Sennebogen Crane Owner’s Manuals PDF

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Sennebogen Crane Brochure-6113_M

Brochure-6113_M_EN-1.pdf

Adobe Acrobat Document 12.8 MB

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Sennebogen Crane Brochure-1100

Brochure-1100_EN-1.pdf

Adobe Acrobat Document 3.1 MB

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Sennebogen Crane 673e-crawler

673e-crawler.pdf

Adobe Acrobat Document 19.8 MB

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Sennebogen_670HD

70t_Sennebogen_670HD.pdf

Adobe Acrobat Document 4.0 MB

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Sennebogen Crawler Cranes 8319

sennebogen-crawler-cranes-spec-8319df.pd

Adobe Acrobat Document 6.6 MB

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Sennebogen Crane 840-E-Series

840-E-Series.pdf

Adobe Acrobat Document 13.3 MB

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History of Sennebogen Cranes

The German company Sennebogen has started production of the new SENNEBOGEN 1100 crawler crane with a lattice boom and a lifting capacity of 50 tons.

The new product is designed specifically for heavy lifting operations and is suitable for the installation of various types of structures, in particular in the field of overhead construction. The crane is equipped with a 129 kW Cummins diesel engine that meets the Tier 4 final or Tier 3a standard.

The boom with a lattice support is designed according to the already proven SENNEBOGEN modular system and has a length of 10.3 - 52.3 meters. It is worth noting that the crane has a highly stable crawler chassis, which makes it possible to perform work on a slope of up to 3 °.

The 1100 model is easy to transport to the site, since when folded, the width of the crane is only 3 meters with a total weight of about 30 tons. The process of preparing the crane for operation is maximally simplified and user-oriented – thanks to the use of the latest assembly system, assembly of the equipment takes place in just a few work steps.

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Top technologies in the world of crane construction: new products and innovations

1. Unmanned Cranes

One of the most exciting innovations in the world of crane manufacturing is automation. Unmanned cranes, which can operate without an operator, are becoming more common. This can increase safety and productivity on the construction site, and reduce the risk of human error.

2. Use of IoT and telematics

Monitoring and data collection systems allow operators and engineers to obtain information about the crane’s condition in real time. This helps prevent breakdowns, optimize maintenance and improve crane performance.

3. Electric Cranes

With the advancement of energy storage technology and reduced reliance on fuel, electric cranes are becoming increasingly popular. They are environmentally friendly, more efficient and provide lower operating costs.

4. Robotic Systems

Robotic systems and autonomous cranes help improve efficiency and reduce risk on the construction site. They are capable of performing complex tasks such as precise load positioning, which is especially important in high-rise construction.

5. Green Technologies

With a focus on ecology and sustainability, crane manufacturers are working to develop cranes that run on cleaner and more efficient energy sources such as solar panels and hybrid systems.

6. Virtual and Augmented Reality

Virtual and augmented reality are used to train crane operators, simulate challenging conditions and plan load routes.

7. Materials and Designs

Modern crane materials and designs make them lighter and stronger. This increases lifting capacity and reduces maintenance costs.

The world of crane manufacturing continues to evolve with new technologies and innovations. These cutting-edge technologies improve the safety, efficiency and sustainability of cranes. As technology advances, we can expect even more exciting changes in the future, making crane manufacturing more productive and sustainable.