Single Girder Hoist Overhead Crane

The single girder overhead crane is a type of bridge crane that uses one main girder to support the hoisting mechanism (electric hoist) which travels along the girder. Its main components include the main girder, end carriages, electric hoist, crane travelling mechanism, and electrical control system. This crane features light self-weight, low headroom, compact footprint, and smooth operation. Lifting capacity typically ranges from 1 ton to 20 tons (some models up to 32 tons). It is widely used for material handling in workshops, warehouses, and outdoor storage yards.

1.Manufacturing (Machinery, Automotive, Metalworking): Used for loading/unloading workpieces, die/mold changing, semi-finished product transfer, and assembly line material supply. Ideal for lifting needs in auto parts, machine tool processing, and steel product industries.

2.Warehousing, Logistics & Freight Centers: Used for fast loading/unloading, stacking, inbound/outbound operations, and short-distance transportation in warehouses, distribution centers, and freight yards, greatly improving space utilization.

3.Energy, Power & Petrochemical Industry: Used for equipment maintenance (e.g., turbines, transformers, motors) and material lifting in power plants, substations, and petrochemical plants. Explosion-proof versions are available.

4.Emerging & Special Fields (Aerospace, New Energy, Precision Manufacturing): Used for assembly and handling of large or precision components such as rocket parts, wind turbine blades, and photovoltaic equipment, meeting high precision, cleanliness, or special environmental requirements.

1.Compact structure, low headroom design: The integrated compact design of girder and hoist effectively reduces the crane’s own height, allowing higher space utilization in workshops, especially those with limited headroom.

2.Light self-weight, economical and energy-saving: Compared with double girder cranes, the single girder structure greatly reduces dead weight, lowers building load requirements, and reduces energy consumption during operation, saving investment and operating costs.

3.Smooth operation, precise positioning: Optional frequency conversion control and intelligent control systems enable smooth start/stop and millimeter-level accurate positioning, meeting fine handling requirements.

4.Strong adaptability, flexible configuration: Supports either suspended or seated installation. Various operation modes available, such as wireless remote control, cabin control, or pendant control. Customizable for explosion-proof, high-temperature resistance, magnetic lifting, etc.

5.Easy maintenance, high reliability: Modular design with maintenance-free or long-life components. Daily inspection is convenient, low failure rate ensures long-term continuous operation.