Publikation

        
Art der Publikation  Konferenz
AutorenDr.-Ing. Sebastian Gruber, Dr.-Ing. Benjamin Krüger, Univ.-Prof. Dr.-Ing. Stefan Soter
Datum9-2013
TitelHigh Force Tubular Linear Actuator with Integrated Eddy Current Brake for Spring-loaded Systems
KonferenzIEEE Africon 2013
OrtMauritius
LandMauritius
AbstractIn order to meet safety standards in manufacturing industry many production machines are equipped with safety stop functions based on spring-loaded systems. This paper deals with an integrated eddy current brake of a high force tubular permanent magnet linear actuator for hydraulic applications with small actuating pathes. An analytical description of different design criteria for the integrated eddy current brake are shown. The special not rotationally symmetrical design of the tubular linear actuator is transferred to a 2D transient FEM simulation model to predict the breaking behavior caused by the spring load in case of an emergency stop. Measurements on a test bench are in good agreement with the simulation results and are used to specify the model.

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Tagesenergie: kWh

Gesamte Energie: MWh

CO2-Ersparnis: t

Momentane Leistung: kW

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