MECHATRONICAL DESIGNED CONTROL OF FIRE-RESCUE TURNTABLE-LADDERS AS FLEXIBLE LINK ROBOTS
O. Sawodny, H. Aschemann, A. Bulach
Department of Measurement, Control, and Microtechnology University of Ulm, D-89069 Ulm, Germany
Turntable ladders with a maximum ladder length of up to 30 m can be assumed as 3-axes flexible link robots. For operation at maximum velocity which is an important factor for turntable ladders as fire rescue vehicles, and to realize an automated teach-in operation mode, a trajectory tracking control based on a decentralized control approach has been developed by a mechatronical design. The implementation guarantees active oscillation damping of all ladder movements. The recently presented active control system will be in future a standard equipment for the new generation of fire turntable ladders of the cooperation partner IVECO Magirus company.
Keywords: mechatronical design, flexible arm robot, trajectory tracking control, decentralized control, mechanical manipulators
Session slot T-Th-M19: Mechatronic issues for robots/Area code 1g : Mechatronics Systems

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