ProSimulation: Model for eccentrics

The user-friendly ProSimulation simulation tool simplifies the virtual planning, optimisation and commissioning of machines and systems. With the parameterisable model for eccentrics, servo eccentric presses and other slider-crank mechanisms can be easily modelled. The dimensions of the eccentric mechanism can be specified using the lengths of the crank and the connecting rod. The mass moment of inertia after the gearbox can be specified up to the eccentric mechanism with an optional specification of the mass moment of inertia.  The mass of the punch can also be specified and the weight force resulting from the punch mass can be taken into account in the simulation model for an accurate representation of the mechanics. Thanks to the simulation of the drive with the parameterisable eccentric model, the financial and time expenditure can be significantly reduced. The following advantages also result:

• Optimum drive design with eccentric mechanics Testing/commissioning from the desk
• Risk-free testing of critical settings
• Very short time to market
• Time and cost savings
• Testing of customised force and movement profiles
• Mapping of dynamic system behaviour including energy management
• Development of system expertise

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