Overhead Crane
Authentication mark:
FEM/DIN single girder overhead crane is widely used in machinery manufacturing, metallurgy, ports, rail stations and warehouses to supply more efficient logistic solutions.
Capacity:
16ton
Lifting Height:
20 m, 10 m
Span:
7.5-22.5m
Voltage/Hertz:
380V
Working Class:
M5/A5
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Introduction
Application Scenario
Advantages
Structural Diagram And Parameter Table
Introduction
Single Beam Overhead Crane is a professional lifting equipment widely used in industrial production and logistics handling. It adopts a single beam structural design, made of high-strength steel to ensure structural stability and strong load-bearing capacity. It is equipped with high-performance hoisting components, precise control system and stable traveling mechanism, integrating lifting, moving and positioning functions. The equipment is compact in structure, easy to install and operate, which can effectively reduce manual labor intensity, stably complete the lifting and transfer of light and medium-sized goods, and provide reliable lifting support for various industrial and logistics scenarios.
Application Scenario
Single Beam Overhead Crane is widely applied in various industrial fields and logistics scenarios, covering manufacturing workshops, warehouses, logistics centers, processing plants and small-scale construction sites. In manufacturing workshops, it is used to lift and transfer workpieces, equipment components and production raw materials, realizing the connection of each production link. In warehouses and logistics centers, it undertakes the loading, unloading and stacking of goods, improving the efficiency of goods turnover and space utilization. In processing plants and small construction sites, it is used to complete the lifting and moving of materials and small equipment, adapting to the basic lifting needs of light to medium load scenarios, both indoor and outdoor applicable.
Advantages
Single Beam Overhead Crane is a professional lifting equipment widely used in industrial production and logistics handling. It adopts a single beam structural design, made of high-strength steel to ensure structural stability and strong load-bearing capacity. It is equipped with high-performance hoisting components, precise control system and stable traveling mechanism, integrating lifting, moving and positioning functions. The equipment is compact in structure, easy to install and operate, which can effectively reduce manual labor intensity, stably complete the lifting and transfer of light and medium-sized goods, and provide reliable lifting support for various industrial and logistics scenarios.
Structural Diagram And Parameter Table
CORE ADVANTAGES
1
HIGH QUALITY & STABLE PERFORMANCE
Built with premium materials and strict quality control, ensuring smooth and consistent operation even under heavy working conditions.
2
LONG SERVICE LIFE & LOW MAINTENANCE
Durable structural design reduces wear and tear, delivering long service life with minimal maintenance requirements.
3
HIGH EFFICIENCY & ENERGY SAVING
Optimized driving system ensures fast, responsive lifting while lowering energy consumption and operating costs.
4
HIGH SAFETY STANDARD & DURABLE STRUCTURE
Equipped with multiple safety devices and a rugged structure, providing reliable protection and long‑term durability.
5
CUSTOM DESIGN & FLEXIBLE SOLUTIONS
Fully customizable to different tonnages and working conditions, offering flexible lifting solutions for shipyards and marinas.
QUALIFICATION
