Capacity: 10 – 1000 t

Span: 18 – 35 m

Lifting height: 10 m

Duty class: A5 – A7

Deion

The hook‑type double‑girder gantry crane is designed for severe heavy‑duty working conditions. With its extremely rigid box‑section double girders and mature design, it plays an irreplaceable role in heavy‑duty and frequent operations in industries such as steel, ports, bridges and roads, and mining. The crane is designed and manufactured in accordance with advanced European FEM standards, equipped with a European‑standard trolley, and adopts a three‑in‑one drive system. The whole crane uses PLC + frequency control technology, comprehensively improving its performance.

The crane structure consists of double main girders, legs (commonly A‑type or U‑type), and a lower cross beam. The lifting trolley, which is responsible for lifting and transverse movement of the load, comprises the hoisting mechanism and the trolley travel mechanism. The crane travel mechanism drives the entire crane to move longitudinally on rails laid on the ground. The electrical system includes the operator's cab, the electrical control system, and various safety devices (such as overload limiter, limit switches, rail clamps, anemometer, etc.), serving as the core and brain of the crane's operation and control.

Main application scenarios

1.Large‑scale manufacturing: Used for heavy equipment installation and large omponent assembly, such as in ship block, large steel structure, and machining workshops.

2.Ports and logistics: Used for loading, unloading, and handling of heavy materials such as containers, bulk cargo (e.g., coal, ore), and steel products in open storage yards and terminals.

3.Infrastructure construction: Used in large projects such as bridge construction, power plants, and water conservancy for lifting prefabricated components, large equipment, and engineering materials.

4.Resource extraction industry: Used in open‑pit coal mines and mining sites as high‑capacity, technologically advanced lifting equipment.

Features

1.Strong load capacity and wide working range: The double‑girder structure provides extremely high strength and stability, enabling the crane to handle heavy‑duty materials of larger tonnages. Thanks to its flexible cantilever and span design, the working coverage is also very wide, making it ideal for factories, storage yards, ports, terminals and other places requiring large‑scale, wide‑area material handling.

2.Stable and reliable operation: The box‑section double‑girder welded structure gives the main girders high rigidity, ensuring that the crane does not easily deform or sway under heavy loads and during movement, and allowing precise positioning. At the same time, the extensive use of intelligent control systems such as PLCs provides reliable safety protection and intelligent functions.

3.High‑standard core components, safe and durable: The crane travel mechanism adopts a “three‑in‑one” drive unit and is equipped with comprehensive safety devices such as windproof rail clamps, limit switches, anemometers, etc., effectively ensuring safe operation even in severe weather conditions.

4.Automation and intelligence: The electrical control system is very mature. It supports various operation modes including ground control, cab control, and wireless remote control. Optional functions such as electronic anti‑swing, micro‑positioning, and multi‑crane synchronisation greatly improve operating efficiency and safety.

5.Flexible configuration and high cost‑performance: Although the price is higher than that of single‑girder equipment, the high parts commonality, ruggedness, low failure rate, and easy maintenance reduce the overall operating cost, offering excellent cost‑performance.