track. Every shipment is secured in heavy-duty, shockproof industrial packaging, ensuring that the precision gears and electronic components remain completely protected from vibration and impact during global transit.