Sennebogen launches 624 duty cycle crane

07 September 2016

The 624 from Sennebogen takes just three steps to assemble the boom into its transport position

The 624 from Sennebogen takes just three steps to assemble the boom into its transport position

International crane manufacturer Sennebogen has launched a new duty cycle crane designed for water engineering and well construction or pipe installation.

The company said the new model is compact, has multifunctional applications and can be assembled faster than any other duty cycle crane. The 624 uses a foldable box-type boom that can be assembled into its transport position in three simple steps. This allows the machine to not only be used in the tightest spaces, but it can also be transported very fast from one construction site to the next, the company said.

The boom can be extended to a maximum length of 19 metres. Two 6 tonne free fall winches in the upper carriage provide the necessary tractive force. The individually adjustable free fall brake makes the operation simple.

With an operating weight of 27 tonnes, the 624 duty cycle crane opens up a multitude of potential applications. Due to its low operating weight, the machine can be easily installed on pontoons or barges and employed for all types of water conservation applications and maintenance tasks for which, for instance, hooks or rope grabs are required, the company said.

Standard features on the 624 include the new Multicab 2 design that “complies with the highest ergonomic requirements”, a concave windshield for an optimum front view and a hinged reaer window.

Latest News
Non-residential projects bolster crane activity in Australia
Latest RLB Crane Index survey for Australia shows strength in civils and infrastructure sector
Current affairs: Clark Rigging uses gantry system for Erie Canal lock repairs
How Clark Rigging used a specially-designed gantry system to repair lock gates on New York state’s historic Erie Canal 
Tadano crawler powers Toggenburger’s bridge lift
The Swiss crane service provider overcame tight space constraints and delicate load requirements to complete the project