Why you should plan a lift, which special features have to be considered and how the Crane Planner 2.0 can support you is described in the new podcast from 'Engineering Matters'. A new calculation is carried out with every change in configuration, load or geometry. At the same time, important key figures such as ground bearing pressures, ground force, loads and centres of gravity are determined. Aluminum weighs 165 pounds per cubic foot (based on the numbers from the table above). The data displayed in Crane Planner 2.0 are determined by exactly the same calculation logic as the live data of the real mobile and crawler cranes. Here’s how you would calculate the load weight of a block of aluminum that is 6 feet long, 3 feet wide, and 4 feet tall: Volume Length x Width x Height. The combination of an attractive, three-dimensional user interface and the exact machine data of the load moment limitation (LML / LICCON) is unique. In average there is need for a 261 ton crane. Recommended crane size is based on general lifting capacities of cranes with telescopic booms. Weight should include the weight of the cargo, lifting gear and hook. Crane Configuration Radius: 12m Boom length: 32.4m (Crane can lift 4.5 tons) Crane Utilisation Load 4t x 100 4.5 88.8 Crane Utilization too high for hazardous area (Chemical Plant) You would need to Reduce Boom Length or Reduce Crane Radius Load 4t (10m) x 100 5t 80.0 Crane Utilization Good 1. Crane Planner 2.0 helps you to take all eventualities into account and to find solutions in advance so that you can carry out your lift in the best possible way. Selection of the final crane size should be made in consultation with one of our coordinators. But even supposedly simple lifting operations using mobile and crawler cranes can turn out to be more complicated than initially expected. Planning a heavy lift is a demanding task. Product portfolio - hydraulic power unitsĮlectric drive systems for off-highway applicationsīuilding construction and civil engineering Generating- and profile-grinding machines
Heavy Lift Handling in Rostock, Germany - TCC 78000