Top Running Bridge Crane

Main Components

• Electric Chain Hoist: The primary lifting mechanism powered by an electric motor, which drives the chain to facilitate vertical lifting and lowering of heavy loads.

• Load Chain: Constructed from a high-strength alloy, this chain is designed to offer controlled, smooth movement during the lifting process.

• Trolley: Supports the hoist and enables it to move horizontally along the crane’s girder. Available in both single and double girder configurations.

• Girder: The fundamental structural component that holds both the hoist and trolley. Can be designed as either a profile or box girder, depending on the required specifications.

• Hooks: Made from forged steel, these hooks meet stringent industrial safety standards for reliable lifting and secure attachment.

• Control System: Includes a pendant control system (with a festoon cable) or the option for wireless remote control, giving operators full flexibility in crane operation.

• Travel Motor & Drive: Provides stepless movement for smooth and accurate horizontal motion, enhancing operational efficiency.

• Power Supply System: Uses either a drag chain or a cable system to ensure the safe and reliable transmission of power to the hoist, maintaining stable performance during operation.

Technical Specifications

Key Advantages

• Compact and Lightweight: Designed for easy installation and mobility, perfect for environments with limited vertical clearance.

• Cost-Effective: Offers a budget-friendly solution with lower upfront and maintenance costs.

• Precise Load Control: Ensures accurate vertical lifting and precise load positioning.

• Quiet Operation: Delivers smooth, low-noise performance with minimal vibration, ideal for indoor use.

• Simple Installation: Perfectly suited for small cranes, monorails, or ceiling-mounted systems, requiring minimal setup.

Comparison with Other Cranes

Applications

• Small-scale manufacturing workshops: Ideal for handling limited loads, providing flexible lifting solutions in compact spaces with minimal overhead requirements.

• Maintenance and repair service centers: Perfect for lifting heavy machinery or parts during repair and servicing, ensuring smooth operations in confined areas.

• Production lines and assembly areas: Designed for seamless material handling in fast-paced environments, enhancing productivity while minimizing downtime.

• Warehouses and distribution hubs: Efficiently moves goods within large storage areas, boosting operational efficiency and supporting high-volume logistics.

• Automobile and component manufacturing plants: Handles automotive parts with precision and efficiency, optimizing the workflow in assembly and production processes.

• Light construction and prefabrication yards: Ideal for lifting and transporting pre-assembled components, enabling quick and safe construction operations.