Skip to main content

Sennebogen launches two heavy duty cycle crawler cranes

German firm Sennebogen is introducing the 6113 telescopic crawler crane and the new 640 HD duty cycle crawler crane. The 6113 is the manufacturer’s biggest telescopic crawler crane yet. It offers “a safe working load of 120tonnes, a proven boom concept, and a high level of flexibility,” says the company. The machine has extended the maximum safe working load of Sennebogen’s telescopic crane range by more than 50%. “Thanks to multi-cylinder technology, this maintenance-free boom system enables continuous tel
February 19, 2015 Read time: 2 mins
The 6113 is Sennebogen’s biggest telescopic crawler crane yet
German firm 2924 Sennebogen is introducing the 6113 telescopic crawler crane and the new 640 HD duty cycle crawler crane. The 6113 is the manufacturer’s biggest telescopic crawler crane yet.

It offers “a safe working load of 120tonnes, a proven boom concept, and a high level of flexibility,” says the company. The machine has extended the maximum safe working load of Sennebogen’s telescopic crane range by more than 50%. “Thanks to multi-cylinder technology, this maintenance-free boom system enables continuous telescoping and is always friction-locked,” says Sennebogen.

The 640 HD is a new duty cycle crawler crane for numerous applications such as well digging, underground engineering, mining and normal crane duties. Because of the 640 HD’s “robust construction, powerful multi-circuit hydraulic system, and strong slewing drive, the 40 tonne duty cycle crawler crane is particularly well-suited for special civil engineering work,” says the company.

“Applications with leaders or rope grapples can be achieved with the same high level of reliability that is offered for operation of hydraulic casing oscillators in the areas of well digging or underground engineering.”

For more information on companies in this article

Related Content

  • Liebherr and Sandvik add to machine fleets for construction operations in Germany
    February 9, 2017
    For more than six months, German contractor Jens Weiss has been using Sandvik’s new surface drilling rig Ranger DX800, with noted low fuel consumption per metre drilled. The Ranger DX800 is a hydraulic, self-propelled, self-contained, crawler-type surface drilling rig. It is equipped with Sandvik-designed safety features to bring it into line with EU standard EN 16228. Typical applications are road cutting, pipeline drilling and foundation drilling, as well as production drilling in medium-size quarries.
  • Mobile crushing and screening machine advances
    July 23, 2018
    A series of major new advances are being seen in the crushing and screening equipment market – Mike Woof writes New developments are coming for the aggregate production sector, with a host of new technologies for the crushing and screening segment. These new machines are said to be more versatile, more productive, more efficient and offer a lower cost/tonne than any equipment available previously. CDE claims that its new AggMax 163-SR scrubbing and attrition system features an efficient new RotoMax logw
  • Electric power projects planned
    January 26, 2018
    While diesel engines continue to be developed, there is no mistaking the current plans for electric driveline projects - Mike Woof writes The growing worldwide consensus on the massive threat to humanity posed by climate change means that the need to reduce exhaust emissions from transport and construction is becoming ever more pressing. As a result, industry is changing and new solutions are being found for transport and construction that will help lower environmental impact. Although many solutions are
  • Effective crushing and screening key to quality
    February 22, 2012
    Efficient crushing and screening processes help produce quality products, Mike Woof reports. Having an efficient crushing and screening operation is crucial to the cost-effectiveness of a quarry as well as providing the best quality product. The crushing circuit is a key component in any quarry with the right selection of equipment as well as effective maintenance important factors in optimising performance.