Home > Charging Station > Automatic Mobile Robot Charger 24V/48V

Automatic Mobile Robot Charger 24V/48V

  • Automatic Charging for Higher Uptime: This automatic mobile robot charger supports repeat charging for AGV, unmanned forklift, tractor and other mobile-robot operations, helping reduce manual charging interruptions.
  • Dual-Voltage Platform Compatibility: 24V models provide DC16–32V, 5–100A output, while 48V models provide DC32–60V, 5–50A, allowing one product family to fit different robot battery platforms.
  • Simplified Industrial Deployment: AC 220V single-phase input and an integrated charging structure make this mobile robot charger practical for warehouse and factory charging installations.
  • Flexible Robot Integration: Designed as an automatic robot charger, it supports front- or rear-positioned charging interfaces, helping B2B projects accommodate different robot layouts and automated charging workflows.

Automatic Charging for Mobile Robots

The automatic mobile robot charger supports 24V and 48V robot platforms with AC 220V single-phase input. As a mobile robot charger, it helps reduce manual charging interruptions in AGV, unmanned forklift, tractor and other compatible mobile robot operations.

Automatic Mobile Robot Charger ATT24100MS ATT4850MS

Reduce Charging Downtime

The automatic mobile robot charger supports repeated charging with front- or rear-positioned interfaces, helping fleets simplify daily charging workflows. This automatic robot charger is suited to operations where charging delays can reduce equipment availability and warehouse productivity.

Automatic Mobile Robot Charger for Daily Charging

24V and 48V Platform Compatibility

The 24V robot charger provides DC16–32V, 5–100A output, while the 48V robot charger provides DC32–60V, 5–50A. This robot battery charger family helps B2B buyers match different battery platforms without relying on one fixed voltage configuration.

Automatic Mobile Robot Charger 24V 48V

Core Specifications

Parameter Specification
Model ATT24100MS / ATT4850MS
Product Type All-in-one automatic mobile robot charger
AC Input AC 220V, single phase
24V Output DC 16–32V, 5–100A
48V Output DC 32–60V, 5–50A
Charging Interface Front- or rear-positioned charging port
Charging Use Automatic charging for compatible mobile robot platforms
Dimensions 420 × 400 × 376 mm
Voltage Platforms 24V / 48V robot battery systems
Typical Applications AGV unmanned forklifts, tow tractor robots, AGV transfer vehicles, warehouse handling robots
Recommended Use Automated warehouses, factories, material-handling fleets and mobile robot charging projects

Flexible Charging Interface Layout

Designed with front- or back-positioned charging access, the automatic mobile robot charger can better accommodate different vehicle layouts and docking arrangements. This flexibility helps simplify mechanical integration for AGV, AMR and other automated mobile robot projects.

Automatic Mobile Robot Charger Project Support

Charging Across Robot Applications

This AGV AMR charger can support unmanned forklifts, tractor robots and other compatible mobile robot projects. The mobile robot charger gives fleet operators and integrators a practical charging option where multiple robot formats share similar voltage and charging requirements.

Automatic Mobile Robot Charger Applications

Compact Integration for B2B Projects

With a 420 × 400 × 376 mm enclosure, the automatic mobile robot charger is designed for practical installation in automated facilities. The automatic robot charger can be evaluated around battery voltage, current demand, charging interface position and site layout before deployment.

Automatic Mobile Robot Charger Specifications

Ready to Partner with FEBATT?

Join hundreds of B2B partners worldwide who trust us for reliable lithium battery solutions.

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Scroll to Top

Professional Battery Solution Supplier

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.