RMG Container Gantry Crane

RMG (Rail-Mounted Gantry Crane) is a heavy-duty container handling system specifically engineered for high-density container loading, unloading, stacking, and yard transfer.

Rated Capacity (t) Customizable: 10 / 200 (Customizable)
Span / Working Radius (m): 23–40 (Covers 6–10 container rows)
Lifting Height (m): 18–22 (Stack 5–7 tiers)

    Product Introduction

    RMG (Rail-Mounted Gantry Crane) is a heavy-duty container handling system specifically engineered for high-density container loading, unloading, stacking, and yard transfer. Powered by utility electricity and running on fixed steel rails with steel wheels, it offers precise, eco-friendly, and fully automated container terminal operations.

    Technical Specifications

    Equipment TypeRated Capacity (t) CustomizableSpan / Working Radius (m)Lifting Height (m)Lifting Speed (m/min)Crane Travel SpeedTrolley Speed (m/min)Duty ClassPower / Power Supply ModeMain Applications & Features
    Rail-Mounted Gantry Crane10 / 200 (Customizable)23–40 (Covers 6–10 container rows)18–22 (Stack 5–7 tiers)Loaded 9–12 / Unloaded 20–2560–80 m/min70–90A7–A8Mains power supply, travels on steel railsLarge-scale automated container yards; supports remote and driverless operations

    Product Advantages

    Eco-Friendly Electric Power
    Driven directly by grid power (via cable reel or conductor bar), eliminating direct emissions, reducing noise levels, and significantly lowering energy costs compared to diesel-powered equipment.
    Superior Precision & Automation
    Fixed-rail operation provides exceptional positioning accuracy, high structural rigidity, and smooth travel, making RMGs ideal for fully automated and remote-controlled container terminal systems (ARMGs).
    High Stacking Density
    Capable of handling wide spans (covering up to 14 rows of containers or more) and high stacking heights (up to 1-over-6 containers), maximizing yard storage capacity.
    Low Maintenance & High Reliability
    Steel wheel-on-rail design minimizes tire wear and mechanical fatigue, delivering longer service life and lower overall lifecycle operating costs.

    Typical Application Scenarios

    Container Port Terminals
    Primary workhorse for container yard management, high-density stacking, and intermodal sea-rail transfer hubs.
    Railway Freight Centers
    Inland container depots and intermodal rail terminals for fast transfers between railcars and trucks.
    Logistics & Inland Hubs
    Large-scale logistics parks requiring automated, high-throughput container sorting and storage operations.

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