Brief: Watch the demo to catch practical tips and quick performance insights. This video provides a detailed walkthrough of the Cycloidal Pin Wheel Speed Reducer for Lifting Platforms, showcasing its solid shaft output design, robust housing, and versatile input configurations. You'll see how this efficient cycloidal gearbox operates and learn about its key parameters for reliable lifting applications.
Related Product Features:
Features a durable cast iron housing for enhanced strength and longevity.
Utilizes a cycloid wheel and pin wheel gearset for efficient power transmission.
Supports various input configurations including AC, brake, explosion-proof, and hydraulic motors.
Equipped with IEC-normalized motor flange and keyed solid shaft input for easy integration.
Provides keyed solid shaft output for secure torque delivery in lifting platforms.
Offers a wide range of models with power ratings from 0.25 kW to 55 kW.
Available in multiple reduction ratios from 9 to 1849 for precise speed control.
Delivers high torque output up to 20,000 Nm for demanding lifting operations.
FAQs:
What types of motors are compatible with this cycloidal reducer?
The reducer is compatible with various electric motors, including AC motors, brake motors, explosion-proof motors, regulated speed motors, and hydraulic motors, featuring an IEC-normalized flange for easy mounting.
What is the maximum torque this gearbox can handle?
Depending on the model, the maximum torque ranges up to 20,000 Nm for single-stage units and is specified for each two-stage model in the parameter table, ensuring robust performance for lifting applications.
What reduction ratios are available for this cycloidal gearbox?
Single-stage models offer ratios from 9 to 87, while two-stage models provide a wider range from 121 to 1849, allowing for precise speed reduction tailored to specific lifting platform requirements.