Product Overview

Reliable Precision Transmission for Industrial Automation

Planetary Reducers are designed to provide stable torque transmission, precise speed reduction, and efficient power transfer for a wide range of industrial motion control systems. With a compact structure and high transmission efficiency, they are suitable for applications requiring accurate positioning, smooth operation, and reliable performance. Compatible with both servo motors and stepper motors, these reducers are widely used in industrial automation equipment, machine tools, packaging machinery, robotics, and other precision drive systems.

Key Features

Wide Power Range

The Planetary Reducer supports motor power ranging from 0.12 kW to 160 kW, making it suitable for various industrial applications, from compact automation equipment to heavy-duty machinery. Multiple reduction ratios and specifications are available to accommodate different operating requirements.

Flexible Installation Options

To simplify equipment integration, the reducer supports both bracket mounting and shaft mounting configurations. It can be installed in multiple orientations, allowing greater flexibility during machine design and reducing installation constraints.

High Precision and Smooth Operation

The precision planetary gear design provides stable transmission accuracy, high dynamic response, and low backlash, making the reducer suitable for applications that require precise positioning and repeatability. Depending on application requirements, three backlash grades are available:

Ultra-Precision Backlash

Suitable for high-accuracy positioning systems and demanding servo applications.

High-Precision Backlash

Provides an excellent balance between positioning accuracy and cost for most industrial automation equipment.

Standard Backlash

Designed for general industrial machinery where reliable transmission is the primary requirement.

Product Components

Housing and Flange

The gearbox housing and flange are manufactured from ADC12 die-cast aluminum alloy, offering good mechanical strength, dimensional stability, and lightweight construction while maintaining efficient heat dissipation.

Precision Planetary Gear Set

The internal transmission system adopts a precision planetary gear structure to ensure stable power transmission and long-term operating reliability.

• Ring Gear: 40Cr

• Planetary Gear: 20CrMnTi

• Surface Hardness: HRC58–62

• Core Hardness: HRC33–40

The hardened gear surface improves wear resistance, while the tough gear core helps withstand continuous mechanical loads.

Input and Output Configuration

The input side features a hollow shaft with keyway and is equipped with a motor adapter for convenient motor installation.

The output side offers multiple configurations, including:

• Keyed solid shaft output

• Keyless solid shaft output

These options enable compatibility with different transmission systems and equipment designs.

Motor Compatibility

The Planetary Reducer is designed for easy integration with:

• Servo motors

• Stepper motors

Its standardized connection design helps simplify installation and supports various industrial automation systems.

Applications

Suitable for Diverse Industrial Equipment

Thanks to its compact structure, precise transmission, and flexible installation, the Planetary Reducer is widely applied in numerous industrial sectors, including:

• Plastics processing equipment

• Rubber machinery

• Metallurgy and mining equipment

• Petrochemical machinery

• Lifting and conveying systems

• Food and light industry machinery

• Packaging equipment

• CNC machinery

• Robotics and industrial automation

Why Choose a Planetary Reducer?

Combining a wide power range, precision planetary gearing, multiple backlash options, and durable materials, the Planetary Reducer provides reliable performance for industrial motion control applications. Whether used in standard manufacturing equipment or precision automation systems, it offers stable transmission, flexible installation, and compatibility with a broad range of servo and stepper motors, making it a practical solution for modern industrial drive systems.

ZA060-L1