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Designed for applications with high radial loads, such as AGV wheel drives, pulley drives. Output options include shaft output and ring gear output.
Product Introduction
The AG Series High Torque Planetary Gearboxes with Output Shaft are designed for applications requiring high radial load capacity, including AGV wheel drives and pulley drive systems. The gearbox construction is engineered to withstand significant radial forces generated by wheel traction and belt tension in power transmission applications. Output configuration options include shaft output for direct wheel or pulley mounting and ring gear output for integrated system designs. The planetary gear train provides torque multiplication while maintaining a compact footprint suitable for mobile equipment and automated guided vehicles. The bearing arrangement is selected to support combined radial and axial loads typical in drive wheel applications. The housing design incorporates mounting interfaces compatible with standard AGV chassis and motor configurations.
Core Advantages
High Radial Load Capacity
Engineered to withstand radial forces generated by AGV wheel traction and pulley belt tension.
Output Shaft Configuration
Direct wheel or pulley mounting capability for simplified drive train assembly.
Ring Gear Output Option
Integrated output configuration for customized drive system designs.
High Torque Density
Planetary gear train provides torque multiplication within compact envelope.
Mobile Equipment Design
Configuration optimized for AGV, automated guided vehicle, and mobile robot applications.
Combined Load Support
Bearing arrangement accommodates radial and axial loads typical in drive wheel applications.
Product Features
High radial load design Bearing and housing construction rated for AGV wheel drive forces and pulley belt tension loads.
Shaft output option Direct mounting interface for wheels, pulleys, sprockets, and other rotating components.
Ring gear output option Internal ring gear output for integrated drive system configurations.
Planetary torque multiplication Multiple planet gears distribute load for high torque output within compact dimensions.
AGV optimized configuration Mounting interfaces and dimensions compatible with standard automated guided vehicle chassis.
Pulley drive compatibility Shaft output designed for belt and chain drive system integration.
Combined bearing system Bearing selection supports radial loads from wheel contact and axial loads from terrain variation.
Application Scenarios
AGV wheel drives
Automated guided vehicles
Pulley drive systems
Mobile robots
Material handling equipment
Conveyor drive systems
Industrial drive applications
Belt and chain transmissions
This planetary gearbox series is specifically designed for applications where high radial loads are present at the output interface. Primary applications include automated guided vehicle wheel drives where the gearbox supports vehicle weight and traction forces, pulley drive systems where belt tension creates sustained radial loading, mobile robot drive wheels, material handling equipment propulsion systems, and industrial drive applications requiring direct shaft-mounted power transmission components.
Common Questions and Solutions
How does the AG series differ from standard planetary reducers for radial load applications?
The AG series features an enhanced bearing system and housing construction specifically rated for high radial loads generated by AGV wheel contact forces and pulley belt tension. Standard planetary reducers typically have lower radial load ratings as they are designed for pure torque transmission with minimal external radial forces.
What is the difference between shaft output and ring gear output configurations?
Shaft output provides a rotating shaft for direct mounting of wheels, pulleys, or sprockets. Ring gear output features an internal ring gear that rotates, allowing integration with custom hub designs or through-shaft configurations where the output rotates around a stationary center.
What radial load ratings are available for AGV wheel drive applications?
Radial load ratings vary by frame size and bearing configuration. Refer to the technical datasheet for allowable radial force at the output shaft or ring gear mounting interface for each model. Consult the factory for specific AGV wheel load calculations.
What reduction ratios are available in the AG series?
Single-stage and multi-stage configurations are available. Typical ratios for AGV and mobile drive applications range from 10 to 100. Consult the product catalog for ratio-specific torque and radial load specifications.
Is the AG series suitable for outdoor or harsh environment operation?
The AG series can be configured with sealed housings and appropriate lubricants for various environmental conditions. Consult the factory regarding IP rating options and corrosion protection for specific application environments.
What maintenance is required for AG series gearboxes in AGV applications?
The AG series uses maintenance-free grease lubrication with no scheduled oil changes required. Periodic inspection of seals, mounting bolts, and output shaft condition is recommended based on operating hours and environmental conditions.
Installation Considerations
Ensure motor shaft and reducer input bore alignment within specified tolerances to prevent additional radial loading on input bearings.
When mounting wheels directly to the output shaft, verify that wheel mass and external forces do not exceed the rated radial load capacity.
For pulley drive applications, account for belt tension forces in radial load calculations. Tension should be applied within the allowable radial load specification.
Do not disassemble the gearbox housing. The internal bearing preload and lubrication are factory-set.
For AGV applications, consider thermal management as continuous operation at low speeds with high torque may generate heat. Allow adequate airflow around the gearbox housing.
When using ring gear output configuration, ensure proper alignment between the rotating ring gear and stationary housing interface to prevent contact and binding.
