Description

AH110 Low Backlash Helical Gearbox

Reduced Backlash for Precise Mechanical Control

The AH110 Low Backlash Helical Gearbox is designed for machinery requiring controlled rotation and consistent transmission response. Its helical gear arrangement supports progressive tooth engagement during operation. This configuration helps deliver smooth power transfer and predictable mechanical movement. Reduced backlash is especially valuable when equipment changes direction or performs repeated positioning cycles. The AH110 provides a transmission solution for engineers balancing motion accuracy, output torque, and mechanical integration. Choosing an AH110 Low Backlash Helical Gear Reducer requires evaluating the required backlash grade, reduction ratio, motor characteristics, and operating load.

Servo Drives and Precision Positioning

The AH110 gearbox can be considered for compatible servo-driven equipment and automated motion systems. A suitable reduction ratio helps match motor speed to the driven mechanism. Controlled transmission clearance can support repeatable movement in positioning applications. An AH110 Low Backlash Helical Gearbox for Servo Motor may suit machinery requiring coordinated rotation and frequent direction changes. Typical application categories include indexing mechanisms, automated assembly equipment, and precision handling systems. Engineers should verify acceleration, duty cycle, radial loads, and axial loads before selecting the gearbox. Correct sizing helps maintain reliable operation throughout the intended production cycle.

Manufacturing Processes and Quality Control

Consistent gearbox performance starts with controlled manufacturing and accurate component assembly. Gear machining, dimensional inspection, and alignment checks contribute to transmission quality. Careful assembly helps maintain the intended relationship between mating gears and supporting components. Appropriate lubrication helps manage friction and wear during normal operation. Quality control should verify critical dimensions and confirm compliance with the selected configuration. These procedures provide a practical foundation for evaluating an AH110 Precision Helical Gearbox. Final performance depends on the actual gear specification, assembly quality, installation accuracy, and operating conditions.

Industrial Automation Applications

The AH110 Low Backlash Helical Gearbox can be evaluated for industrial automation, robotic mechanisms, CNC-related equipment, and automated production systems. It may also suit machinery requiring repeatable rotary movement and controlled speed reduction. Before installation, buyers should confirm the gearbox dimensions, motor interface, reduction ratio, rated torque, and allowable loads. Mounting compatibility is essential for dependable integration into existing machinery. The selected gearbox must also meet the application’s speed and duty requirements. These checks help engineers reduce configuration errors and support efficient equipment commissioning.

OEM Supply and Technical Consultation

Shenli supports industrial buyers evaluating an AH110 Low Backlash Helical Gearbox Supplier for motion control projects. OEM discussions can address motor compatibility, mounting interfaces, transmission ratios, and application-specific requirements. Providing technical drawings and operating conditions helps the team assess suitable configurations. When comparing an AH110 Low Backlash Helical Gearbox Manufacturer, buyers should consider specification accuracy, manufacturing consistency, inspection procedures, and technical communication. Contact Shenli to discuss your application and request a configuration review or quotation.

AH110 Low Backlash Helical Gearbox – Technical Specifications

Model: AH110 Low Backlash Helical Gearbox
Gear Configuration: Helical gear transmission
Available Reduction Ratios: 3, 4, 5, 7, 10, 15, 16, 20, 25, 28, 30, 35, 40, 50, 70, 100
Rated Output Torque: 120–255 N·m, depending on ratio and stage
Emergency Stop Torque: 3 times the rated output torque
Nominal Input Speed: 3,000 rpm
Maximum Input Speed: 6,000 rpm
Maximum Radial Force: 8,500 N
Maximum Axial Force: 4,300 N
Single-Stage Efficiency: 97%
Two-Stage Efficiency: 95%
Average Service Life: 20,000 hours
Weight: 8 kg for single-stage; 8.9 kg for two-stage
Moment of Inertia: Approximately 1.3–3.25 kg·cm², depending on ratio and configuration
Backlash: Single-stage precision ≤3 arcmin; standard ≤5 arcmin. Two-stage precision ≤5 arcmin; standard ≤7 arcmin
Torsional Rigidity: 25 N·m/arcmin
Noise Level: 62 dB
Lubrication: Synthetic grease
Protection Rating: IP65
Applications: Servo drives, industrial automation, robotic mechanisms, and precision positioning equipment
Mounting Dimensions: Refer to the AH110 dimensional drawing for flange, shaft, and mounting-hole specifications.