2 Tonne Gantry Crane

Main Components

A gantry crane consists of several essential structural and mechanical components:

• Main Beam: The horizontal beam that supports the lifting trolley, available in both single and double girder configurations.

• Support Columns: Vertical pillars that hold the main beam in place, linking the crane to the ground-mounted rails or wheels.

• End Carriages/Wheels: Positioned at the base of the support columns, these components enable the crane to move smoothly along the tracks or ground.

• Lifting Trolley: A device that travels along the main beam and carries the hoist responsible for raising and lowering loads.

• Hoist: A lifting mechanism, typically either a wire rope or chain hoist, designed to perform the lifting operation.

• Power System: Supplies power to all crane functions, including the control panels, motors, and electrical wiring.

• Control Methods: Offers various options, such as pendant controls, wireless remotes, or operator cabins, based on user preferences and operational requirements.

Technical Specifications

Key Advantages

• Impressive Load Capacity: Capable of lifting substantial loads, with a capacity of up to 200 tons.

• Ideal for Outdoor Use: Perfectly suited for environments where an overhead structure is not available.

• Flexible Design: Can be tailored to suit various span widths, heights, and types of rail systems.

• Affordable Setup: No need for additional structural support beams, reducing installation costs.

• Multiple Control Options: Offers flexibility with manual, remote, or cabin-based control, depending on operational needs.

• Enhanced Productivity: Quick lifting speeds and advanced features optimize handling efficiency.

Comparison with Other Crane Types

Typical Applications

• Shipbuilding and Maintenance Docks: Ideal for heavy lifting and moving large ship components during construction, repairs, and maintenance tasks in shipyards.

• Metalworking and Steel Fabrication Facilities: Used in industries where large steel structures are fabricated and assembled, requiring precision lifting for heavy metal components.

• Port Operations for Container Handling: Perfect for loading and unloading containers at ports, enabling efficient movement of goods between ships and storage areas.

• Precast Concrete Production Sites: Crucial for handling heavy concrete slabs and components in construction and precast concrete manufacturing yards, improving workflow and reducing manual labor.

• Heavy Machinery Assembly Zones: Suitable for lifting and positioning large and heavy industrial machines, including motors, generators, and other complex machinery during assembly or repair.

• Industrial Storage and Distribution Warehouses: Designed for handling and moving bulky materials or finished goods in storage facilities, warehouses, and logistics hubs, streamlining operations and improving space utilization.