| Specification | Details |
|---|---|
| Max Lifting Capacity | Up to 16 tons |
| Max Span | Up to 36 meters |
| Trolley Running Speed | 5-60 meters per minute |
| Hoist Running Speed | 2-20 meters per minute |
| Lifting Speed | 0.4-16 meters per minute |
| Work Duty | A3 to A6 |
Dual Crane Linkage: This feature allows for synchronized operation between two cranes, facilitating precise and coordinated lifting, which is crucial for handling delicate or unevenly distributed loads effectively.
Upward Trolley Design: By incorporating an upward trolley configuration, this crane achieves greater lifting heights, thereby enhancing operational flexibility and efficiency in environments where vertical space is a premium.
Independent Hand Control: The hand control unit can move freely along the main girder, significantly improving operational safety by allowing precise control away from the load’s immediate area.
Advanced Anti-Derailment Features: Equipped with both electronic and mechanical anti-derailment systems, this crane offers a robust safeguard against any potential off-track incidents, ensuring continuous and secure operations.
High-Flexibility Flat Cables with C-Type Track: Utilizing high-flexibility flat cables along with a C-type track for the power supply minimizes the risk of cable damage and breakage, maintaining consistent power flow and reducing downtime.
The Single Girder EOT Crane is engineered to meet the stringent demands of modern industrial activities. It merges cutting-edge technology with robust construction and superior safety measures, providing a highly reliable and performance-oriented lifting solution.
The KRC European Single Girder Overhead Crane is engineered with German technology, featuring optimized box-type main girders for enhanced structural integrity. This design offers superior strength and stiffness compared to traditional LD cranes, ensuring efficient performance and longevity.
The crane is specially designed to support smooth and stable operations, with a wear-resistant hoist running track surface that minimizes wear and extends its lifespan. During operations, the hoist maintains stability with minimal shaking, even as the trolley travels, providing safe and reliable lifting.
Single girder EOT (Electric Overhead Traveling) cranes are versatile and commonly used in a variety of industries due to their efficiency and cost-effectiveness. Here are some typical applications across different sectors:
Manufacturing: In smaller manufacturing facilities where space may be limited, single girder cranes are ideal for handling lighter loads, such as machine parts and raw materials, with precision and ease.
Automotive: These cranes are used in automotive assembly lines to transport components like engines, chassis, and other smaller assemblies throughout the facility, facilitating smooth production flow.
Warehousing and Logistics: Single girder cranes are excellent for stacking and moving goods in warehouses, especially in narrow aisles where space optimization is crucial.
Workshops: For mechanical and repair workshops, these cranes are essential for lifting and positioning heavy machinery and equipment safely and efficiently.
Aerospace: Used for handling lighter aerospace components and tools, single girder cranes contribute to the meticulous assembly processes in the aerospace industry.
In the bustling environment of an airport, a Single Girder EOT Crane provides essential support for maintenance and logistic operations. This type of crane is particularly suited for handling baggage and cargo, facilitating the movement of these items in and out of cargo bays and storage areas with ease and precision. Its streamlined design makes it ideal for installations where space is at a premium, allowing efficient operation within confined areas, such as hangars and maintenance workshops.
The Single Girder EOT Crane is also an invaluable asset in aircraft maintenance. It can be used to lift and position heavy machinery parts and aerospace components during the assembly and repair of aircraft. Its ability to operate over the top of the work area minimizes the ground space needed, making it ideal for busy airport environments where maximizing space and efficiency is crucial.
With customization options such as variable speed controls and advanced safety features, including overload sensors and emergency stops, the Single Girder EOT Crane ensures safe and reliable operations. Its ease of use and maintenance further enhances the operational workflow at airports, contributing significantly to the overall efficiency and safety of airport operations.
What is a Single Girder EOT Crane? A Single Girder EOT Crane features one main bridge and is most commonly used to carry medium to light loads. It is an efficient and cost-effective solution for many industrial applications.
What are the advantages of a Single Girder EOT Crane? These cranes are generally less expensive, easier to install, and require less structural support from the building compared to double girder cranes. They also offer good hook approach for both the trolley and the bridge.
What are the typical capacities and spans for Single Girder EOT Cranes? Typically, these cranes can handle loads up to 15 tons and have a maximum span of around 30 meters, though most applications are well-served by spans of 10 to 20 meters.
Can Single Girder EOT Cranes be customized? Yes, these cranes can be tailored in terms of speed, control methods, and additional attachments like varying hoist types, depending on the specific requirements of the operation.
What safety features are integrated into Single Girder EOT Cranes? Standard safety features include overload limiters, emergency stops, and end carriage buffers. Additional safety mechanisms can be installed based on the specific needs of the workplace.
How does the maintenance of a Single Girder Crane differ from a Double Girder Crane? Single girder cranes are generally simpler to maintain due to their less complex design and fewer components. Regular maintenance focuses on lubrication, alignment checks, and wear and tear inspection.
Are there any limitations to using Single Girder EOT Cranes? The main limitation is load capacity, as they are not suitable for extremely heavy lifting tasks. They are also typically less adaptable to very wide spans without additional structural support.
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