ใหม่30T คานคู่สะพานเครนติดเพดานโรงงานผลิตใช้สูงสุด20เมตรประกอบด้วยมอเตอร์เกียร์ PLC

Double girder overhead cranes are highly versatile and suitable for a range of heavy-duty applications.
1. Heavy Manufacturing:
* Ideal for manufacturing facilities where large and heavy components, such as engines and machinery, need to be moved frequently.
2. Steel Mills:
* Used for transporting steel products, such as slabs, ingots, and coils, throughout the production process.
3. Shipbuilding:
* Perfect for lifting heavy ship parts, including hull sections and large engines, during construction and assembly.
4. Construction Sites:
* Employed for lifting and positioning large construction materials, such as steel beams, precast concrete panels, and heavy equipment.
5. Power Plants:
* Utilized for handling heavy loads like transformers, generators, and turbine components in both thermal and hydroelectric plants.
6. Aerospace Industry:
* Used in the assembly of aircraft components, where precision lifting and maneuverability are essential.
7. Automotive Industry:
* Facilitates the assembly and movement of heavy automotive parts along production lines, improving efficiency.
8. Distribution Centers:
* Helps in loading and unloading heavy pallets and materials, optimizing warehouse operations.
9. Railway Maintenance:
* Used for lifting and moving heavy rail components, including engines and railcars, during maintenance and repairs.
10. Foundries:
* Ideal for handling molten metal and heavy casting molds, where safety and precision are critical.
11. Recycling Facilities:
* Employed for moving large scrap materials and containers, enhancing operational efficiency in recycling processes.
12. Industrial Warehousing:
* Suitable for heavy-duty warehousing operations, providing robust lifting solutions for bulk materials.

1. Load Capacity:
* Options to specify the maximum lifting capacity based on the specific needs of the operation, ranging from light-duty to heavy-duty models.
2. Span Width:
* Customizable span widths to fit various facility layouts and to optimize lifting coverage across work areas.
3. Lift Height:
* Adjustable lift heights to accommodate different building structures and operational requirements.
4. Control Systems:
Choices between various control systems, including: