Description
AH140 High Efficiency Helical Gearbox
Efficient Power Transmission for Industrial Machinery
The AH140 High Efficiency Helical Gearbox is designed for industrial machinery requiring dependable power transmission and efficient drive integration. Its helical gear configuration supports continuous torque transfer in demanding mechanical systems. This gearbox is suitable for equipment designers seeking a practical transmission solution for larger automation assemblies. The AH140 industrial helical gearbox can be evaluated for applications involving repetitive movement, coordinated drives, and controlled mechanical positioning. Final selection should consider operating torque, speed, duty cycle, and installation requirements.
Designed for Demanding Industrial Applications
The AH140 helical gear reducer can be considered for automated production lines, packaging machinery, material handling systems, and industrial positioning equipment. Its application depends on the required output torque, transmission ratio, mounting arrangement, and operating environment. For servo-driven equipment, engineers should assess the gearbox alongside the motor and controller. Correct matching helps achieve suitable motion response and reliable operation. This makes the AH140 high efficiency gearbox a candidate for customized industrial drive systems.
Transmission Efficiency and Mechanical Performance
Helical gearing provides progressive tooth engagement during power transmission. This design can help support smooth operation when the gearbox is correctly selected and installed. Actual efficiency depends on the gear configuration, transmission ratio, lubrication, load, and operating conditions. Buyers should review the technical data before comparing products for energy-sensitive applications. A properly matched AH140 precision helical gearbox can help equipment builders balance transmission performance, positioning requirements, and system integration needs.
Manufacturing Quality and Configuration Support
Reliable gearbox performance depends on more than gear geometry alone. Material selection, machining accuracy, heat treatment, assembly control, and final inspection all influence product consistency. Buyers should confirm the manufacturer’s available inspection procedures and quality documentation before ordering. Installation alignment and appropriate lubrication also contribute to service life. For specialized equipment, technical communication before production helps reduce configuration errors and avoid unnecessary installation changes.
OEM Supply and Technical Selection
Shenli supports industrial customers evaluating gearbox solutions for automation and mechanical transmission projects. Buyers can provide motor specifications, required ratios, output torque, mounting dimensions, and application details for preliminary selection. These details help determine whether the AH140 gearbox matches the intended operating conditions. OEM inquiries can also include interface requirements and project quantities. Contact Shenli to request AH140 helical gearbox specifications, configuration guidance, and a quotation for your application.
AH140 High Efficiency Helical Gearbox – Technical Specifications
- Model: AH140 High Efficiency Helical Gearbox
- Gear Type: Helical gear transmission
- Available Gear Ratios: 3, 4, 5, 7, 10, 15, 16, 20, 25, 28, 30, 35, 40, 50, 70, 100
- Gear Stages: Single-stage and two-stage configurations
- Rated Output Torque: 240–360 N·m for listed single-stage ratios; 240–585 N·m for listed two-stage ratios, depending on configuration
- Emergency Stop Torque: 3 times the rated output torque
- Nominal Input Speed: 2,000 rpm
- Maximum Input Speed: 3,500 rpm
- Maximum Radial Load: 9,100 N
- Maximum Axial Load: 8,200 N
- Transmission Efficiency: 97% for single-stage; 95% for two-stage configurations
- Average Service Life: 20,000 hours
- Weight: Approximately 16 kg for single-stage; 17 kg for two-stage configurations
- Moment of Inertia: Ratio-dependent, approximately 4.08–12.35 kg·cm²
- Backlash – Single Stage: Precision ≤3 arcmin; standard ≤5 arcmin
- Backlash – Two Stage: Precision ≤5 arcmin; standard ≤7 arcmin
- Torsional Rigidity: 50 N·m/arcmin
- Noise Level: 68 dB
- Lubrication: Synthetic grease
- Protection Rating: IP65
- Dimensions and Mounting Interface: Confirm shaft, flange, and overall dimensions against the AH140 dimensional drawing.
- Typical Applications: Industrial automation, servo-driven machinery, robotic systems, and heavy-duty positioning equipment.
- Selection Guidance: Confirm the required ratio, operating torque, input speed, radial and axial loads, and motor mounting interface before ordering.
