Leitersysteme

Leitersysteme, often translated as ladder systems or conductor systems, are electrical components used to supply power to moving equipment. These systems consist of a fixed conductor, typically a profiled rail or a series of insulated wires, and a movable collector or shoe that slides along the conductor. As the equipment moves, the collector maintains electrical contact with the conductor, allowing for a continuous power supply. This eliminates the need for trailing cables, which can be cumbersome, prone to damage, and restrict movement.

Common applications for leitersysteme include overhead cranes, electric monorails, automated storage and retrieval systems, and amusement park rides. They are designed to be robust and reliable, operating in various industrial environments. Different types of leitersysteme exist, varying in their conductor material, insulation, current carrying capacity, and the number of phases they can support. For instance, single-phase systems are suitable for simpler applications, while multi-phase systems are used for heavier loads and more complex machinery. Safety features are often integrated, such as protective covers for the conductor and mechanisms to ensure proper collector engagement. The choice of leitersystem depends on factors like the required power, the length of the travel path, the speed of the equipment, and environmental considerations.