Description

AH64 High Torque Helical Gearbox is designed for industrial machinery requiring dependable speed reduction and effective power transmission. Its helical gear configuration supports progressive tooth engagement during operation. This design helps maintain smooth motion and stable mechanical performance under suitable operating conditions. The AH64 model can serve as a transmission component in equipment requiring controlled output speed and consistent rotational movement. For buyers seeking an AH64 High Torque Helical Gear Reducer, correct model selection should consider motor power, required output torque, reduction ratio, and installation space.

Designed for Servo Drives and Motion Control

The AH64 High Torque Helical Gearbox can be integrated into compatible servo-driven machinery and industrial motion control systems. A suitable gearbox helps match motor speed with the operating requirements of the driven equipment. It can support controlled movement in production machinery, automated positioning systems, and mechanical transmission assemblies. When selecting an AH64 Helical Gearbox for Servo Motors, engineers should evaluate operating speed, load characteristics, acceleration requirements, and duty cycle. Proper motor matching helps improve transmission stability and supports reliable equipment operation. Actual performance depends on the selected configuration and working conditions.

Manufacturing Quality and Transmission Reliability

Reliable gearbox performance depends on gear accuracy, material quality, assembly precision, and effective inspection procedures. Manufacturing should include controlled gear machining, dimensional verification, and careful assembly of the transmission components. Appropriate lubrication helps reduce friction and wear between contacting gear surfaces. Inspection of critical dimensions and assembly conditions also helps maintain product consistency. These manufacturing controls support dependable operation when the gearbox is correctly selected and installed. For industrial buyers, a well-controlled production process provides a stronger basis for evaluating long-term transmission reliability.

Applications in Industrial Automation

The AH64 High Torque Helical Gearbox may be considered for compatible packaging machinery, automated production equipment, material handling systems, and general industrial drives. It can also serve applications requiring coordinated motor output and mechanical speed reduction. Before installation, engineers should confirm the gearbox’s rated torque, allowable input speed, radial and axial loads, and mounting dimensions. These checks help ensure compatibility with the target machine. Application suitability must be confirmed against the actual technical specifications rather than the model name alone.

OEM Supply and Technical Support

As an AH64 High Torque Helical Gearbox Supplier, Shenli can support buyers evaluating gearbox options for industrial equipment projects. OEM discussions can cover motor compatibility, transmission ratios, mounting interfaces, and application-specific requirements. Providing operating conditions and equipment drawings helps the technical team assess the appropriate configuration. For buyers comparing an AH64 High Torque Helical Gearbox Manufacturer, important considerations include specification accuracy, production consistency, inspection procedures, and communication efficiency. Contact Shenli to discuss your transmission requirements and request a configuration review for your application.

AH064 High Torque Helical Gearbox – Technical Specifications

Model: AH064 High Torque Helical Gearbox
Gearbox Type: Helical gear transmission gearbox
Reduction Ratios: 3, 4, 5, 7, 10, 15, 16, 20, 25, 28, 30, 35, 40, 50, 63, 70, 100
Rated Output Torque: 18–37 N·m, depending on the selected ratio
Emergency Stop Torque: 3 times the rated output torque
Nominal Input Speed: 3,000 rpm
Maximum Input Speed: 6,000 rpm
Maximum Radial Force: 1,500 N
Maximum Axial Force: 750 N
Single-Stage Efficiency: 97%
Two-Stage Efficiency: 95%
Average Service Life: 20,000 hours
Weight: 1.4 kg for single-stage; 1.6 kg for two-stage
Moment of Inertia: 0.064–0.16 kg·cm², depending on ratio and configuration
Backlash, Single-Stage: Precision ≤3 arcmin; standard ≤5 arcmin
Backlash, Two-Stage: Precision ≤5 arcmin; standard ≤7 arcmin
Torsional Rigidity: 7 N·m/arcmin
Running Noise: 60 dB
Lubrication: Synthetic grease
Protection Rating: IP65
Applications: Compatible servo motors, industrial automation, precision positioning, and mechanical transmission equipment
Selection Note: Confirm the required ratio, output torque, motor interface, and mounting dimensions before ordering.