Description

Precision Transmission for Demanding Automation Equipment

The ALF90 Helical Gearbox for Servo Motor supports mechanical transmission integration in industrial automation equipment. It helps equipment designers evaluate suitable speed reduction solutions for different machine configurations. Selection can consider gear ratio, output torque, input speed, and installation requirements. These factors help determine whether the gearbox matches the intended application. As an ALF90 Helical Gearbox Supplier China, Shenli supports industrial buyers seeking suitable transmission components for OEM projects.

Servo Motor Integration and Configuration

Servo-driven machinery requires careful coordination between the motor, gearbox, and driven mechanism. The ALF90 provides a gearbox platform for evaluating these mechanical integration requirements. Engineers can review the motor interface, mounting arrangement, required reduction ratio, and operating conditions. This process helps clarify compatibility before equipment assembly begins. Buyers searching for an ALF90 Precision Helical Gearbox for Servo Motors can provide application details for technical evaluation. Final selection should follow verified product specifications and the machine manufacturer’s requirements.

Manufacturing and Quality Considerations

Reliable gearbox production depends on machining accuracy, component consistency, assembly control, and appropriate lubrication. Depending on the manufacturing process, production may involve gear machining, dimensional inspection, component fitting, and operational testing. These procedures help identify potential manufacturing deviations before shipment. Consistent quality control also supports repeatable assembly during equipment production. Customers evaluating an ALF90 Helical Gearbox Manufacturer China should request applicable inspection records and technical documentation. Actual manufacturing processes and quality standards should be confirmed with the supplier.

Applications Across Industrial Automation

The ALF90 may be evaluated for robotic equipment, CNC machinery, packaging systems, and automated production lines. Its suitability depends on the required torque, operating speed, load conditions, and mounting space. For servo positioning applications, buyers should confirm the necessary backlash and positioning performance. Mechanical alignment and installation conditions also affect the overall transmission system. An ALF90 Helical Gearbox for Industrial Automation should therefore be selected according to the complete application requirements. Technical review helps reduce compatibility uncertainties during system integration.

OEM Sourcing and Technical Support

Shenli supports buyers seeking an ALF90 Servo Gearbox Manufacturer for industrial equipment projects. Customers can submit motor specifications, mounting drawings, target gear ratios, and operating conditions. These details help the team assess configuration compatibility and prepare a more relevant quotation. OEM requirements can be reviewed individually before confirming the final arrangement. Buyers can also request available dimensional drawings and installation information. This approach supports clearer communication between equipment manufacturers and transmission suppliers.

Request an ALF90 Gearbox Quotation

Choosing the right gearbox starts with understanding the machine’s transmission requirements. Share your motor model, required reduction ratio, load conditions, and mounting preferences. Shenli can review the supplied information and assist with product selection. Contact our team to discuss the ALF90 Helical Gearbox for Servo Motor and request a quotation for your project.

ALF090 Helical Gearbox for Servo Motor — Technical Specifications

Model: ALF090 precision helical gearbox for servo motor applications.
Gear Ratios: Single-stage ratios include 3:1, 4:1, 5:1, 7:1, and 10:1. Two-stage ratios include 15:1, 16:1, 20:1, 25:1, 28:1, 30:1, 35:1, 40:1, 50:1, 70:1, and 100:1.
Rated Output Torque: Single-stage: 50 N·m at 3:1 and 10:1; 75 N·m at 4:1, 5:1, and 7:1. Two-stage: 90 N·m at 15:1; 96 N·m at 16:1, 20:1, 25:1, 28:1, 35:1, 40:1, and 50:1; 87 N·m at 30:1 and 70:1; 50 N·m at 100:1.
Emergency Stop Torque: Three times the rated output torque.
Nominal Input Speed: 3,000 rpm.
Maximum Input Speed: 6,000 rpm.
Maximum Radial Force: 2,400 N.
Maximum Axial Force: 2,200 N.
Transmission Efficiency: 97% single-stage; 95% two-stage.
Average Service Life: 20,000 hours.
Weight: 3.5 kg single-stage; 4.0 kg two-stage.
Moment of Inertia: Approximately 0.39–0.72 kg·cm², depending on configuration.
Backlash: Single-stage precision ≤3 arcmin and standard ≤5 arcmin; two-stage precision ≤5 arcmin and standard ≤7 arcmin.
Torsional Rigidity: 14 N·m/arcmin.
Noise Level: 62 dB.
Lubrication: Synthetic grease.
Protection Rating: IP65.
Dimensions and Interfaces: Overall dimensions, shaft diameters, and mounting flange dimensions are not listed in the supplied table. Please consult the ALF090 dimensional drawing before installation.