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Medium to high power miniature geared power modules engineered with exceptional torque capacity.
Specifically designed for heavy-duty push-pull mechanisms, lifting apparatus, and continuous conveyor equipment.
Built to resolve the common engineering challenge of requiring massive output force within heavily restricted installation footprints.
Industrial machinery often struggles to balance spatial limitations with the need for substantial rotational force. This brushless gear motor resolves both conflicting requirements through a highly integrated drive architecture. The precision-engineered gearbox effectively translates raw motor velocity into multiplied output torque, delivering unwavering motion stability for lifting columns, commercial mixers, and automated conveyors. By absorbing and distributing sudden impact loads across the mechanical structure, the transmission system inherently protects the core motor components, resulting in cooler operating temperatures and a significantly extended operational lifecycle. The distinctively compact, one-piece exterior profile eliminates the need for bulky external adapters, stripping away assembly complexity for engineers developing compact automation tools and intelligent consumer devices.
Durability begins at the material level. This module utilizes high-strength alloy gears paired with precision ball bearings. When handling the physical unit, the cool metallic touch of the casing reflects its superior thermal dissipation capabilities. Internally, the optimized gear meshing ensures smooth rotation without the gritty friction commonly found in standard alternatives, granting exceptional wear resistance even under punishing heavy-load conditions.
Through rigorous acoustic tuning and precise gear alignment, this motor operates with a near-silent hum, minimizing auditory fatigue in operational environments. The advanced brushless technology, combined with low-friction transmission pathways, guarantees minimal heat generation and maximum energy transfer efficiency, keeping power consumption strictly optimized for battery-powered or energy-conscious applications.
Recognizing that no two engineering projects are identical, we provide extensive structural and electrical modifications. Project managers can specify distinct output shaft dimensions, specialized wiring terminals, exact reduction ratios, and the integration of auxiliary encoders. This level of adaptability ensures the motor integrates naturally into your proprietary equipment designs without requiring costly redesigns of your existing chassis.
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) | |
LHBLG4275-01 (Gear Ratio 25:1) | 8-26 | 24 | 140 | 0.24 | 2.03 | 111 | 1.67 | 23.48 | 9.7 | 2.5 |
LHBLG4275-02 (Gear Ratio 49) | 8-26 | 24 | 121 | 0.69 | 4.4 | 92 | 3.65 | 24.86 | 19.4 | 5.0 |
LHBLG4275-03 (Gear Ratio 124.6) | 8-26 | 18 | 30 | 0.41 | 7.00 | 26 | 2.11 | 18.72 | 43 | 3.0 |
LHBLG4275-04 (Gear Ratio 67) | 8-26 | 24 | 76 | 0.22 | 5.00 | 54 | 1.57 | 28.32 | 17.4 | 2.5 |
The LHBLG4275 series is engineered to deliver reliable, high-torque performance across a diverse spectrum of demanding applications, providing equipment manufacturers with a versatile and powerful motion control foundation.
Modern residential automation demands silent yet powerful actuation. This motor series provides the necessary driving force for heavy electric sliding doors, automated window openers, motorized smart curtains, and large outdoor electric awnings. The acoustically optimized profile ensures these mechanisms operate unobtrusively within quiet living spaces.
In factory environments, reliability translates directly to productivity. These units are frequently integrated into continuous conveyor setups, matching gear transmission modules, and heavy-duty linear actuators. The resilient alloy construction withstands the constant vibration and load stress typical of demanding manufacturing floors.
Accuracy is paramount for control systems. The motor's precise rotational control makes it an excellent choice for electric fluid valves, automated control switching mechanisms, light angle adjustment pan/tilt heads, and miniature impact drills, where exact positioning prevents costly operational errors.
Public-facing machines require absolute dependability to minimize maintenance dispatches. This gear motor effectively powers electric gate barriers, banking and financial equipment, ATMs, and vending machines, ensuring consistent mechanical response regardless of daily usage frequency.
For applications requiring sustained percussive force, such as high-power vibration massagers, the motor delivers consistent torque without overheating, ensuring the end-user experiences a safe, effective, and uninterrupted performance.
Q1: Why does a gearbox motor have significantly higher torque for the same power output?
A: Gearboxes achieve speed reduction and torque amplification through precise internal gear meshing. The higher the reduction ratio, the greater the torque amplification. While ordinary direct-drive motors operate at high speeds with minimal pushing force, our integrated gearbox motors distribute load impact through hardened mechanical structures. This allows them to output several to tens of times more torque at the identical input power. Consequently, they are perfectly suited for low-speed, heavy-load applications such as vertical lifting, mechanical pushing, and industrial valve opening/closing.
Q2: Will a gearbox motor automatically slide down after a power outage?
A: Not necessarily; this behavior depends entirely on the selected reduction ratio and internal gear architecture. High-ratio metal planetary gearboxes inherently possess a reverse self-locking function, which safely prevents the sliding of lifting tables and electric gates immediately after a power failure. Conversely, low-ratio micro plastic gears lack this self-locking characteristic. If anti-fall protection is a critical safety requirement for your project, please inform our engineering team during the selection phase so we can prioritize self-locking gearbox configurations for your specific build.
Q3: What quality control measures and international certifications apply to this motor series?
A: Every production batch is subjected to rigorous multi-stage testing protocols. This includes extreme high and low-temperature environmental cycling, full-load lifespan evaluations, and maximum torque limit verifications. Such strict oversight guarantees the absolute consistency required for industrial-grade deployment. Furthermore, the product line fully complies with CE, RoHS, and other major international safety and environmental directives, ensuring your finished equipment can cross global borders without regulatory delays.
Q4: How do you handle large-scale orders and what is the typical delivery schedule?
A: Supported by a mature, vertically integrated supply chain and scalable manufacturing facilities, we are fully equipped to support your production timeline. We offer agile, rapid prototyping services for your initial structural testing, followed by highly reliable, on-time delivery for bulk manufacturing runs. Our streamlined production planning ensures that your assembly lines receive the necessary components exactly when needed, minimizing inventory overhead and preventing costly downtime.
