Single Girder Overhead Cranes
The single girder bridge crane is a highly practical lifting device. With its simple installation and operation, easy maintenance, high rigidity, small footprint, and high performance, it is widely used in various industrial fields and adaptable to various lifting scenarios. Due to its many advantages, it has been widely adopted in the industrial sector.
Product Description
The single girder bridge crane is a material handling equipment adaptable to various scenarios. Based on its core features and uses, the specific details are as follows:
Core Uses
Primarily used for cargo lifting, equipment maintenance, and other operations in various locations, adapting to different lifting needs.
Structure and Operation
Compact structure and lightweight, simple installation and operation, allowing users to quickly learn how to use it without complicated procedures.
Maintenance Characteristics
Simple maintenance process, reducing unnecessary trouble for users and improving user satisfaction.
Structural Advantages
Utilizing advanced processing technology, it has high rigidity, light weight, low wheel pressure on the rails, wide applicability, and can reduce factory costs.
Space Advantage
The low height of the equipment reduces the height of the crane workshop, effectively saving factory space and investment costs, and allowing for more flexible factory layout planning.
Performance
Utilizing frequency conversion technology, it operates smoothly, reducing load swaying, ensuring accurate positioning, and minimizing mechanical stress and friction.
Application Areas
Widely applicable for lifting goods in various workshops, warehouses, and material yards in machining, textile mold making, aerospace, shipbuilding, casting, steel, coal, machinery manufacturing, equipment factories, and petrochemical industries.
Compatibility
Can be used with electromagnetic chucks and grab buckets, and can also be custom-made for various lifting tools, offering strong versatility.
Specific Model Applications
The manual single-girder bridge crane is suitable for equipment maintenance and lifting of items in warehouses, workshops, power stations, and other locations without power supply. It can be used with manual monorail trolleys and hand-operated hoists.
Product Feature
Easy Installation and Operation
Users can quickly learn to use it; it saves space, has a compact structure, and is lightweight. 2. Easy Maintenance: Reduces unnecessary hassles for users and improves user satisfaction.
High Rigidity and Light Weight
Utilizes advanced processing technology, resulting in a lighter weight than traditional cranes, less wheel pressure on the rails, wider applicability, and reduced factory costs.
Small Footprint
Minimal height reduces the height of the crane factory, effectively saving factory space and investment costs, and allowing for more flexible factory layout planning.
High Performance
Employs frequency conversion technology, ensuring smooth operation, reducing load swaying, accurate positioning, and minimizing mechanical stress and friction.
Wheel Assembly Materials
Main Materials
1. Main Beam and End Beams: The core is made of high-quality carbon structural steel (mostly Q235B or Q355B), welded into shape, possessing high strength and rigidity, capable of withstanding lifting loads while reducing the equipment's weight, matching its "high rigidity and light weight" characteristics.
2. Wheelset: Made of forged steel (commonly 65Mn or 42CrMo), quenched and tempered for high hardness and wear resistance, suitable for equipment operation, reducing track wear and ensuring stable operation.
3. Lifting and Traveling Mechanism: Core components such as hooks and gears are made of high-strength alloy materials to ensure safe load-bearing and smooth transmission; the motor is a high-quality motor conforming to industrial standards, compatible with frequency conversion technology, ensuring stable operation and accurate positioning.
4. Electrical Equipment: Controllers, cables, contactors, and other electrical components are made of high-quality electrical materials to ensure stable and reliable operation of the electrical system, suitable for different operating environments such as workshops and warehouses.
5. Auxiliary Components: Lifting tools and connectors are made of high-strength steel matching the main body material; the chain and hoist components of the manual model are made of high-strength alloy steel to ensure safety and durability of manual operation, adapting to specific model requirements.
